PETROSYNC GLOBAL PTE LTD 84B AMOY STREET (LEVEL 3) SINGAPORE

Transcription

1 VERSION PETROSYNC GLOBAL PTE LTD 84B AMOY STREET (LEVEL 3) SINGAPORE

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3 WHY YOU SHOULD ATTEND PETROSYNC S EVENTS

4 Date 30th 31st May USD 2,395 Well Engineering i

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6 Petroleum Economics Accounting and Finance iii

7 Accounting and Finance Maintenance Engineering iv

8 v Location

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10 Introductory and Multi-Discipline Training Reservoir Engineering for Non-Reservoir Engineers 27th 29th JANUARY 2016 Normal Price: USD 3,295 Early Bird Price: USD 3,195 Group Discount Price: USD 2,995 Geology for Non-Geologist 14th 16th March 2016 Normal Price: USD 3,295 Early Bird Price: USD 3,195 Group Discount Price: USD 2,995 This training programs is developed and designed for people who are engaged in non-technical and administration roles such as human resources, secretarial, technical support team, field support team, purchasing, financial, accounting, legal, procurement, analysts and so on. This course is designed for those who could benefit from an overall perspective of petroleum geology and its application to exploration, drilling, production, and the petroleum business. Gain firm foundation knowledge of the reservoir engineering through capitalize on reservoir engineering integration techniques. Improve work efficiency by gaining the insight into reservoir characterization and understand the fundamentals of reservoir engineering. Attain best position in your organization through gain the practical knowledge on field development planning and apply the analytical method production forecasting and reserves estimations. This course focuses on the field and application approach, including classroom exercises, fundamental engineering problem, as well as basic field exercises. This course has been designed to provide a thorough understanding of the oil and gas industry, not only in the technical aspect, but also the identification of subsurface uncertainties and associated business risks and their management Improve work efficiency by gaining the fundamental knowledge on petroleum geology from the formation of oil and gas, characteristics of petroleum system and use of geological data in petroleum exploration. Better business decisions in negotiation by applying the knowledge of petroleum geology in the business process. Able to evaluate the potentially for new business venture by integrating geological data information. Maximize the productivity of technical team by understanding the technical complexity of exploration before setting up the rules. This training program is developed to build a firm foundation in petroleum exploration and production by understanding the entire value chain and process of oil and gas upstream operation and business. Fundamental of reservoir, type of reservoir, unconventional characteristics, introduction to method and tools with the results and objective of RE in field appraisal and development, well evaluation, logging tools and methods, analysis flow, distributed formation and transient testing, portfolio evaluation and volumetrics, introduction to reservoir monitoring and numerical simulation, field economics. What is Geology? Definition - Origins & The History of the Earth -Geological Time Common Rocks and Minerals - What are Fossil Fuels (Hydrocarbons)? - Chemical Composition Migration - Accumulation Tectonics (Plate Tectonics) - Deformation of Rocks - Faulting/Faults Folds - Anticlines/Antiforms Reservoir Rocks/Traps - Geological Surveys - Geophysical Techniques - Reserves - Development & Production Mohammad Kabir Luigi Clauareau 1 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

11 Introductory and Multi-Discipline Training Introduction to Oil and Gas for New Engineer and Non Technical Drilling Engineering for Non-Drilling Engineer 18th 22nd APRIL 2016 Normal Price: USD 3,295 Early Bird Price: USD 3,195 Group Discount Price: USD 2,995 30th 31st MAY 2016 Normal Price: USD 2,395 Early Bird Price: USD 2,195 Group Discount Price: USD 2,155 This training programs is developed and designed for people who are engaged in non-technical and administration roles such as human resources, secretarial, technical support team, field support team, purchasing, financial, accounting, legal, procurement, analysts and so on. This program was developed for, but not limited to, who working in the jobs related to drilling operations. Improve work efficiency by understanding the key concepts, terminologies, and applications associated with key aspects of the oil and gas business activities. Gain firm foundation knowledge of the oil and gas business through understanding the principles and practices of petroleum exploration and production phases This training program is developed to build a firm foundation in petroleum exploration and production by understanding the entire value chain and process of oil and gas upstream operation and business. BASIC GEOLOGY - Rocks what are they and their types, What is a HC Accumulation? - Geological Uncertainties? - Seismic what is it? Seismic acquisition on land & offshore, costs - Geophysical Method Review and Basics - DRILLING & PRODUCTION - Selection of Drilling Sites (geological and technical reasons, including HSE aspects) - Production Well Types: design, perforations, and production problems, costs - DOWNSTREAM & BUSINESS ACTIVITIES - Economic Planning and Business Management - Why is the Oil Industry Different? Improve the work effectiveness and efficiency by learning the principles and concepts for the causes of the problems while drilling. Understand the drilling operation by establish a frame for oil and gas industry Avoid issues happen by understanding the problems and learn the techniques of predicting/detecting in order to take preventive action Effective communication within the drill crew by understanding their terminology in order to improve the work performance and productivity. The course provides a fundamental, basic knowledge of the intricacies of drilling fluid, drilled solids management, drill bits, drill string design, cementing, casing, safety, directional drilling and tools used, and a discussion of predominant problems such as stuck pipe and lost circulation. Location preparation for drilling operation - Understanding The Abbreviations And Acronyms Associated With Drilling - Rig Equipment And Types - Types Of Drill Bits - Problems and Solutions - Drilled Solids Management - Directional Drilling Operations And Tools - Materials used to solve the problems Muhammad Pedro Fayez Makkar PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 2

12 Geology & Geophysics Geomechanics for Unconventional Reservoirs 25th 29th JANUARY 2016 Normal Price: USD 4,295 Early Bird Price: USD 4,095 Group Discount Price: 3,895 Seismic Interpretation 22nd 26th FEBRUARY 2016 BANDUNG, INDONESIA Normal Price: USD 4,295 Early Bird Price: USD 4,095 Group Discount Price: 3,895 This program is developed and designed primarily for geoscientists, and as well as the reservoir engineers, drilling engineers, and completions engineers with little or no background in geomechanics and are currently working Unconventional Resources. This program is designed for explorationists who are involved in seismic interpretation, seismic processing for 2D & 3D data, and those who are utilizing seismic data for subsurface analysis and exploration decisions. Enhance reservoir exploration & development through geomechanics Manage the issues in geomechanics application Tackle geomechanical considerations in petroleum application This course will be presented first with the basics of oil field geomechanics, and the second part on its application to unconventional developments. The first portion of the course will focus on the fundamentals of oil field geomechanics including stress, mechanical properties and failure. Common geomechanics applications (both near-wellbore and reservoir geomechanics) will be introduced. The course will tackle the key issues in the specification and QC of a geomechanics evaluation or testing program. The second part of the course will focus on hydraulic fracturing for Unconventional Resources with an emphasis on the characterization, geomechanics, modeling and field aspects of unconventionals hydraulic fracturing (hydraulic fracturing in heterogeneous rock masses with the presence of discontinuities and weakness planes). GEOMECHANICS FOR PETROLEUM APPLICATIONS Principles of Stress and Strain Pore Pressure Evaluation Mechanical Rock Behavior GEOMECHANICS FOR PETROLEUM APPLICATIONS Geomechanical Modeling and Workflow Review of Main Petroleum Geomechanics Applications GEOMECHANICS FOR UNCONVENTIONALS Naturally Fractured Reservoirs (NFRs) Microseismicity Unconventional Reservoir Quality Evaluations Geomechanics of Shale Plays, Modeling and Shale Completions SRV and Brittleness Landing location and perforation strategies Ensure that the best seismic data are available through understanding the basics of seismic acquisition, processing, and the key seismic interpretation drivers Develop your own seismic interpretation workflow which best fits current project through the understanding of available interpretation procedures in 2D/3D seismic data Generate sound structural seismic data by going through practical application in structural interpretation workflow and in-depth analysis of various structural styles Create representative stratigraphic data through interpretation exercises on stratigraphic interpretation, QAQC project, and discussion of the pitfalls in interpretation Identify direct hydrocarbon indicators in seismic data through understanding of rock and fluid expressions in seismic, seismic inversions, and AVO. This course will enable attendees to avoid the most common pitfalls in seismic interpretation, and that they would become familiarized with the interpretation in quality assurance and quality control of seismic data. This course focuses on the key skills of 2D/3D seismic interpretation workflows, seismic attributes application, and the various geological knowledge required for sound interpretation. It includes various international case study examples, seismic illustrations of structural styles will be presented, together with hands-on exercises on hand interpretation, volumetrics, and inversion exercises Principles of Seismic Data Introduction & Brief History of Seismic Methods Seismic Reflection & Diffraction Seismic Signals Type of Imaging Well to Seismic Matching & Introduction to 2D & 3D Interpretation Generation of synthetic seismograms and well-to-seismic matching Marker recognition and transfer Structural Seismic Interpretation Stratigraphic Interpretation Quantitative Interpretation Methods DR. Neal Nagel Drs. Gerhard Diephuis 3 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

13 Geology & Geophysics Basin Analysis 14th 18th MARCH 2016 BANDUNG, INDONESIA Normal Price: USD 4,295 Early Bird Price: USD 4,095 Group Discount Price: 3,895 Fundamental Carbonate Sedimentology and Facies 14th 16th MARCH 2016 HO CHI MINH CITY, VIETNAM Normal Price: USD 2,895 Early Bird Price: USD 2,695 Group Discount Price: 2,495 The course is designed for exploration and new ventures geologists, and geophysicists early in their careers. Good geological knowledge is required for this program with attendees having 2-5 years experience and a good working knowledge of petroleum geology, and some seismic and well log interpretation experience. This course is designed for delegates who seek to understand the fundamentals of carbonate sedimentary reservoir systems. The course is recommended for geoscience professionals who work with carbonate reservoirs, but have limited experience. Develop and understanding of basin formation mechanism, basin types and how they control the development of petroleum systems and their hydrocarbon potential. Apply practical best practice techniques in basin analysis through building the knowledge in evaluating the petroleum systems and developing plays, leads and prospects, including an introduction to seismic facies analysis, correlation techniques and sequence stratigraphy, source rock studies and basin modeling, and evaluating the potential plays by mapping using gross depositional evaluation (GDE) maps and developing common risk segment (CRS) maps. Gain knowledge on the global analogues for various basin styles and play development by learning from examining global analogue case studies, of basin styles and play development. Carefully assess risk and uncertainty in your projects by learning how to carefully assess risk and uncertainty, define plays and prospects, and understand the key criteria to assess and how to document and present these prospects to management The program shall teach the skills and knowledge in the analysis of sedimentary basins, to learn how to critically assess typical datasets from wells, seismic and other methods, to build robust depositional and structural models, assess basin evolution and define petroleum systems. Techniques for Basin modeling are covered to understand hydrocarbon charge and migration. The course draws on global example of basin types, with an emphasis on SE Asian basins, in Vietnam, Malaysia, Thailand, Indonesia and Australia. The program examines basin style, petroleum systems, play types and prospects/fields to build a depth of knowledge. The class will look at case studies of exploration that has been successful, and that which hasn't, and discuss strategies for improved exploration success. Finally this is brought together assess play fairways and develop leads and prospects, and assess risk and uncertainty. Basin Formation, Style, and The Petroleum System Basin Types and Petroleum Systems Arc Type Basins Strike Slip Basins Role Of Climate And Eustacy Basin Analysis Techniques Well Data Analysis Basin Modelling and Geochemical Data Modelling Techniques And Software Play and Prospect Definition Defining The Play Fairway Gross Depositional Element Mapping How To Quantify Common Risk Segment Mapping Dr. Jonathan Redfern Describe carbonate sediments and rocks in terms of depositional grain types and textures Discern the characteristics of carbonates from different depositional and early diagenetic environments Evaluate and predict spatial patterns and the ranges of scales of depositional heterogeneity in different carbonate systems Characterize the controls on this heterogeneity, including geological, physical, chemical, and biological oceanographic aspects of reservoirs, sources, and seals, providing for enhanced interpretation and prediction in reservoir systems Develop meaningful, predictive conceptual models of reservoir quality, geometry and continuity and possible play relationships in subsurface analogs through understanding of the depositional controls on reservoirs, and a range of case studies The vast majority of carbonate reservoirs are constructed of carbonate sediment, and in many reservoirs, the depositional and facies patterns strongly influence reservoir geometry and continuity. Although tools and concepts for sequence stratigraphic analysis are well established, many questions (e.g., continuity and geometry of facies bodies) and applications (e.g., geologic modeling) require insight at a subsequence scale, perspectives that can be gained from developing and utilizing fundamental concepts of carbonate sedimentologic and geomorphic principles to explore potential depositional variability in reservoir analogs at the facies scale. Developing foundational competencies in carbonate sedimentology will be developed through understanding and applying cutting-edge research that explored sedimentologic (e.g., depositional porosity and permeability) and geomorphologic (e.g., depositional reservoir body) heterogeneities and early diagenesis.data and concepts will be applied to examples from areas including South China Sea, Malaysia, Indonesia, Bahamas, United Arab Emirates, North America, Africa, the Middle East and Europe. Overview of Carbonate Systems Carbonate Grains& Textures Skeletal and non-skeletal grains Carbonate Textural Classification Physical and Biological Sedimentary Structures in Carbonates Carbonate Diagenesis and Pore Systems Porosity and permeability in carbonates Carbonate Macro-Geomorphic Systems Carbonate ramps Carbonate rimmed shelves Carbonate Environments of Deposition (EOD), Facies, and Reservoirs Carbonate Depositional Systems Carbonate tidal sand shoals Reefs and reef sand aprons Slopes and basins Environmental Assemblages Carbonate cyclicity and sequence stratigraphy DR. Eugene Rankey PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 4

14 Geology & Geophysics Natural Gas Geochemistry Wellsite & Operations Geology 30th MAR 01st APR 2016 Normal Price: USD 2,895 Early Bird Price: USD 2,695 Group Discount Price: 2,495 11th 15th APRIL 2016 Normal Price: USD 4,295 Early Bird Price: USD 4,095 Group Discount Price: 3,895 This course is specially designed for exploration and development geoscientists, E&P managers, and those who are in need of a comprehensive overview natural gas geochemistry. This includes geochemists, development geologists, exploration geoscientists, and geomodellers. The course is designed for subsurface geologists, wellsite geologists, operations geologists, drilling engineers, reservoir, engineers, operations engineers, and other staff involved in the acquisition and use of well-site geological data. This course will assume that participants have at least a basic knowledge on petroleum geology in order to fully appreciate the course Analyze the geological parameters on formations containing gases through understanding the basis of the different origins of natural gas and its geological controls Determine the origin of the gas, its thermal maturity, the influence of mixing of gases from different sources and the origin of inorganic components through the application of the recent geochemical and isotopic methods Gain a working knowledge of the increasingly important role of biogenic gases as exploration targets in their own right Resolve gas exploration and development issues faced through analysis and interpretation of geochemical data This program features the basis of the different origins of natural gas and the geological controls on its formation. A significant part of the course will discuss recent geochemical and isotopic methods of determining the origin of the gas, its thermal maturity (i.e. temperature of generation), the influence of mixing of gases from different sources and the origin of inorganic components such as nitrogen and carbon dioxide. Participants will also gain a working knowledge of the increasingly important role of biogenic gases as exploration targets in their own right. At the end of the course, participants will be proficient in the interpretation of all available types of geochemical data for gases and be able to apply these directly to exploration and field development problems. The course will be supplemented by a number of hands-on exercises from gas exploration/production problems worldwide. In addition, participants are encouraged to bring along examples from their own experience for class discussion. Stable Isotope Geochemistry Sampling Issues Thermogenic Gas System Kerogen Formation & Composition Generation Processes Isotope Characterization Geochemistry of Gas Condensates Thermogenic Shale Gases Biogenic Gas System Kerogen Formation & Composition Generation Processes Isotope Characterization Geochemistry of Gas Condensates Themogenic Shale Gases Biogenic Gas Systems Geomircobiology Primary Biogenic Gases Secondary Biogenic Gases Natural Gas Hydrates Inorganic Gases Carbon Dioxide Hyrdogen Sulphide Nitrogen ACQUIRE an awareness of the subsurface conditions influencing and causing drilling and data acquisition problems, and of applications of wellsite data acquisition in exploration, appraisal and development LEARN the basic principles of wellsite data acquisition and quality control APPLY the techniques used by well geologists in formation evaluation through lectures, integrated with practical exercises PERFORM hands-on exercises of cuttings analysis, core evaluation, mudlog evaluation, wireline log evaluation and other wellsite related operations The focus of this course is aimed at improving the conduct of data acquisition of the subsurface. Because the subsurface data acquisition is the objective of a major capital expenditure, it is essential to obtain quality data and information for future use in drilling programs and field development designs. At the end of the course, participants will have grasped the basic principles of well-site data acquisition and quality control. This will focus on the data acquired at the wellsite from drilling, logging, and well testing. They will learn the techniques used in formation evaluation through lectures, integrated with practical exercises. Participants will be exposed to cuttings analysis and oil show examinations. They will gain an understanding of drilling problems caused by subsurface conditions, and of applications of well-site data in exploration and development. Petroleum Geology Depositional Environments Sedimentary Mechanisms Biostratigraphy Lithostratigraphy Drilling Operations Bits Casing & Cementing Fluids Drilling Problems & Well Control Geosteering & DtL Logging Operations Quick Look Interpretation Wireline Logs WELLSITE OPERATIONS Site Survey & Shallow Gas Hazards Drilling Programme Mudlogging Services Data Acquisition ROP - GAS Mudweight & Chemistry Lag Time Hydrocarbon Detection Sidewall Sampling & Coring Wireline Logs Daily Drilling Report Lithological & Composite Well Log Post Drilling WELLSITE CONTRACTING CUTTING & CORE EXAMINA- TIONS Abbreviations Lithology Log Chris Clayton John Keasberry 5 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

15 Geology & Geophysics Fractured Reservoir Modeling with Application to Fractured Basement Tackling Exploration for Fractured Basement 25th 29th APRIL 2016 BANDUNG, INDONESIA Normal Price: USD 4,295 Early Bird Price: USD 4,095 Group Discount Price: 3,895 16th 19th MAY 2016 BANDUNG, INDONESIA Normal Price: USD 4,295 Early Bird Price: USD 4,095 Group Discount Price: 3,895 The course is designed for those who deal with fractured reservoirs and those who need to develop them using all types of available data. The course will be very useful to all geoscientists involved in basements, clastics, carbonates, and shale plays where fractures play a major role GENERATE geologically-sound models and analysis of fractured reservoirs through understanding the general expressions of fractures and fracture effects on hydrocarbon production OVERCOME the complexity in modeling fractured reservoir through the application of a systematic modeling workflow integrating geology, geophysics, geomechanics, and reservoir engineering concepts RECOGNIZE productive zones, plan wells, and create fracture porosity and permeability models for reservoir simulation through REAL-LIFE DATA and live in-class reservoir modeling Identify fractures and construct fracture models that can be used to identify production zones, plan wells, and create models for reservoir simulation This course provides a unique opportunity to learn all the aspects related to the understanding and modeling of fractured reservoirs. Participants will gain knowledge of how fractured reservoirs differ from conventional reservoirs, and how to approach their fractured reservoir projects in a systematic manner. The workshop covers all the aspects of modeling fractured reservoirs. Emphasis will be given to basement reservoirs and their characteristic. This course is intended for explorationists who are working on fractured basements, or those who are considering fractured basements as source for hydrocarbon. Analyze viable fractured basements targets through analysis and evaluation of geological properties of fractured basements Overcome challenges in exploring fractured basements through identifying the pitfalls in characterization of fractured basements Develop exploration strategy for an exploration program of fractured basements for either single or multi-well development Learn how to find viable quantities of hydrocarbon in fractured basements by learning from successful methodologies This course covers the fundamental tools and knowledge in tackling exploration projects for fractured basements, and what are the key considerations in analyzing what makes it viable for exploration, what are the challenges in characterization, and how attendees can learn from past case studies on actual successful fractured basements that have been explored. The successful exploration for hydrocarbons in fractured basement requires the explorer to have a mind set and specific data that is different to that applied in reservoirs where oil is trapped in intergranular porosity systems. This course will help develop such a mind set and explain the key data sets needed by providing examples and demonstrating methods that have been demonstrated to be successful in finding commercial quantities of hydrocarbon in fractured basement reservoirs. Fractures and Their Effects Introduction: Fracture Types Fractures in Cores Fractures in Outcrops Geomechanics and Fractures Modeling Fractured Reservoirs Introduction to Fractured Reservoir Modeling Factors Affecting Fracturing Methodologies to Characterize Fractured Reservoirs The Use of Seismic to Improve the Fracture Modeling Seismic Attributes for Fracture Modeling Post-stack Attributes Pre-stack Seismic Attributes Azimuthal Anisotropy Integrated Workflow for Modeling Fractured Reservoirs Teapot Dome Development and Production Preparation Fractured Basement Geology Elements of a Petroleum System Source, Reservoir, Trap And Seal Source Extruded Volumes/Disposition/Distance Reservoir Geological History, Structural Setting, Identified Fractures Trap Structural/Stratigraphic/ Multiple Closures Buried Hill/Horst/Paleo Ridge/Other Seal - Top Seal Side Seal Fractured Reservoir Classification Review Of Fractured Reservoir Classifications Fractured Basement Rock Types Crystalline Rocks Basic Fracture Terminology Microfractures Fault Rock Tension Fractures Hydrodynamic Fracture Network Fracture Poroperm Characteristics of Fractured Basement Fields Large Reserves Secondary Reservoir High Flow Rates Conventional Development Geological Processes of Fracturing Hydrothermal Processes Epithermal Processes Granite Karst Outcrop Analogue Field Analogue Angle Azimuth of borehole DR. Ahmed Ouenes Robert Trice PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 6

16 Geology & Geophysics Carbonates Reservoir Characterization 23rd 27th JUNE 2016 Normal Price: USD 4,295 Early Bird Price: USD 4,095 Group Discount Price: 3,895 Appliying Fluid Inclusion Techniques in Petroleum E&P 30th MAY 01st JUNE 2016 BANDUNG, INDONESIA Normal Price: USD 2,895 Early Bird Price: USD 2,695 Group Discount Price: 2,495 This course is designed for, but not limited to, those who are directly involved with carbonate reservoir characterization, and who need a deeper understanding of the complexity and problems associated with carbonate reservoirs. Pre-requisite: It is assumed that participants have at least the basic understanding of reservoir characterization and modeling to fully appreciate the course. The course is designed for geoscience professionals who are in need of training in the application of analyzing organic and inorganic fluid species within fluid inclusions trapped in cuttings, core, or outcrop samples in the study of hydrocarbon reservoir rocks MANAGE the uncertainties in predicting depositional environments through understanding the geological, geophysical, and petrophysical factors affecting carbonates reservoir characterization DEVELOP a holistic carbonate model through integration of different geological, petrophysical, and reservoir engineering data sets. PROVIDE an insight to the complexity of carbonate depositional systems, including associated evaporates for both ancient and modern carbonates. APPLY reservoir characterization techniques through cross-referencing on proven SEAsian & International carbonate petroleum plays and working fields. The course introduces the participants to modern carbonate environments and explains how the constituents of a carbonate sediment become lithified and changed after deposition to provide potential reservoir rocks. Modern carbonate environments from particularly the Arabian/Persian Gulf and the Caribbean are examined in detail to provide a sense of scale and perspective. Large scale carbonate architectures are discussed and illustrated from a sequence stratigraphic perspective with seismic scale examples illustrated from outcrop. There are numerous illustrations of outcropping carbonates and evaporites from a wide range of depositional settings throughout the Phanerozoic. Petrophysical approaches to reservoir characterization of fields are illustrated with emphasis on fracture modeling, fluid saturation modeling and hydraulic flow units. A selection of carbonate oil and gas plays and fields from various parts of the world are discussed. Presentations are interspersed with videos and exercises. The participants are given the course notes in electronic form upon completion. Carbonate Grains and Classifications Carbonate Study Techniques Carbonate Ramps and Platforms Modern Carbonate Depositional Environments CARBONATE FACIES AND SEQUENCE STRATIGRAPHY Aeolian Deposition and Deflation Evaporites - Modern and Ancient Microbial Mats Modern and Ancient Reefs Carbonate Sands Bioturbation Resedimented Carbonates DIAGENETIC ALTERATIONS Cementation Neomorphism Dissolution Compaction Petrophysics Seismic 3D Modelling Saturation Modeling Quantifying Volumetric Uncertainty Flow Units ANCIENT CARBONATE SEQUENCES Triassic Dolomites of the Italian Alps Lower Carboniferous Ramp and Platform Carbonates of the UK Miocene carbonates of the Mediterranean CASE STUDIES OF CARBONATE PETROLEUM PLAYS AND FIELDS Tony Kirkham LEARN the key technical drivers for applying fluid inclusion techniques - including attributes, advantages, and limitations when used for exploration and development UNDERSTAND fluid inclusion, petrography, microthermometry, & chemistry (including API gravity), and its application to basin models, timing of charge and cementation, and detecting migration and paleo-accumulations ANALYZE organic and inorganic fluid species within fluid inclusions trapped in cuttings, core or outcrop samples APPLY fluid inclusion techniques to analysis of petroleum and diagnetic processes operations from basin to reservoir scale UTILIZE interpretive principles learned during the course to understand a typical FIS report and its supporting data INTERPRET and ANALYZE fluid inclusion for gases and liquids and for application to regional studies of conventional and unconventional data This three-day course consist of lecture material that covers the application of fluid inclusion stratigraphy, which provides the means of analyzing organic and inorganic fluid species within fluid inclusions trapped in cuttings, core or outcrop samples. The program shall discuss how fluid inclusion techniques can provide a unique view of petroleum and diagnetic processes operating from basin to reservoir scale. The program covers the technical drivers of fluid inclusion techniques - its various types, constraints, attributes, and the advantages & limitations during application. Fluid Inclusion petrography, microthermometry, and chemistry will also be covered. This will discuss its application to estimation of basin maturity, relation to fluid source, API gravity determination, and linkage of microthermometric data to basin models. Fluid Inclusion Stratigraphy will also be presented, following with detailed analysis and interpretation of FIS Data. Analysis of fluid inclusion gases and liquids visa CSIA and GCMS methods will also be presented. Lastly, various conventional and unconventional data and interpretation from regional studies will be covered in the program as examples of FIS application Fluid Inclusion Definition Types of Inclusions Fluid Inclusion Formation and Preservation Constraints on Formation Low Temperature Processes Lithologic Controls Homogeneous and Heterogeneous Entrapment FLUID INCLUSION PETROGRAPHY MICROTHERMOMETRY Accuracy and Precision vs. Natural Variation Inclusion Abundance vs. Hydrocarbon Saturation Homogenization Temperature P-T-X Diagrams of Typical Subsurface Fluids Isochores and Crossing Isochore Techniques FLUID INCLUSION STRATIGRAPHY GC, vs. MS, vs. GCMS. FIS is a Direct Quadrapole Mass Spectrometry (DQMS) Technique FIS Data DQMS Spectra Interpreting FIS Data Anomalous Hydrocarbon Type Sulfur Species Anomalies Biodegradation Thermal AlterationSS FIS Microseeps Water-Soluble Seals Inorganic Gases Source Rocks Contamination DR. Donald Lewis Hall 7 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

17 Drilling Engineering Advanced Stuck Pipe Prevention Advanced Fishing 22nd 24th FEBRUARY 2016 BANDUNG, INDONESIA USD 2,895 USD 2,695 Group Discount Price : 2,605 25th 26th FEBRUARY 2016 BANDUNG, INDONESIA USD 2,395 USD 2,195 Group Discount Price : 2,155 This program was developed for, but not limited to, assistant drillers, drillers, toolpushers, oim s, mud engineers, drilling engineers, senior drilling engineers, offshore drilling engineers, offshore supervisors, drilling superintendents, drilling managers, service company personnel This program was developed for, but not limited to, assistant drillers, drillers, toolpushers, oim s, mud engineers, drilling engineers, senior drilling engineers, offshore drilling engineers, offshore supervisors, drilling superintendents, drilling managers, service company personnel Maximize success and minimize failure by learning the best practices to prevent stuck pipe from occurring downhole. Prevent pipe suck by learning the various method to prevent suck pipe happen and you will know how to get free quickly. Improve Work Effectiveness and Efficiency by learning the Best Practices section of the course in order to help the well to be drilled more efficiently, effectively and economically. Improve operational performance by learning the techniques of fishing so you will be able to catch the fish first time. Retrieving the Fish by learn the things which are required to be carried out whilst pulling the fish to surface. Learn the latest fishing methodologies and fishing tools in order to improve the work efficiency. Manage to overcome barriers in efficient operation by learning about fishing practices and remedies, with a focus on handling annulus barriers. This course has been written for Operators, Drilling Contractors and Service personnel who require an in-depth detailed understanding of the causes of stuck pipe (which includes drill pipe, BHA s, casing, liners and logging tools) and how sticking can be prevented. For the practical session of the course, we work through a number of advanced-level stuck pipe case histories (which were all preventable) to cement the delegates learning & understanding. The Course Structure focuses upon the prevention of stuck pipe through studying Wellbore Stability, Drilling Fluids, Well Design & Operational Practices. The Course covers every essential discipline from Conceptual Well Design through to the Drilling of the Well, including specific case histories of where things went extremely well and where things went wrong. Introduction To Downhole Forces Review Of Recent Industry Data Stuck Pipe Area 1: Solids Induced / Formation Collapse Pack-Off The Driller s First Actions On Becoming Stuck Wellbore Stability / Instability Increasing Hole Angle Effects Differential Sticking How Differential Sticking Can Be Prevented The Driller s First Actions On Becoming Stuck Hole Cleaning Reaming & Back Reaming Drilling Parameter Trends Jars & Accelerators Jar Descriptions (Mechanical & Hydraulic) Jar & Accelerator Positioning This course has been written for Operators, Drilling Contractors and Service personnel who require an in-depth detailed understanding of how fishing tools have been designed and manufactured and how they work. It is typically run alongside Advanced Stuck Pipe Prevention. As compared with the standard Fishing Course, we spend more time studying the downhole mechanics of the fishing tools we use to catch the differing varieties of fish in oil wells and why fishing is not often successful first time. Overview Of The Planning Process Determining the Causal Problem The Value of Team / Toolbox Talks Evaluating the condition of the Top of the Fish Assessing The Downhole Situation Formation related sticking mechanisms Hole cleaning sticking mechanisms Determining Where The String Is Stuck DOWNHOLE OPERATIONS Upper String Recovery Lower String (Fish) Recovery Catching The Fish: Internal Catch (Spears) Retrieving Junk Freeing Stuck Wireline & Stuck Logging Tools Packer Fishing Stuck Casing Casing Milling Guideline & General Milling Jars & Jarring Fishing Practices Summary Michael Gibson Michael Gibson PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 8

18 Drilling Engineering HPHT Drilling Operation Deepwater Drilling Optimisation 04th 07th APRIL 2016 BALI, INDONESIA USD 3,595 USD 3,395 Group Discount Price : 3,235 16th 19th MAY 2016 BALI, INDONESIA USD 3,595 USD 3,395 Group Discount Price : 3,235 This program was developed for, but not limited to, assistant drillers, drillers, toolpushers, oim s, drilling engineers, senior drilling engineers, offshore drilling engineers, offshore supervisors, drilling superintendents, service company personnel Maximize success and minimize failure by reviewing the successful and unsuccessful Case Histories from around the globe. Improved Knowledge by acquainted with HPHT Drilling Operations and its advantages in order to improve work performance. Gain the knowledge of improve well productivity by learning how performance can be improved on your up-coming HPHT wells. Learn key aspects of HPHT Well Control in order to avoid an HPHT Well Control incident and why the Driller s Method is typically used. The Course also covers both successful and unsuccessful Case Histories in HPHT drilling operations from around the globe as reported by Operators & Drilling Contractors. New technologies available to the Industry are also covered. Provision is also made for delegates to discuss any aspect of HPHT Drilling Operations which are pertinent to their particular up-coming projects in order to secure maximum success first time. For each subject area, benefits of certain industry practices are covered in detail as well as why difficulties are encountered on the rig. Solutions are presented (e.g. optimal drilling and practices per IADC) so that the well to be drilled is a success first-time. INTRODUCTION Industry Definition of HPHT Application & Benefits Why HPHT Wells Typically Fail HPHT DRILLING PRACTICES OVERVIEW Identifying Abnormal Pressure Making Connections with a Working Stand HPHT Coring: Surging, Swabbing & Hydrogen Sulphide Objective of Finger-printing Lining-up to the trip-tank Involving the Mud Loggers How do you determine typical values Ballooning from PWD Data Diagnosis from LWD Data What can the Driller expect to see with regard to gas behaviour in a Water Based Mud Key Practices to prevent the well unloading whilst Types of Pressure Integrity Testing: Casing Test, Leak-off Test, Formation Integrity Test Tripping Formation Integrity Testing What is MAASP Introduction to Kill Method & Kill Rates What the changes in the SIDPP & SICP gauges mean This Deepwater Drilling Optimisation course has been specifically written for drilling personnel who are involved either directly or indirectly with well engineering / well construction and for those personnel who have an interest in deepwater drilling engineering but who might be from another discipline such as completion, testing or production for example whether office or offshore based. Personnel from operators, drilling contractors, service providers, equipment suppliers and regulatory agencies will benefit from this course where a mix of management, planning, engineering and offshore considerations are blended to cover the whole mix of considerations which constitute the deepwater well engineering process, culminating in deepwater drilling programme review through teamwork exercises. Superior Drilling Programme Upon completion of the course you will be able to write a superior Deepwater Drilling Programme if you re an Engineer. Superior Operational Performance If you are a Driller you will learn the operational benefits of reviewing the successful and unsuccessful Case Histories from around the globe. Improved Knowledge You will become acquainted with new deepwater technology and its advantages. Performance You will learn how performance can be improved on your up-coming deepwater wells.ime. This course examines the difficulties, challenges and problems facing today s deepwater drilling programme designers and personnel where wells are being drilled in increasingly difficult downhole and environmental conditions with ever increasing cost and legislation further contributing to design and operational pressures. Case histories referencing both successes and failures are referred to throughout the course to maximise the learning / experience transfer process and delegates will have the opportunity to both critique and examine recent deepwater well failures and successes drilled in different parts of the world to complete, through teamwork study, the knowledge-gain process. Prior to Drilling Industry Definitions of Deepwater & Ultra Deepwater The Deepwater Environment Drilling Vessels for Deepwater : Rig / Drill-Ship selection Prior to Spudding the well Top Hole & Running the Conductor Drilling below the surface casing string Michael Gibson Michael Gibson 9 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

19 Well Engineering Sand Control Completion Practices Well Completion and Workover 22nd 24th FEBRUARY 2016 BANDUNG, INDONESIA USD 2,895 USD 2,695 Group Discount Price : 2,605 17th 20th MARCH 2016 BANDUNG, INDONESIA USD 3,595 USD 5,395 Group Discount Price : 3,235 The course is designed for, but not limited to Completion Engineers, Workover Engineers, Production Engineers, and those who are involved with well completions, workovers, well interventions, and production Plan effective operation by evaluating the sand control performance before the operation works. Improve the effectiveness of sand control operations via accurate identification of the problems causing a sand production and the need for sand control. Improve the effectiveness and efficiency of frac packs operation by learning the way how to conduct the operation smoothly in a correct techniques. Improve the effectiveness of sand control operation by learning the emerging techniques for several critical situation. When sanding occurs, there is a lost or deferred production leading to a loss of revenue. In this course, the causes and consequences of sand production will be discussed, followed by the prediction measures to decide or delay sand control in oil and gas project development. SAND CONTROL COMPLETION DESIGN - Sand Control Completion Overview, Sand prediction, Conventional Sand Control techniques, Sand Control Design and installation types, Practical Project : Sand Control Design - EQUIPMENT & OPERATIONS - Sand Control completion equipment, Sand Control operations, In-site Sand consolidation techniques, Sand Control Cases Histories including success and failure cases - EMERGING TECHNIQUES - Sand Control Emerging techniques, Group presentation / General Review of the Sand Control Practical Project, Sand control in HPHT environments, Sand Control Heavy oil applications The course is designed for, but not limited to Completion Engineer / Supervisors / Superintendent, Completions Team Led / Manager, Well Services / Intervention Engineer / Supervisors, Workover Engineer / Supervisors, Petroleum Engineer, Reservoir Engineer, Drilling Engineer/Superintendent / Site Manager, Cross-Discipline Training, Oil and Gas Project Evaluator and Oil and Gas industry Drilling/Completion/Intervention Service providers Plan effective operation by gaining practical methods to design, plan and install safe and efficient well completion and workover. Improve the productivity of the well by integrate the importance of completion process to future production in order to maximize the success and minimize the failure Manage well environments with extreme reservoir conditions by learning the knowledge of reservoir completion such as inflow performance, perforations, and so on. Improve the effectiveness of the whole operation by knowing the importance of well design in relation to the ability to carry out well intervention. This course focuses on different technological innovations to optimize reservoir drilling and completion practices, to improve well productivity. It provides practical exercises and industrial applications from different operating environment (land, swamp, offshore, including deepwater offshore). It covers different types of completion design and installations. In addition, in-depth discussions on the emerging techniques would be covered. WELL PERFORMANCE - Introduction to Completion design, Introduction to completion design project - WELL COMPLETION EQUIPMENTS, COMPONENTS, & INSTALLATION - Artificial Lift Methods, Tubing Stress Analysis, Completion Components (Features & Usage) - MODERN WELL COMPLETION & INTRO TO WELL INTERVENTION - Completion Operation Base Preparation, Rig Preparation and Completion Installation Process, Emerging Techniques - WELL CONTROL & WELL WORKOVER - Well control Equipment, Workover definition and description, Workover Feasibility Studies Michael Etuhoko P.Eng. PMP Michael Etuhoko P.Eng. PMP PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 10

20 Well Engineering Advance Wireline Intervention Operation 04th 06th APRIL 2016 USD 2,895 USD 2,695 Group Discount Price : 2,605 This program was developed for, but not limited to, delegates that are moving up to an advanced level of slickline or whom are presently in an advanced capacity. It is often difficult to be exposed to many different areas of slickline if the delegate is committed to doing the same type of work over and over without exposure to the different aspects of slickline. Plan effective operation by understanding the techniques of the equipment and the use of equipment before the operation works. Improve the effectiveness of slickline operations via accurate identification of the problems causing a fishing job. Improve the effectiveness and efficiency of braided line fishing during the operation by learning how to use braided line equipment in a correct techniques Improve the effectiveness of slickline and braided line fishing operations by learning the new technology for surface units for fishing and new technology for downhole tools This training program is developed to build a firm foundation in petroleum exploration and production by understanding the entire value chain and process of oil and gas upstream operation and business. REVIEW BASIC PROCEDURES, EQUIPMENT AND APPLICATION - Review of basic wireline procedures, Downhole equipment, X and R equipment - DOWNHOLE TOOLS APPLICA- TION - Jarring with downhole tools, Types of services performed on slickline and their problems causing a fishing job, Braided line equipment, Slickline and Braided Line Fishing, Safety areas to consider that may present added problems - SLICKLINE AND BRAIDED LINE FISHING - Wire broken at the surface, Wire broken downhole, Fishing for tools, Fishing procedure - NEW TECHNOLOGY AND CASE STUDIES - Slickline and braided line fishing Steve Arnold 11 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

21 Introducing PetroSync In-House and Hybrid Training Programs What PetroSync In-House do for YOU? PetroSync understands that in the current economic climate, getting an excellent return on your training investment is critical. These programs can be conducted exclusively for your organization. The training can be tailored to meet your specific needs at your preferred location and time. We will meet you anywhere around the globe. If you like to know more about our In-house Programs, please contact us at or What PetroSync Hybrid Training do for YOU? Over the years, there has been a growing demand for hybrid training programs. It is an excellent option to maximize your training dollar for your specific training needs. We make it possible to run a training program that is customized totally to your training needs at a fraction of an in-house budget! If you like to know more about this excellent program, please contact us at or general@petrosync.com

22 Petrophysics Petrophysics for Low Resistivity Thin Bed Reservoirs 14th 18th MARCH 2016 BANDUNG, INDONESIA USD 4,295 USD 4,095 Group Discount Price: 3,865 Advanced Petrophysics 09th 13th MAY 2016 USD 4,295 USD 4,095 Group Discount Price : 3,865 - This training program is developed and designed for geoscientists who are particularly working with evaluating thin bed reservoirs. This program is presented in a foundational/basic level to introduce the concepts of petrophysics for reservoir evaluation. Identify possible HC potential for thin bedded sequences Characterize various types of thinly bedded reservoirs Understand the challenges in detecting pay zones & their accurate evaluation Apply the right techniques for evaluating thin bed reservoirs The course covers all aspects of petrophysics in thinly bedded reservoirs and its goal is to train the attendees to select and use the best interpretation technique possible based on the data available. Different types of thinly bedded reservoirs will be considered, including laminated sand shale sequences, thin layers of different types of clean sands and thin beds in carbonates. Time will be split between theory and practical exercises. The exercises will be run using basic training data sets, where the theory will be covered first, then - the students will get a chance to put that theory to the test. If students are able to bring their own example data sets these can be used in the practical sessions. The trainer will provide participants with sound understanding of the various evaluation techniques to enable them to select the appropriate methods for their environment. The main emphasis during the course is on practical application rather than extensive discussion around the theoretical background with exercises using Interactive Petrophysics (IP) software and Excel. The Thin Bed Problem Petrophysical modelling Resistivity modelling Image Based Petrophysics Electrical Anisotropy Tri-Axial Resistivity Interpretation Vertical resistivity Laminated Shaly Sand Analysis (LSSA) Electrical Anisotropy 3D Reservoir - Modelling Saturation Height Functions for thin beds NMR Rick Aldred The course is primarily intended for junior petrophysical staff to augment the skills that they should have already acquired during basic training. The course is also suitable for participants from other disciplines, who wish to have more insight into petrophysical analysis methods. Such participants should be familiar with basic petrophysical principles and will typically have 2 to 5 years or more working experience in a geoscience or reservoir engineering function Understand principles, quality, editing and response characteristics of the major open hole logging devices Understand the differences and application of the effective and total porosity systems using the Archie, Simandoux, Indonesian, Waxman Smits, Dual Water and Juhasz saturation equations Practice the various crossplot methods that can be applied to determine clay volume, lithology and assist in hydrocarbon differentiation Understand capillary pressure curves and saturation height functions Learn how probabilistic interpretation methods can be applied in complex formations In the E&P business, integrated petroleum engineering studies and field development plans are management tools which are used to maximise economic recovery of hydrocarbons. Petrophysical engineers fulfil a key role in analysing and interpreting subsurface reservoir data, which form the basis for reservoir models. E&P technical staff and team leaders involved in integrated studies require more than general skills in petrophysical interpretation techniques to produce quality input to development plans. The subjects that are covered are petrophysical relations, tool principles, modern interpretation methods and core measurements. Throughout the course, work sessions will be held on Personal Computers. The importance of interaction between seismology, geology, well log analysis, reservoir engineering and other disciplines is emphasized and illustrated. At the end of the five (5) days several wells displaying different petrophysical characteristics will have been evaluated in detail using different techniques. The role of petrophysics in exploration & production Review of petrophysical principles Review of physics of main logging tools Quick look evaluation methods and saturation determination Introduction to the IP software Introduction to the IP software (continued) Basic and special core analysis methods Wireline formation testing Clastic reservoir geology and clay types Shaly sand analysis for total porosity systems using Waxman Smits equation Dual Water model and Juhasz normalised Qv method Hydrocarbon differentiation in shaly sands Evaluation of laminated shaly sands Capillary pressure Saturation height functions Capillary pressure and reservoir simulation Permeability prediction (including NMR logging) and statistical considerations Uncertainty ranges Probabilistic methods for the analysis of complex formations (main emphasis on carbonates) Cased hole saturation Peter Betts 13 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

23 Reservoir Engineering Advanced PVT & Fluid Characterization Well Test Analysis 15th 19th FEBRUARY 2016 JAKARTA, INDONESIA USD 4,295 USD 4,095 Group Discount Price : 3,865 28th MAR 01st APR 2016 USD 4,295 USD 4,095 Group Discount Price : 3,865 This workshop-type class is designed to benefit those who are working or are intending to use PVT and Fluid analysis in their exploration projects. This includes reservoir engineers, PVT engineers, lab managers and supervisors, petrophysicists and reservoir, production, completion and facilities engineers. This course is designed for, but not limited to, Reservoir Engineers, Reservoir Managers, Production Engineers, Production Technologist, Production Engineering Managers, Petroleum Engineers reservoir, production, completion and facilities engineers. Build strong skills in handling samples and PVT laboratory procedures & techniques Learn the skills to develop EOS Model & tuning on EOS regression Improvise knowledge on generating modified black-oil properties Enhance knowledge in using PVTi/PVTSim In this 5-day workshop-type class, participants will be exposed to various technologies that are currently used in the industry to capture fluid samples, demonstrate the importance of sample handling in the field as well as in the laboratory. Furthermore, the participants will learn various Gas-Chromatography and PVT laboratory techniques and procedures that are widely used in the industry a) to obtain compositional description of the reservoir fluids and b) to define various volumetric properties. Course will be delivered with exercises that are designed to address commonly encountered issues related to samples quality, PVT reports quality having learnt to better understand fluid properties and related thermodynamics in first few days. What is PVT Importance of PVT in reservoir and Production Engineering Fluid Composition PVT Sampling in the Field Open-Hole/Cased-Hole Samplings Black Oil Properties Basic Phase Behavior Classification of reservoir fluids Dry and wet gases Retrograde gases (gas-condensates) Black and Volatile oils Heavy oils Laboratory PVT Analysis Sample Restoration Mathematical Recombination principle Same for separator products Physical Recombination Oil Viscosity EMV Capillary viscometer Black oil PVT Experiments Constant Composition Expansion (CCE) Differential Liberation (DL) Separator Tests Gas-Condensate PVT Constant Composition Expansion (CCE) Constant Volume Depletion (CVD) Black Oil PVT report Gas-Condensate PVT report Quality Control and Quality Assurance Gas injection and Concept of Miscibility Multi-Contact Tests thru Ternary Diagrams Forward contact Test Backwards contact test Swelling tests p-z diagrams Slim tube Tests MMP and MMC MMP Correlations Gas-condensate report Empirical Correlations Ideal and Real Gas laws Z-factor Vapor Liquid Equilibria (VLE) Thermodynamics of VLE K-factors Fugacity vdw type of Cubic EoS SRK and PR EoS Acentric factor Binary interaction parameters (kij) Pseudo components Fugacity coefficients from EoS Heptane+ fraction Characterization and Splitting techniques Pseudoizing Tuning EoS Peneloux s Volume Translations PVTi PVTSim Dr. Sylvain J'wardane Build strong understanding in fundamental concepts of well test analysis Learn state-of-the-art interpretation methodology Attain the knowledge practical use of well test deconvolution Avoid pitfalls and learn the limitations of current well test analysis techniques Well test analysis has been used for many years to assess well condition and obtain reservoir parameters. With the introduction of pressure-derivative analysis and the development of complex interpretation models that are able to account for detailed geological features, well test analysis has become a very powerful tool for reservoir characterization. A new milestone has been reached recently with the introduction of deconvolution, which makes it possible to see boundaries which may not be visible from conventional analysis. This has a significant impact on the ability to certify reserves. The methodology described in the course, which has become the standard of the industry, presents a systematic way of interpreting well tests and reconciles the various methods that have been developed over the years. The emphasis of the course is on well tests in gas condensate and volatile oil reservoirs, which are the most difficult to interpret as they combine the usual complexities of wells and reservoirs with complexity of the fluids. Well testing for Well Performance Reservoir Characterization Reservoir Performance Well Testing as a Signal Analysis Problem Concept of Interpretation Model Near-Wellbore Effects Reservoir Behavior Boundary Effects Analysis Signal Interpretation Methods Straight-Line methods Pressure Log-Log analysis Pressure Derivative analysis Deconvolution Well with wellbore storage Interpretation Models Wellbore storage and skin Hydraulic fractures Limited entry Inclines and Horizontal wells Double porosity behavior Double permeability behavior Composite behavior Single fault Channel Intersecting faults Open rectangle Closed rectangle Test design homogeneous behavior complex fluid systems Simulated well tests Practical analysis considerations Wellbore, reservoir and fluid effects Well test analysis tools Single-phase vs. two-phase pseudo-pressure analysis Productivity prediction and Remediation Field examples Compositional simulation of actual well tests Well test interpretation challenges Lean vs. Medium rich vs. Rich gas vs. Volatile oil behaviors Skin vs. Rate relationship Prof. Alain Gringarten PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 14

24 Reservoir Engineering Applied Reservoir Engineering 25th 29th APRIL 2016 USD 4,295 USD 4,095 Group Discount Price : 3, 865 Chemically Enhanced Water Alternating Gas 30th MAY 01st JUNE 2016 USD 2,895 USD 2,695 Group Discount Price : 2,605 Petroleum engineers, drilling engineers, production engineers, reservoir engineers and other disciplines engineers who desire to obtain a comprehensive knowledge of the application of reservoir engineering to optimize field performance and maximizing hydrocarbon recoveries. This course is designed for, but not limited to, Reservoir Engineers, EOR Project Engineers, EOR Project Managers, EOR Project Coordinator, Production Technologists, Laboratory Technicians, Researchers in Reservoir Engineering Have a deep comprehension knowledge of the application of reservoir engineering Optimize field performance Maximize and manage hydrocarbon recoveries Learn associated modern theories which are balanced with pratical things Understand how to apply immediately latest techniques of Reservoir Engineering This is an in-depth course that is designed to provide the participants with a solid understanding of reservoir engineering and associated modern theories in order to manage and maximize hydrocarbon recovery. Hands-on examples and exercises are used throughout the course to help participants with understanding key performance concepts. Participants are encouraged to bring their own laptop computer to class. Basic Phase Behavior of Hydrocarbon Systems Capillary Pressure and Relative Permeability Concepts Capillary Pressure and Fluid Distributions Two and Three Relative Permeability Normalization of Relative Permeability Relative Permeability Upscaling Fundamentals of Reservoir Fluid Flow Fluid Flow Equations Principles of Superposition Transient Well Testing Fundamentals of Reservoir Fluid Flow Water and Gas Coning Oil Well Performance Vertical Oil Well Performance Horizontal Oil Well Performance Gas Well Performance Vertical Gas Well Performance Horizontal Gas Well Performance Decline Curve Analysis Type Curve Analysis Water Influx Recognition of Natural Water Influx Water Influx Models Gas Recovery Mechanisms and Material Balance Equation Oil Recovery Mechanisms and Material Balance Equation Principles of Waterflooding Introduction to Enhanced Oil Recovery Methods Build strong understanding in chemically enhanced WAG processes Improvise the efficiency of current conventional WAG process Optimization in CWAG using simulation approach It is know that two-third of the original oil in place are still in the ground. Petroleum companies are looking for techniques to improve sweep efficiency and increase recovery factors. As a result, Enhanced Oil Recovery (EOR) processes need to be carried out. Successful WAG floods can yield 5-20% additional oil recovery over waterflood because of improved microscopic displacement efficiency by the solvent coupled with improving areal and vertical sweep efficiency. The Water Alternating Gas (WAG) process can be optimized by using CO2 instead of natural gas, and adding some chemical additives in the water slug such as Alkalis, Surfactant and Polymers. This improvement in the WAG process by using chemical in the water slug is known as Chemical WAG or CWAG. IOR/EOR Definitions Maturity of EOR Processes Screening Criteria for Chemical Miscible Immiscible Methods WAG CWAG Process Drive Mecahnis Fluid and Rock Fluid Interactions Injection Patterns WAG Ratio Mobility Control on the Gas Slug Laboratory and Pilot Tests Capillary Number Miscible and Immiscible Displacements Miscibility Concepts CO2 Injection Chemical EOR Methods Injection Scheme and Workflow Reservoir Management of CWAG Projects Simulation of CWAG Processes Eclipse Approach Surface Facilities Aspects Pilot Well and Observer Well Monitoring Plots Magnetotellurics - Dr. Tarek Ahmed Andres Yrigoyen 15 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

25 Production Engineering Advanced Flow Assurance 28th 30th MARCH 2016 BANDUNG, INDONESIA USD 2,895 USD 2,695 Group Discount Price : 2,605 Sucker Rod Pumping Design and Analysis 16th 19th MAY 2016 BANDUNG, INDONESIA USD 3,595 USD 3,395 Group Discount Price : 3,235 The course will be of particular interest to oil & gas professionals who have an involvement in development design and operation both onshore and offshore. Improved understanding of what Flow Assurance is and some of the associated challenges it must address in the current climate Ability to understand system risks and appropriately manage these to optimise the production system Improved understanding of the key interfaces Flow Assurance engineers must manage effectively within a project environment. Awareness of software options available and how to apply these to maximum value. Appreciation for system benchmarking and evaluation for ongoing operations forecasting and troubleshooting With the recent decline in global oil prices, new and existing developments are focusing on efficiency in both design and operations. Flow Assurance can bring a wealth of system understanding and opportunity for reduced OPEX and CAPEX as well as increase to system availability if approached in the correct manner. The ability to target Flow Assurance understanding to identify and probe these opportunities has and will remain key within the future oil and gas market. This 3 day course is composed of 9 sessions, each intended to cover an aspect of Flow Assurance with a view to building on basic understanding of Flow Assurance principles. This aims to allow efficient application of these in a project or operations environment to focus on efficiency in design, maximising value and minimisation of potential operations issues. Introduction to Flow Assurance HP/HT Developments Deepwater Developments Deposition Risky Fluids Hub & Spoke Developments Subsea Processing - Fluid Composition Properties PVT Relationship Oilfield compositions Pseudo-components GOR & Watercut Multiphase Fluid Flow Flow Regime Mapping Subsurface & Wells Inflow Performance Completions Liquid Loading Artificial Lift Methods Well flow optimisation Slugging and Management of Slugging Mitigation Techniques Wax Scale Asphaltenes Solids Sand Transport & Erosion Hydrate Formation Prediction, Prevention & Mitigation Management Philosophies Remediation Flow Assurance Analysis & Software Fluid Modelling Steady State Analysis Transient Analysis & System Operability Linked Modelling CFD Surge and Fast Transient Operations Jacqueline Geddes-Smith This program is designed but not limited to Production Engineers, Production Technologists, and those who are involved or those who are intending to use sucker rod pumping for production optimization. Attendees are expected to have a basic knowledge in the design and analysis of artificial lift. Understand the relative advantages and limitations of different sucker-rod pumps. Have a better understanding of sucker-rod string design options and be able to select the right design process for their fields. Be able to identify and remedy the different kinds of sucker rod failures. Understand the basic features of different geometrical types of pumping units and be able to select the proper unit. Have a working knowledge of RP 11L calculations and be aware of its limitations and possible improvements. Understand the different ways of solving the one-dimensional wave equation and its use in designing and analyzing sucker-rod pumped installations. The course will follow the latest book written on sucker-rod pumping theory and practice. First a detailed description of the pumping system components is given with the main emphasis on the operation and selection of downhole pumps. The design of the rod string is thoroughly discussed and trainees, using computer programs, will be able to compare the different design principles and their pitfalls. When introducing the surface pumping unit, the proper calculation of their kinematic parameters is shown and the relative advantages of different pumping unit geometries will be highlighted. Next, the API RP 11L procedure is discussed in detail. Trainees will make several example calculations to find the most important operational parameters of sucker-rod pumping installations. Counterbalancing of pumping units is important in daily operations, this is why calculations will be introduced for finding gearbox torque loads. Optimum counterbalance conditions will also be found. Introduction to Sucker-Rod Pumping The Components of the Sucker-Rod Pumping System Subsurface Pumps API and Special Pumps Downhole Gas Separators The Sucker-Rod String Sucker-Rod Specifications: Steel and Fiberglass Rods Corods Loading of the Rod String Rod Buckling and Prevention The Modified Goodman Diagram Rod String Design Theories Rod String Failures Rod Body Failures The Sucker-Rod Pumping Unit Pumping System Design with API RP 11L Procedure Simulation of the Rod String s Behavior Wave Equation Production Rate Calculations Pump Displacement Pump Leakage Gearbox Torques Gearbox Torques Calculations Power Conditions of Sucker-Rod Pumping Hydraulic Power Calculations System Energy Losses Power Efficiency of Rod Pumping Casing head Pressure Reduction Gabor Takacs PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 16

26 Introducing PetroSync Alliance Program and Hybrid Training Programs Petrosync Alliance Program SAVE UP TO Get Early Bird Discount! One Month Before The Training Deadline Limited Seat and Save Your Money up to SGD 200 for Group Discount 3 or more at 10% disc* for same events 6 or more at 15% disc* 10++ at 20% disc * for different events * terms and conditions apply PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com What PetroSync Hybrid Training do for YOU? Over the years, there has been a growing demand for hybrid training programs. It is an excellent option to maximize your training dollar for your specific training needs. We make it possible to run a training program that is customized totally to your training needs at a fraction of an in-house budget! If you like to know more about this excellent program, please contact us at or general@petrosync.com

27 Mechanical Engineering ASME VIII Division 1 & 2 Pressure Vessel Series 29th FEB 04th MAR 2016 BANDUNG, INDONESIA 23rd 27th MAY th 29th JULY th 18th NOVEMBER 2016 BANDUNG, INDONESIA SGD 3,195 SGD 2,995 Group Discount Price : 2,875 API 510 Pressure Vessel Inspector Course 29th FEB 04th MAR 2016 BANDUNG, INDONESIA 04th 08th APRIL th 29th JULY 2016 BANDUNG, INDONESIA 14th 18th NOVEMBER 2016 SGD 3,195 SGD 2,995 Group Discount Price : 2,875 The course is designed for, but not limited to, mechincal, maintenance, and inspection / QAQC professionals who are involved in pressure vessel equipment : Design Engineers, Mechanical Engineers, Maintenance Engineers, QAQC Engineers, Inspection Engineers, Reliability Engineers TO Familiarize participants with the concepts and technical terms of the codes Know the basic concepts of the codes and their design fundamentals Understand salient features and differences between Div 1 and Div 2 Know the design of Shell, Heads, and other pressure parts Learn design of nozzles and nozzle reinforcements Design for external pressure and Jacketed vessels Design requirements for low temperature operation Discover the fabrication requirements, assembly and welding requirements. NDT and Inspection procedures How to carry out pressure testing, certification and stamping of Pressure Vessels. Introduction to Integrity assessment of in-service vessels. ASME VIII Div. 1 is the most commonly adopted code which is simple and used friendly, where as, ASME VIII Div 2 is an alternative code which provides a better engineered vessel with detailed stresses calculations and more rigorous testing, and allows for savings in material costs (thinner parts may be used). This course is designed to give the participants the confidence and practice for carrying out design and Fabrication and testing for new vessels and also carrying out strength calculations and assessment of integrity of existing vessels. How to adopt code rules for different types of vessels and with various service conditions will be illustrated with numerous case studies Important code stipulation will be reviewed and discussed collectively with participants so as to address the difficulties and ambiguities they might have encountered during their working. ASME Code system : Code revisions, Editions and addenda o Design principles adopted in ASME codes, o Understanding the code content, code intent o Pressure Vessels : Categories and classification o Design rules, How these were derived and arrived at o Concept of working pressure, design pressure, MAWP o Design of vessels under internal pressure o Design of flat heads, dished heads, conical heads o Nozzle and openings, reinforcement of openings o Adequacy of weld joints for shells and nozzles o Methods of design optimization, economical compliance o Quality Assurance System as per ASME codes o Material identifications, use of unidentified materials o Material inspection Resolving non-conformances o Fabrication methods, weld joint categories o Weld joints longitudinal circumferential o Welded joints in nozzles and attachments o Fabrication tolerances o PWHT requirement o Impact testing Requirements o QA/QC requirements o Pressure Testing of vessels o Selection of Pressure Test Methods o Test Procedures o Certification and Stamping of vessels Mandar Mulay This course will specifically benefit Engineers, Supervisors, and Managers from the following disciplines : Mechanical Engineering, Inspection, Maintenance & Operations, Technical & Engineering, QAQC, and technical personnel with 2-3 years of experience in the management and planning of inspection and maintenance activities of piping system at upstream oil & gas facilities, refineries, process plants and petrochemical facilities. TO Detailed explanations of all the information covered in the API 510 'Body of Knowledge' including ASME welding requirements for pressure vessels section IX and VIII ASME non-destructive testing principles and application of Section V Pressure vessel design review ASME Section VIII, weld sizes, vessel nozzle reinforcement, brittle fracture, weld efficiency factors, postweld heat treatment Pressure relieving devices, valves, bursting discs, setting, testing and inspection; API 510 inspection, repair and rerating of vessels, inspection intervals, inspection requirements, relationships to ASME codes. Corrosion, minimum thickness determination and remaininglife calculations Inspection and degradation mechanisms of pressure vessels, corrosion and cracking mechanisms Erosion, common corrodents, hydrogen and H2S damage, alloy degradation. Pressure Vessel system is one of the critical production assets in process industry. Organizations recognize the need to maintain authorized inspection agency and technically assess qualified pressure vessel engineers and inspectors to ensure facilities are at topperformance. Therefore, API 510 certification is one of the most sought after professional competency that enables inspectors to be actively involved in the improvement of industry & environmental health and safety performance, reinforcement management control, compliance of inspection capabilities. With Mr. Uday Kale s extensive involvements in the facilities inspection, as well as his practical coaching and mentoring approaches, this course not only prepare the candidates to pass API 510 examination with confident, it will also advance the appreciation of pressure vessel facilities and thus to broaden the technical knowledge base in order to avoid unplanned shutdown and reduce expenses! Joint efficiencies Thickness calculations Static head External perssure impact testing Pressure testing Weld size for attachment welds at openings Nozzle Reinforcement Scope of API 510 reference of API 510 definitions of API 510 owner/user inspection organization inspection, examination and pressure testing practices interval/frequency and extent of inspection inspection data evaluation, analysis, and recording repairs, alterations, and rerating of pressure vessels Heat Treating Requirements Introduction to ASME Sec. IX API RP 576, Inspection of Pressure-Relieving Devices Relief Devices Uday B. Kale PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 18

28 Mechanical Engineering ASME B31.3 Process Piping Code Design Requirements API 570 Piping Inspector Course 14th 18th MARCH th 29th APRIL 2016 BANDUNG, INDONESIA 01st 05th AUGUST st 25th NOVEMBER 2016 BANDUNG, INDONESIA SGD 3,195 SGD 2,995 Group Discount Price : 2,875 07th 11th MARCH th MAR 01st APR 2016 BANDUNG, INDONESIA 01st 05th AUGUST 2016 BANDUNG, INDONESIA 21st 25th NOVEMBER 2016 SGD 3,195 SGD 2,995 Group Discount Price : 2,875 Ideally suited for Piping engineers and designers, Plant engineers who need an understanding of the requirements for compliance to the Code for piping design and analysis, and testing. Managers, Engineers, Supervisors, and Plant operation personnel who work in the Refineries, Petrochemical plants, and other process industries will find this course immensely useful. TO What issues to take into consideration when designing process piping pressure design of piping and piping components How to analyze piping flexibility and gauge the limitations of piping and piping components Provide participants step-by step approach to piping design, including the design optimization techniques. Introduce participants with various material selection, fabrication, erection and testing of piping systems. Be able to understand the mandatory requirements, specific prohibitions and optional stipulations given in the code and other service restrictions on piping systems. Important code requirements will be explained in a simple, straight forward manner, including the short-cut methods in designing of Pipes, Pipe fitting and Flanges. The participants would be explained in detail the mechanics of adopting and applying the code rules for day-to-day use in their professional work. Lessons are enhanced by actual in-class problem solving, directly applying the rules and equations of the B31.3 Code for various design and operating conditions. This training course is the complete answer to the demands of piping engineers to know the ASME B31.3 Pressure Piping Code and upon completion of the training course the participant shall be a complete ASME Code Professional. The course further provides concepts and methods for assuring the mechanical integrity of existing piping systems. It presents a overview of how the methodology of API 570 can be applied for assessing the present structural integrity of the piping system, and deciding its fitness for continued service as well as the projected remaining life. What are design conditions, design pressure & design temperature What are various fluid services generally encountered Definitions of Category D, M, U, Normal and High Pressure Services Concept of Weld Strength reduction factor Weld Quality factor Allowable stresses and the basis for its calculations Design of piping components for internal pressure Design of piping components for External pressures. Design of branch connections Selection of Flanges Design of pipe fittings such as elbows, tees and blanks Service considerations in Design flexibility calculations Methods to incorporate flexibility in Piping systems U - loops, Expansion Joints Extensive case studies on Piping Design Piping Span Calculations Selection of Supports and Hangers Material Identification, Certification and Traceability Code accepted Materials and material testing Listed, unlisted materials General requirements to be checked before selection of Material Limitations imposed by code on materials Impact testing requirements Design interface with Fabrication, Assembly and Erection Code requirement for preheating and PWHT Design interface with Inspection, Examination and Testing How to Conduct and certify pressure testing. Hydrostatic testing of piping system Pneumatic testing of piping system Service leak test NDT in lieu of leak test Additional Code requirements for special fluids services Specific Design Requirements for Toxic Fluid (M Category) services Design Requirements for High Pressure Fluid services, High Purity (U category) Fluid services, High Pressure ( Category K) Fluid services Overview of flanges as per ASME B 16.5 Piping integrity assessments as per API 570 Making run-repair-replace decisions. Calculation of Remaining life and MAWP of piping system Mandar Mulay This course will specifically benefit Engineers, Supervisors, and Managers from the following disciplines : Mechanical Engineering, Inspection, Maintenance & Operations, Technical & Engineering, QAQC, and technical personnel with 2-3 years of experience in the management and planning of inspection and maintenance activities of piping system at upstream oil & gas facilities, refineries, process plants and petrochemical facilities. TO API 570: Inspection methodologies, remaining life calculations, degradation mechanisms, repair & re-rating of in-service piping system and relations to ASME codes ASME Section V: Principles and application of Non-Destructive Examination ASME section IX: Welding & brazing requirements and procedures ASME B31.3: Design review, welding & heat treatment, inspection, leak testing of process piping ASME B16.5: Design & repair of pipe flanges and flanged fittings API RP 571: Damage Mechanisms affecting fixed equipment in refineries, eg. fractures, fatigue, corrosion, sulfidation, MIC, HTTA etc API 574: Inspection practices for piping system components API RP 577: Welding inspection and metallurgy recommended practices API RP 578: Material verification program for new and existing alloy piping systems Process piping system is one of the critical production assets in process industry. Organizations recognize the need to maintain authorized inspection agency and technically assess qualified piping engineers and inspectors to ensure facilities are at top performance. Therefore, API 570 certification is one of the most sought after professional competency that enables inspectors to be activelyinvolved in the improvement of industry & environmental health and safety performance, reinforcement management control, compliance of inspection capabilities. This 5 day Piping Inspector course is based on API 570/574, API RP 577/ 578, ASME B16.5/ B31.3 and ASME BPVC Section V/ Section IX. It is to promote the recognition of fitness-for-service concepts to evaluate in-service degradation of piping system. With Mr. Uday Kale s extensive involvements in the facilities inspection, as well as his practical coaching and mentoring approaches, this course not only prepare the candidates to pass API 570 examination with confident, it will also advance the appreciation of piping facilities and thus to broaden the technical knowledge base in order to avoid unplanned shutdown and reduce expenses! ASME B 31.3 (Process Piping) ASME B16.5 (Pipe Flanges and Flanged Fittings) ASME B16.5 (Pipe Flanges Flanged Fittings) API 570 (Inspection, Repair, Alteration, and Rerating ofin-service Piping Systems) ASME Boiler and Pressure Vessel Code Section IX (Welding and brazing Qualifications) ASME Boiler and Pressure Vessel Code Section V (Non-Destructive Examination) API Recommended Practice 574 API RP 571 (Damage Mechanisms in the Refining Industry) API Recommended Practice 577 API Recommended Practice 578 Uday B. Kale 19 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

29 Mechanical Engineering Advanced Practical Centrifugal Pump API 579 Fitness for Service 28th MAR 01st APR th 09th SEPTEMBER 2016 BANDUNG, INDONESIA SGD 4,495 SGD 4,295 Group Discount Price : 4,045 09th 13th MAY th 21st OCTOBER 2016 BANDUNG, INDONESIA SGD 3,195 SGD 2,995 Group Discount Price : 2,875 21st 25th NOVEMBER 2016 This course is very relevant of technical engineers and professionals who handle and are responsible for their organisations pumps and systems; as well as the overall smooth operations and processes of their organizations plants and machineries. These include, but not limiting to: Maintenance & Operation Engineers, Pump Application Engineers Pump Sales Engineers, Project & Construction Engineers, Plant Engineers, Process Engineers & Designers, Engineering Consultants Pressure Vessel/ Piping/ Tank design engineers, process engineers, plant operating engineers and managers, Chemical/ mechanical engineers who are involved in integrity assessment of Columns, Vessels, tanks, piping etc. Also recommended for the Design engineers, Inspection persons and maintenance engineers involved in Repair, maintenance and trouble shooting of plant equipments in Refining, Petrochemical and Chemical industries. Individual certification of API 510/ 570/ 653 will be an added advantage to the participants TO Understand how the system controls the pump Learn how to read a pump curve and how pumps really operate Learn how the fowrate impacts on pump reliability what is the reliable operating range Design better systems and select better pumps, leading to improved reliability Avoid operational problems that lead to pump failures Understand what cavitation is, why it occurs and how to avoid it Know how pumps should be installed and commissioned avoid those common commissioning failures Learn why pumps vibrate and why seals and bearings fail The over-riding aim of the pump and system training course is to reduce the costs associate with owning and running pumps. Organisations spend millions running and repairing pumps. Nine out of ten pumps fails early. If we can improve reliability we can reduce the cost of owning pumps considerably. Power is a major cost for any organisation. If we can reduce the amount of power required to run our pumps, we can reduce the cost of owning them considerably. This course will give attendees the ability to improve pump reliability and reduce power consumption and therefore make a huge difference to the organisation s profitability. Introduction, Pump Operating Principle, Systems Design / Pump Selection,Controlling the Flowrate, Liquid Properties and Pump Performance, Calculating Pump Perfomance for Speed or Impeller Diameter Changes, Oper1ating More Than One Pump in a System, Nett Positive Suction Head and Cavitation, Sealing Options,, Pump Mechanical Construction Options, Mechanical Construction vs Reliability, Flowratevs Reliability, Pumps for Low NPSHA Applications, The Oil Industry Standard API 610, Purchasing Reliable Pumps, Installation and Commissioning, Pump Maintenance, Monitoring and Instrumentation, Troubleshooting Problems, Internal Wear and Loss of Performance, End Summary and Discussion. TO To familiarize participants with the main concepts and technical terms of degradation mechanisms. To introduce participants to the concepts of FFS. To explain to participants the basic concepts of degradation and FFS. To provide participants with the basic technical and scientific knowledge for carrying out in depth inspection and engineering calculations. To train participants to choose between 3 R s i.e. Re-rate, Repair and Replace. To introduce participants to different ways of evaluations and decision making as regards the repairs alterations and re-ratings Assessment of future remaining life.. Fitness-For-Service (FFS) assessments are quantitative engineering evaluations that are performed to demonstrate the structural integrity of an in-service component that may contain a flaw or damage. This training course is designed to give a detailed discussion of the subject of Fitness For Service concepts (FFS) with emphasis on the basic degradation mechanism and its consequences aspect. It presents a thorough understanding of how the disciplines of material science, stress analysis, NDT and inspection practices can be applied for assessing the present structural integrity of the component, and deciding its fitness for continued service as well as the projected remaining life. This course covers the analytical methods and their applications are explained with numerous case studies. In order to suit the course to participants with or without a FFS background, the course will be delivered such a way that most of technical terms and both code statements and examples will clarify concepts. - Introduction to API Scope of fitness for service assessments - Definition of Terms - Fitness-for-service engineering assessment procedure - Remaining Life Assessment - Concept of Remaining strength factor - Remediation methods - In-Service Monitoring - Assessment Techniques and Acceptance Criteria - Identification and characterization of damage mechanisms. - Methods of FFS assessment and their application to plant equipment/piping. - Assessment of existing equipment for brittle fracture, general metal loss, local metal loss, pitting corrosion; hydrogen blisters and hydrogen damage - HIC and SOHIC; weld misalignment and shell distortions; crack-like flaws; components operating in the creep range; fire damage; dents, gouges, and dent-gouge combinations; laminations; documentation and records. Glenn Rogers Mandar Mulay PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 20

30 Mechanical Engineering API 653 Storage Tank Inspector Course TEMA & HTRI Heat Exchanger Design and Cost Saving Management 09th 13th MAY 2016 SGD 3,195 SGD 2,995 Group Discount Price : 2,875 09th 13th MAY nd 26th AUGUST th NOV 02nd DEC 2016 SGD 4,995 SGD 4,795 Group Discount Price : 4,695 Mechanical Engineering, Inspection, Maintenance & Operations, Technical & Engineering, Corrosion Engineer, and design persons involved in integrity assessment of in-service tanks, repairs and replacement of old tanks. TO Main concepts and technical content of API 653 Code and the other reference codes Concept of metal degradation. Design fundamentals of storage tank (API 650). Evaluation of tank integrity of shell, bottom and roof. Thicknesscalculations for intended design conditions or revised design conditions. How to clarify the need of Cathodic Protection and lining of tank bottom. Evalution and decision for remedial action in Tank Settlement. How to estimate remaining life of tank and decide inspection intervals. Be able to choose the appropriate inspection tools and inspection intervals. Carry out re-rating, remaining life and retirement thickness calculations. The course is divided into six main areas: Basic Storage tank design engineering i.e. API 650, In-service inspection techniques (API 653/ RP 575/ RP 577), Damage mechanisms (API 571), Cathodic protection (API RP 651) and lining of tank bottom (API RP 652), calculations of retirement thickness and other skills required for delivery of quality job & safe operation. The participants will receive comprehensive course notes, illustrated with practical case studies, main punch-points of the course to impart knowledge to participants. With Mr. Uday Kale s extensive involvements in the facilities inspection, as well as his practical coaching and mentoring approaches, this course not only prepare the candidates to pass API 653 examination with confident, it will also advance the appreciation of storage tank facilities and thus to broaden the technical knowledge base in order to avoid unplanned shutdown and reduce expenses! Allowable stress values shell, roof and bottom Design Material selection Impact test requirement of API 650 Impact test results Shell thickness calculations Bottom plate thickness calculations Roof plates calculations Nozzle openings calculations API 650 Requirements for Storage Tank fabrication, erection, NDT and leak testing Introduction, scope, definitions and organization of API 653 Intervals and scope of inspections Data evaluation and corrosion assessment of roof, shell, and bottom. Estimation of corrosion rate Inspection and testing practices of API 653 Evaluation for brittle failure Repairs, alterations & reconstruction of storage tanks Tank relocation and re-erection Replacement of tank bottom, hot tapping on tank shell. Detail discussions on material corrosion and degradation (API 571), NDT of tank repairs, leak testing Discussions on cathodic protection methods against soil corrosion (API RP 651) Recommended practices for inspection of storage tanks (API RP 575) Introduction to Sec IX, Case studies of checking of PQR & WPS Discussions on Lining of bottoms of storage tanks (API RP 652) Discussions on API RP 577 and Welding Inspection Understanding the difference between Inspection and Examination and Various NDE methods to detect flaws in metals. Understanding rules imposed by ASME Sec V for various NDE techniques Final examinations Feedback and Concluding Uday B. Kale The course is designed for professionals who want to improve the performance of heat exchanger in their company for shell & tube and compact types Mechanical Engineer Design Engineer Maintenance Engineer Instrument Engineer Project Engineer Process Engineer Heat Transfer Engineer Plant Engineer Operation Engineer TO For those engineers, this course will provide a broad understanding of the technology and an excellent base for further learning. For those responsible for thermal design, TEMA type selection the training is intended to illustrate the interaction between the thermal and mechanical design, the understanding of which will lead to more reliable design outcomes For those coming from an operating environment, the course will lead to a greater knowledge of the maintenance, inspection and repair needs of shell and tube heat exchangers, including information on common causes of failure. Solutions will be offered using latest state of art technologies are used to prevent fouling, tube vibration and throughput limitations. This training course is a comprehensive course to the technology of shell and tube heat exchangers as these robust type of heat exchangers are the most commonly used in the process and refinery industries, where they provide flexibility and are easy to maintain. The course will provide details on the thermal and mechanical design, fabrication, inspection and maintenance in relation with international TEMA standards. For this heat exchanger type we focus on the mechanical and practical aspects. Many case studies will be presented to show failures, mismatches. The thermal and mechanical design is conducted using sophisticated computer software and this course is intended to complement thermal design training based on HTRI software. Attendees will be offered problem case studies in order to reach solutions on their own. To get a full picture of proven (advanced) heat transfer technologies a basic training module for other types of heat exchangers is included. Besides aircooled we discuss compact heat exchangers in more detail with all their pro s and con s. Delegates need to bring laptop with Microsoft Excel installed and Microsoft as the operating system Introduction to Shell & Tube Heat Exchangers and market trends : Shell & Tube Heat Exchangers TEMA Type Selection & Design Aspects Removable bundels versus Fixed tube sheet Baffle type (conventional, rod, helical, expanded metal) Tube type (plain, low-fin, twisted tube, corrugated) Channel Closures (High Pressure Breech Lock) Texas Tower versus Helitower Maintenance Aspects Thermal Aspects Basic heat transfer calculation, conduction, convection, radiation Heat transfer Nomenclature Temperature Driving Force Criteria Fouling & Mitigation Technologies Vibration Analysis: fluid elastic vibration, acoustic vibration Texas Tower, Condensers, Reboilers and special type like falling film, vent & reflux condensers Enhanced Heat Transfer Technologies and their typical fouling mitigation effects Aircooled Heat Exchangers Forced draft, Induced draft, Natural Convection A-frame steam condensers Key components louvres, fanselection Introduction to Compact Heat Exchangers Double Pipe & Multi Tube Plate & Frame Spiral Plate Brazed Aluminium Printed Circuit Spiral Coil Electrical Heater Special type for LNG services Open Rack Submerged Vaporiser Waterbath Vaporisers Total Life Cycle Cost Management Bert Boxma 21 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

31 Mechanical Engineering AIV/FIV: A Practical Guide to the Application of the EI Guidelines 23rd 25th MAY nd 24th AUGUST 2016 BANDUNG, INDONESIA SGD 2,995 Early Bird Price: SGD 2,795 Group Discount Price : 2,695 Gas Turbine Failures 23rd 26th MAY 2016 SGD 4,495 SGD 4,295 Group Discount Price : 4,095 14th 16th NOVEMBER 2016 BANDUNG, INDONESIA This course is aimed at Project, Process and Mechanical Engineers with involvement in design of oil and gas facilities. TO Understanding of the various degradations and damages inflicted on equipment in Refinery Service Knowledge of how to detect, evaluate, and prevent degradations and damages of Refinery Equipment Advanced information in preventive as well as predictive maintenance of equipment Different forms of degradations and various mechanisms and related environmental factors. Factors contributing the damage, the correct monitoring & inspection of damage, prevention/mitigation of damage mechanisms. Acoustically-induced vibration including description of relevant AIV methodologies and codes (EI, CONCAWE, Exxon, Eisinger). Flow-induced vibration - using EI Guidelines. Application of the assessment methodologies and mitigation measures used during the design phase of a project to minimize the risk of induced vibration. Introduction AIV Assessment and Mitigation FIV Assessment and Mitigation Small Bore Connection (SBC) Assessment Case studies and Worked Examples The course is designed for professionals who want to know practical knowledge which will sharpen analytical skill in resolving major gas turbine failures. Reliability Engineer Rotating Mechanical Engineer Maintenance Engineer Electrical Engineer Instrument Engineer TO Learn from real experience on some of the most challenging gas turbine failure investigations Learn how to avoid failures happening again Learn about the pressure of failure investigation and how to stay cool whilst work What sort of methods OEMs use to avoid responsibility for failures. How to analyze data effectively to identify the root cause quickly and cost efectively Learn from an expert investigator with international reputation Failure investigations are tough rigorous challenges form the best in engineering. This course will teach delegates the range of thinking and subjects, which need to be considered in driving to find the real root cause of a failure. The class will be based around some of the most difficult challenges faced by the professions in the industry and challenge the analytical and creative ability of the best students. Jim Oswald has resolved many major gas turbine failures that can not be solved by many consultants before him. These cases will be presented on the course and there will be a lot of exercises to let the delegates have a deep understanding in solving major gas turbine failure. Each attendee must bring a laptop computer with Microsoft operating system with Microsoft Excel and power point installed. How a Gas Turbines works How to think through failure sequences How to avoid misleading failure information Formal failure methods Fishbone RCA Ishikawa GT Failure investigations Break metal: fatigue, creep, fracture, vibration Thermal Fatigue Pattern of failures Richard Palmer Jim Oswald PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 22

32 Mechanical Engineering API 580&581 Risk-Based Inspection and Base Resource Document 19th 23rd SEPTEMBER 2016 SGD 3,195 SGD 2,995 Group Discount Price : 2,875 API Spec. Q1 9th Edition Training and Practice 14th 17th NOVEMBER 2016 SGD 3,995 SGD 3,795 Group Discount Price : 3,595 The course is designed for, but not limited to, mechincal, maintenance, and inspection / QAQC professionals who are involved in pressure vessel equipment : Design Engineers, Mechanical Engineers, Maintenance Engineers, QAQC Engineers, Inspection Engineers, Reliability Engineers The course is designed for API Monogram Licensees and Applicants, Quality System Auditors, Quality Assurance Personal and Management Representatives, Manufactures of Oilfield Equipment, Personnel involved in Supplier Evaluation Activities, Oil Company Personnel involved with Specifying Equipment Requirements TO Introduction to the basic concept of Risk-Based Inspection and the basis for the API 580 RBI program and methodology. Understand the purpose, scope, and examination of the critical steps in the RBI process. Overview of deterioration mechanisms and failure modes affecting the plant equipment. Introduction to the risk-based inspection priority matrix and the means to utilize its results in determining inspection priorities. Introduction to the ISO risk plot and its use, especially in combination with the risk-based inspections priority matrix. Discussion of risk-based inspection documentation and recordkeeping needs. Understanding of the basic concepts of risk acceptance, risk assessment, risk perception, risk mitigation and managing residual risk. The course first explains feasible means and alternatives for achieving a successful RBI program without undue complications. This course deals with RBI framework and methodology in a simple straight forward manner to establish and implement a risk-based inspection program best suited for the company objectives. Its utility is based on the premise that a few vital equipments in a process plant contribute a majority of the risk. Consequently, if these few equipments can be identified, then testing and inspection can be focused on them rather than several low-risk items. RBI helps to prioritize their equipment for inspection, optimize inspection methods and frequencies, and develop effective inspection plan commensurate with the risk contribution and equipment condition. The course is focused on methodology of actual implementation of RBI in Oil and Gas industry. It covers advanced knowledge of RBI implementation in addition to the knowledge required for passing the Certification Examination. The candidates should possess at least one certification out of API 510, API 570 or API 653 certifications. TO This course is ideal for both newcomers and those already familiar with working under Spec. Q1 requirements. Course topics primarily include sections: Quality Management System Requirements; Product Realization; Quality Management System Monitoring, Measurement, Analysis and Improvement The landscape of our changing work environment is facilitating the need to improve the way the industry approaches the management of quality. The API Spec. Q1, 9th Edition Training Course is a four-day course that frames the management system requirements in a managerial and business prospective and will provide you with a working understanding of the 9th Edition requirements with practical aspects will be discussed An introduction on the API and overview of the API Monogram Program Q1 s layout and terminology / definitions / abbreviations, as well as their application Normative references Product specifications Purchasing, vendor approval Quality objectives Management responsibility Competency of personnel requirements Control of documents Risk assessment Design Contingency planning Calibration Management of Change (MOC) Customer Satisfaction process Internal audits Corrective action and root cause analysis Annex A Practical Applications Quality Manual requirements, Competency and Training, Risk Assessment, Contingency Planning, Management of Change, and Internal Audits. Relative Risk v/s Absolute Risk Relationship between inspection & risk Types of RBI assessments Qualitative Quantitative and semi-quantitative approaches Planning RBI assessment Selecting type of RBI assessment Identifying deterioration Mechanisms Introduction to Qualitative Analysis Likelihood category Consequence category Step-by step method for Qualitative analysis Understanding the damage factors Determine likelihood category Determine consequence category and Risk category Preparation of Risk matrix Analysis and conclusion Quantitative analysis Flammable effects Toxic effects Business interruption effects Estimation of release rate and post leak response Risk Evaluation Risk-weighted consequences semi quantitative approach Likelihood analysis Consequence analysis Risk management post RBI analysis Inspection strategies post RBI analysis Using RBI findings to evolve inspection strategy in Oil and Gas industry Inspection Effectiveness Optimizing Inspection Methods and frequencies Risk mitigation and follow-up Re-assessment and updating RBI Implementation of RBI in Oil and Gas industry. Uday B. Kale Billy Matthews 23 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

33 Corrosion and Material Engineering Corrosion and Materials Management 28th NOVEMBER 02nd DECEMBER 2016 SGD 4,995 SGD 4,795 Group Discount Price : 4,495 This program is intended for : Materials and Corrosion Engineer, Integrity Engineer, Well & Completions Engineer, Production Technologists who would like a more thorough knowledge of well related corrosion, Production Chemists, Subsea Engineer, Maintenance &/or Inspection Engineer, QA/QC Engineerand, others involved in well-centric activities, and technical personnel that manage, perform, or participate in downhole materials selection, inspection, and corrosion management in oil & gas industry. These personnel typically have a basic understanding of some part of the process, but want to increase their understanding on the best practices and be updated on the latest R&D achievement UPDATE on the latest research and development of deepwater material & corrosion UNDERSTAND and LEARN best practices developed and implemented by leading companies IDENTIFY and MONITOR the causes of corrosion and material failure MITIGATE internal and external corrosion SPECIFY cost effective materials for safe operation BENEFIT from real life case histories and AVOID expensive material-related equipment failures LEARN the latest subsea recommendations of EEMUA 194 GAIN INSIGHTS to new technologies like TubeFuse, Expandables & Smart Wells Technologies SHARE experience and NETWORK with peers Oil and gas reserves in the shallow water are gradually depleting. Many oil & gas companies have started exploring or are in the process of developing their deepwater production. Due to the increasing demand for better deepwater reliability, efficiency and safety, the technological development has been massive. It is critical to understand and learn the latest knowledge on deepwater corrosion and material selection to ensure you make the correct choices first time around to keep your production flowing, equipment in optimal working condition and to avoid costly downtime, wastage and replacements. Deepwater operators are facing complex problems in high pressure sour applications and system. The intervention costs are high and constantly rising, not to mention the increasing difficulty in inspection and the effective monitoring of equipment integrity. PetroSync is presenting two programs in this Corrosion & Materials Management Best Practice Series. Key features of this series are the highlights of latest R&D and best practices employed in the current industry. Program 1 is structured on the downhole corrosion issues and material selection for well application throughout the offshore deepwater well life-cycle. Program 2 will annotate practical approaches in subsea production equipments and facilities design, operation and maintenance. Discussions will cover approaches, techniques and tools suitable to specify, monitor, control, and troubleshoot asset performance. Wells and General Well Design Various Downhole Corrosion Mechanisms and Effect on Materials Properties Materials forming and the impact on corrosion resistance Quiz Specific Types of Downhole Corrosion - Case studies Corrosion Prevention Casing and Tubing Materials for Casing and Tubing Drilling and completion fluids The Wellhead and Christmas Tree Connections and Connection Testing Corrosion mitigation during acid stimulation Quiz Materials Selection - Steel Casing and Tubing Materials - CRA Casing and Tubing Materials Monitoring and Inspection, NDT Everything Else: Ancillary equipment, such as seals, water-alternate-gas (WAG)wells and discussion on topics raised during the preceding days Final quiz and Materials Selection Exercise Round-up and review (with an early finish on Day 3) General principles of corrosion and materials Corrosion mitigation including coatings and cathodic protection Corrosion monitoring and inspection Wells, wellheads, xmas trees and manifolds Flowlines and risers Valves Fasteners, seals and gaskets Umbilicals and flexibles Hydraulic control and chemical injection systems Insulation Quiz (with an early finish on Day 2) Dr. Anthony Cole PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 24

34 Petroleum Economics Upstream Petroleum Economics, Risk and Fiscal Analysis 29th 31st MARCH 2016 USD 2,895 USD 2,695 Group Discount Price : 2,605 Petroleum Economists, General Managers, Finance and Account Executive/Managers, Geoscientists, Reservoir Engineers, Production Engineers, Petroleum Engineers, Planning & Development Analysts/Executives, Commercial Analysts/Executive/Managers, Business Planners/Analysts/Executives/Managers and Production Sharing Executives/Manager Gain a thorough understanding of oil & gas economic evaluations Identify the main components and construct cash flow projections for your upstream projects Determine key elements and determinants involved in making oil and gas investment decisions Understand and apply economic indicators to assess oil & gas industry projects Quantify and manage uncertainty and risk faced in upstream business decisions Apply Monte Carlo simulation and other statistical methods in risk analysis to exploration and production investments effectively Understand, evaluate and model both fiscal and production sharing contract terms worldwide Given the volatility in oil prices today, the economic evaluation of an upstream oil and gas investment is essential. Business decisions involving asset acquisitions, lease-buy assessments, exploration drilling options, oil and gas field development, equipment purchases, and fiscal negotiations all require detailed economic analysis. The course will cover cash flow analysis, deriving and understanding economic indicators and detailed probability and fiscal analysis. These are vital components of the evaluation of investments in today s international upstream oil and gas industry. This 3 day course is a practical petroleum economics course that will provide participants with a complete understanding of the use of the techniques of economic analysis and risk analysis as currently practiced in the oil and gas industry. Participants will receive a thorough understanding of the context of economic analysis as well as practical instruction and an appreciation of the analytical techniques used. Along the course, participants will be engaged in exercises and examples to reinforce their understanding of the concepts learned. Net Cash Flow Economic Life and Reserves Distinction between Cash Flow and Profit Cash Flow and Tax Cash Flow and Production Sharing Contracts Sunk Costs Incorporating Inflation into Cash Flow Projections Real and Nominal Cash Flows Depreciation Net Present Value (NPV) Real and Nominal NPVs Internal Rate of Return (IRR) Problems with IRR Payback Capital Productivity Index (CPI) Sensitivity Analysis Probability Analysis Using Probability in the oil and gas industry Monte Carlo Simulation Exploration decisions Production Sharing Contracts, Fiscal Systems and Terms in the Asia Pacific Region Worldwide Fiscal Terms Guy Allinson 25 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

35 Accounting and Finance Crude Oil Trading and Price Risk Management 29th FEB 04th MARCH 2016 USD 4,295 USD 4,095 Group Discount Price : 3,865 Upstream Exploration & Production Accounting 07th 08th MARCH 2016 USD 2,395 USD 2,195 Group Discount Price : 2,155 This course is designed for, but not limited to Energy, Oil & gas, Commodity traders Trading Managers Portfolio & Planning Managers Oil & Gas Equity Analysts Risk Consultants, Risk Managers Credit Risk Analysts Energy Trading Firms Financial, Business & Commercial Analysts Oil & Gas Financial Consultants Oil & Gas Executives in Banking & Corporate Finance ANALYSE the market performance oil and gas investments and their future outlook LEARN to trade products in the oil and gas market successfully DEVELOP a thorough understanding of the various trading techniques and methods IDENTIFY market risk and learn to control them effectively Sharing Contracts (PSC). APPLY practical strategies and technical analysis to mitigate risk factor in energy trading LEVERAGE on energy derivatives to hedge prices and risk exposure Crude Oil Trading is a two-day program designed to give delegates an introduction to crude oil trading in a safe environment. Delegates will gain the exposure, knowledge and understanding of the workings of the world of crude oil trading. This program is designed for both potential traders and logistics staff. The course is a combination of lecture, syndicate work, case studies and a trading game. Price Risk Management and Hedging is a three-day program designed to reduce price risk associated with trading and to introduce an element of certainty. To guide delegates through complicated concept of hedging, allowing to identify price risk and learn how to manage that risk through different financial instruments available. Trading Markets Supply and Demand Issues Transportation Trading Crude Trading Game Supply and Demand Headlines Calculation of Freight Costs Using Worldscale Pricing Crude Evaluation and Refining Oil Products Markets Benchmarks Brent Pricing Methodology Calculating Crude Values Using Gross Product Worth (GPW) Valuing different crudes using spread values from a benchmark price Technical analysis The Foundations of Price Risk Management Trading Markets Physical Pricing Mechanisms Calculating the physical price volatility and the square root of time rule Calculation of physical/derivative price correlation and Identification of price risk Price Risk Management Hedging Instruments Futures Exchange of Futures for Physical (EFP) Trigger Pricing and Basis Trading Swaps Advanced Hedging Instruments Designing A Risk A Management Programme David Ford This course is designed for accounting and finance professionals who wish enhance their knowledge in accounting in upstream exploration & production, including, including Executives and Managers from Upstream E&P Accounting, Financial Analysts, Financial Controllers, Budgeting Executives,, Auditors, Finance/Project Planning Analysts, Joint Ventures Analysts, Production Sharing and Project Management COMPREHEND and PRACTICE financial analysis of oil and gas companies LEARN the primary differences between the two major oil and gas accounting methods, successful efforts and full cost accounting LEARN the fundamentals of the expenditure capitalization in the Oil & Gas industry including specific capitalization issues related to finance costs UNDERSTANDING the way to record in the financial records the effect of oil and gas companies' exploration, development and production activities, including depreciation, depletion and amortization expenses and dismantlement, restoration and abandonment costs LEARN how to calculate and evaluate a myriad of financial and operational metrics used to assess oil and gas firm's exploration and production business, such as finding costs, reserve value added to spending ratio and other reserve-based metrics The 2-day course focuses on these issues and provides an overall understanding of a series of major IFRS and US GAAP accounting principles and standards that are particularly applicable to the upstream oil and gas business. The program will teach skills in how to apply these accounting rules. Subsequently, this will also discuss financial reporting requirements as applicable to upstream companies and all related Joint Ventures and Production Sharing Contracts. The course provides an in important overview through the fundamentals of accounting in the O&G industry with focus on different methods for the expenditure capitalization, depreciation & depletion together with fundamentals for accounting for international operations represented by JVs and PSCs. The course also addresses the key reporting requirement including financial statements disclosures. Overview of Fundamental Concepts of Oil & Gas Accounting Full Cost method Successful method IFRS approach Accounting for International Operations Introduction to accounting for Joint Ventures Introduction to accounting for Production Sharing Contracts Accounting for Pre-Licensing/Prospecting Expenditure Field Support Equipment Geological & Geophysical Survey Costs Overheads Depreciation of Equipment Accounting for Exploration and Evaluation Costs General Treatment of Exploration costs Recordkeeping procedures Dry holes Field Support Equipment Geological and geophysical survey costs Depreciation of Equipment Accounting for Borrowing costs Depreciation, Depletion & Amortization Accounting for DD&A Impairment triggers Performing the impairment test Accounting for Impairment of oil and Gas properties Asset retirement and environmental obligations Ahmed Badawy PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 26

36 Accounting and Finance Practical Accounting in Joint Ventures & Production Sharing Contracts 09th 11th MARCH 2016 USD 2,895 USD 2,695 Group Discount Price : 2,605 Budgeting & Forecasting in Oil & Gas Industry 14th 16th MARCH 2016 USD 2,895 Early Bird Price: USD 2,695 Group Discount Price : 2,605 This course is designed for accounting and finance professionals who wish enhance their knowledge in accounting in upstream joint ventures and production sharing contracts including, including Executives and Managers from Upstream E&P Accounting, Financial Analysts, Financial Controllers, Budgeting Executives & Managers, Risk Managers, Auditors, Finance/Project Planning Executives/Managers, Joint Ventures Analysts/ Executives/Managers, Production Sharing and Project Management TO UNDERSTAND the general principles of accounting for Conveyances MASTER the accounting for Farmouts, Carried Interests and Unitizations. UNDERSTAND the application of accounting for Partnership Interest DEVELOP an understanding on international operations, the general risks, the role of E&P subsidiaries, the accounting issues and the financial accounting for Product Sharing Contracts (PSC). This 3-day course will provide an in depth overview of the key accounting issues that faces the upstream exploration and production, covering the essence of establishing good accounting practices for both joint venture and production sharing contract in the Oil & Gas industry. In addition, the course will address the key complex accounting issues related to the Revenue recognition, conveyances, rehabilitation, drilling contracts and AFE system. Participants will benefit through specific understanding and of current industry accounting practices, corporate reporting and financial analysis reinforced with real world Oil & Gas case studies learning and daily exercises. Accounting for Joint Arrangement Accounting for partnership investments Risk and Rewards Method Voting Interest Method Proportionate Consolidation Method Accounting issues Reporting limited partnership investment Master limited partnership investment Master limited partnership issues Conveyance of mineral interests to the partnership under successful efforts method Treatment of management and service fees Accounting for Joint Interest Billing (JIB) Accounting for Conveyances Unproved properties Sales of unproved non-operating interest Sales of proved properties Conveyed production payments Net profit interest Carried Interest Accounting for Unitization Tax Accounting for farmouts Concession and contract fiscal systems Financial accounting for PSCs Non-risked and risked service contracts Revenue Recognition Issues Overlift and Underlift Exploration Phase Elements of Exploration costs Common Accounting issues in the exploration phase Drilling contracts and the related accounting issues AFE system This course is designed for accounting and finance professionals who wish enhance their knowledge in the best practices in developing an affective budgeting process including, Chief Finance Officers, Business Unit & Departmental Managers, Business & Financial Analyst, Finance Managers & Financial Controllers, Budgeting/Forecasting Managers, Financial Advisors & Managers Utilize advanced Excel features and data analysis techniques to gather, organize, sort and group data that will be used in building the budgets Learn the specifics of the Oil & Gas Industry with focus on upstream, JVs and PSCs Methods to gather and test external and Internal Data Implementing advanced forecasting techniques.sharing Contracts (PSC). Improving controls around budgeting and forecasting with focus on the Oil & Gas industry Managing the volatility of the Oil & Gas prices and enhancing the accuracy of the forecasted data All organizations operating in the oil and gas sector must regularly develop, manage and adjust budgets and forecasts to reflect changing market conditions and their competitive performance. To do this successfully and establish credible budgets and business plans that function as useful and user-friendly management tools to monitor and help improve performance, it pays to be aware of and incorporate best budgeting, planning and forecasting practices. This course provides participants with insight and understanding of the budgeting process and the key planning and forecasting techniques that should be used to successfully build and manage reliable budgets and business plans. This enables fit-for-purpose budgets and business plans to be developed that robustly model complex, but realistic, situations in a flexible and auditable manner. The course involves a mixture of presentations, exercises and worked examples in Introduction to Budgeting & Advanced EXCEL Techniques Budgets vs forecast Balanced scorecard for an Oil & Gas Company Authorization for Expenditures (AFE) for an Oil and Gas entity Collecting and Examining data Smoothing techniques Sensitivity analysis Regression analysis Time series analysis Expected values Advanced Lookup functions What-if Analysis Pivot tables Oil & Gas Budgeting Process Scope of budgeting Budgetary control and variance analysis Budgets for Joint Ventures (JVs) Budgets for Production Sharing Agreements (PSA s) Forecasting Performance Designing a dashboard control panel Forecasting sales Forecasting costs Forecasting CAPEX and Depreciation Forecasting working capital Ahmed Badawy Ahmed Badawy 27 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

37 Accounting and Finance Business Valuation and Impairment Testing in Oil & Gas Industry 17th 18th MARCH 2016 USD 2,395 USD 2,195 Group Discount Price : 2,155 Financial Assets Valuation For Oil & Gas 25th 27th APRIL 2016 USD 2,895 USD 2,695 Group Discount Price : 2,605 This course is designed for accounting and finance professionals who wish to enhance their knowledge in business valuation of oil & gas companies. This includes, but not limited to,chief Financial Officers, Business & Financial Analysts, Accounting Managers, Staffs & Controllers, Financial Advisors & Managers, Mergers & Acquisition and Due Diligence Specialists TO Utilize advanced Excel features and data analysis techniques to gather, organize, sort and group data that will be used in the valuation of an Oil and Gas Business Implementing advanced valuation techniques for an oil and gas business Key approaches for impairment testing Impact of the volatility of the Oil and Gas on the valuation models Strategize effective impairment testing approaches Learning advanced discounted cash flow techniques Developing a reliable discount rate This course is designed to introduce the different effective concepts in the valuation of an oil and gas business, which are basis for business decisions on possible mergers or acquisitions of oil and gas business activities. It will also guide you through specific impairment triggers and approaches to evaluate them. In addition it will introduce you to different approaches in building discounted cash flows. Introduction To Oil And Gas Business Valuation & Advanced Excel Valuation Techniques Volatility of oil and gas prices Collecting and Examining data Smoothing techniques Sensitivity analysis Regression analysis Time series analysis Expected values Advanced Lookup functions What-if Analysis Pivot tables Oil & Gas Business Valuation & Impairment Testing Steps for applying the Discounted Cash Flows Method (DCF) Rewriting financial statements Calculating the Weighted Average Cost of Capital Estimating the Terminal Value DCF summary Oil & Gas Assets subject to valuation Oil & Gas assets Impairment testing techniques This program is designed for, but not limited to, Oil & Gas Executives, Energy Analysts, Financial Analysts and Regulators, Energy Analysts, Financiers, Asset and Project Managers, Geoscientists, Oil & Gas Investors, Investment Executives, Fund Managers, Lawyers TO Gain knowledge of oil and gas resources and reserves Recognize the importance of different valuation methods Develop key concepts to quantify measure revenue and profit from petroleum projects Learn the techniques needed to value upstream assets Review different projects from exploration to production The Financial Assets Valuation For Oil & Gas course is structured specially for professionals in the oil & gas industry to equip participants with the financial understanding when valuing oil & gas assets. Valuing oil and gas assets is the major skill needed to grow, buy or sell exploration and production companies. The participants will work through two class exercises of a producing asset with and without uncertainties, and an exploration project before drilling, using the EMV approach. This course will guide participants through reserves estimation and subsequent economic valuation of exploration and production projects. WHY DO YOU NEED TO VALUE ASSETS Buyer Seller Exploration and Production (E&P) Cycle Appraisal Late Field Life Activity Risk and Uncertainty Throughout the E&P Cycle The Difference Between Resources & Reserves Classification of Reserves SPE Petroleum Resources Management System (PRMS) Estimate Oil & Gas Reserves Reserves Estimation Methods Volumetrics Decline Curves Material Balance Reservoir Simulation Building and Forecasting Production Profiles Valuation Methods Comparative Values Qualitative Rules of Thumb Discounted Cash Flow Method if Determining Net Asset Value Cash Flow Analysis Net Cash Flow Economic Life Net Cash Flow and Profit Income Tax Loss Carry Forward Sunk Costs Inflation Debt Financing Incremental Projects Depreciation Economic Metrics and Measuring Profitability Net Present Value (NPV) Capital Productivity Index Internal Rate of Return (IRR) Payback Discounting Methods Dealing with Risk and Uncertainty The Effect of Different Fiscal Regines Ahmed Badawy Peter Cockcroft PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 28

38 Accounting and Finance Oil & Gas Financial Modelling for Mergers & Acquisition (M&A) 16th 18th MAY 2016 USD 2,395 USD 2,195 Group Discount Price : 2,155 This course is designed for, but not limited to, both new and experienced professionals in the M&A arena, this course provides attendees with the modelling tools required to make more informed corporate finance decisions, investments and divestments in the transaction workspace. TO Build and analyse the key metrics in M&A analysis, based on cashflows and accountingon of an Oil and Gas Business Calculate aggregation models using acquisition and equity accounting methodologies Understand the role of taxation in an M&A transaction Develop flexible and powerful funding, returns and scenario analysis, which can be used in future models Prepare valuation and key ratio analysis summaries for informed decision-making In this hands-on training course, the case study walks participants through every step of the process, starting with valuing potential targets, understanding fair value adjustments and goodwill computations; and culminating in group financial statement construction, focusing on earnings accretion, dilution and other key ratios. This course builds skills in financial modelling and applies them to the more technical aspects of mergers and acquisitions (M&A). This course considers the various practical implications associated with investing and divesting in companies for commercial gain or to enhance efficiencies / create synergistic benefits. Introduction to M&A Objectives in financial modelling for M&A transactions Understanding motivation Economic Rationale for Mergers Real-World M&A Model Introduction to Financial Modelling The importance of financial modelling Forecasting and what-if analysis Brushing up on Excel skills Accounting Issues in M&A Income Statement Balance Sheet Cash Flow Statement Scoping a model DEVELOPING A FORECAST FINANCIAL MODEL TO SUPPORT M&A PROCESS Identifying and modelling synergies Capital considerations Capital expenditure modelling The Role of Debt in a Financial Model Modelling debt Servicing debt Taxation Modelling tax M&A Modelling Considerations Methods of building model assumptions Modelling depreciation Modelling taxation control account Making adjustments for M&A in forecast outputs M&A ANALYSIS: VALUATIONS, RATIOS AND WHAT-IF? Valuation in a Merger Transaction Standalone valuation versus group valuation Free cash flow in decision making Financial ratios and standalone valuation Price / Earnings EBITDA / Valueo Market/Book Risk assessment and cost of capital Data Tables OFFSET Tables Goal Seek and Scenario Manager Sensitivity analysis Break-even analysis Scenario analysis Liam Bastick 29 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

39 Procurement and Legal Renegotiation or Termination of O&G Contracts 22nd 23rd FEBRUARY 2016 Normal Price: USD 2,395 Early Bird Price: USD 2,195 Group Discount Price : 2,155 LNG & Gas Sales Contracts Negotiation and Pricing Review 11th 13th APRIL 2016 Normal Price: USD 2,895 Early Bird Price: USD 2,695 Group Discount Price : 2,605 This program is design for people involved in upstream contracts drafting, negotiating, monitoring and reviewing contracts. And people involved in assessing, defining and managing risks in upstream contracts.job Titles Include: Upstream Lawyers, Upstream Consultants, Public Officials from Ministries and Hydrocarbons Regulatory Agencies, Legal Counsels, Upstream Contracts Negotiators, Business Development/New Ventures, Executives and Managers, Government Relationship, Political Risk, Executives and Managers TO Understand the upstream contract dynamics Essential to mitigate future risks Learning how to design/negotiate Negotiation renegotiation and termination clauses under a lower price scenario is challenging. Able to learn from the past cases and current trends in in renegotiation and termination provisions included in upstream contracts, and how to start and conduct the renegotiation of the contract terms and protect their investment from early termination Due to their very own nature, upstream contracts are extremely susceptible to be renegotiated and in some cases terminated before its expiration. In fact, at some point of this long-terms contract either its fiscal and/or contractual terms will be changed or renegotiated. This workshop will address these issues and review the tools which are available to successfully renegotiate contract terms and avoid an unwanted termination of contract. We will also address different termination clauses with special focus on administrative rescission using recent trends and negotiation processes and analysing recent international arbitration awards dealing with this matter. Renegotiation Equilibrium Adaptation Termination Contractual Termination Administrative Termination Possible Remedies International Arbitration Awards dealing with termination Oxy vs. Ecuador ICSID Case The program is designed for Project Managers, Contract Managers, Commercial Negotiators, Business Developers, Traders TO Recognize the important parts of any gas and LNG contract and evaluate them quickly Place the contract proposal you get into its economic reality and develop a commercial strategy Develop a pricing strategy for your LNG project Recognize and handle risk through a Risk Matrix Handle Disputes and run effective review processes The course will start by going deep into the two main contracts, the SPA(GSPA) and the Capacity Agreement. By looking at their neuralgic clauses we will be able to understand the risk reward balance in contracts and how everything is dependent on everything. Further we move onto gas trading markets in the US and in Europe which brings us to classical and new price formation mechanisms and formulas. We will develop a LNG pricing formula from the scratch using a recent project. Then we go into contract review, arbitration and disputes as well as negotiation mechanics. Last will be a Risk Analysis method. The essence of the LNG and Gas sales contract Development of natural gas Buyers and Sellers The contractual chain The scale of the Gas/LNG Sales Contract The Contractual chain in gas development Commercial structure Upstream agreements Gas Supply & Purchase Agreements Gas Transportation Agreements - Gas Processing Agreements Current practice in gas & LNG sales contracts Start date provisions Take or Pay Make-Up and Carry Forward Price terms in pipeline gas contracts Pricing philosophy for pipeline gas Price indexation formulae Price terms in LNG Contracts European Traded Gas Markets Effect on Global Gas Prices of Deregulation in the European gas industry The US gas market Dispute Resolution Key Negotiation Skills Economic assesments of gas contracts Risk assessments of gas contracts Risk matrix Carlos Bellorin Rudolf Huber PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 30

40 Procurement and Legal Mastering Production Sharing Contracts Drilling Contract Negotiation & Management 11th 13th APRIL 2016 USD 2,895 USD 2,695 Group Discount Price : 2,605 30th MAY 01st JUNE 2016 JAKARTA, INDONESIA USD 2,895 Early Bird Price: USD 2,695 Group Discount Price : 2,605 The course is beneficial for operator and contractor professionals involved in PSC negotiation and administration, including: Commercial and business development managers within national and international oil and gas companies looking to improve their PSCs negotiation skills and overall commercial performance. Legal advisors involved in negotiating or renegotiating Production Sharing Contracts. Government representatives, policy makers, and regulators looking to increase their Production Sharing Contracts knowledge. Insurance and risk managers looking to reduce the legal and contracts risks for their companies. Executives, professionals, and academics looking to increase or specialize in the area of Production Sharing Contracts TO UNDERSTAND the evolution of the PSCs, Service Agreements, and concessionary systems LEARN the negotiation techniques and the role of counsel DIFFERENTIATE the comparisons of model PSCs in various countries IDENTIFY and ANALYZE the key provisions to make the PSC work KNOW the PSCs arrangements within the host government contracts framework AVOID Commonly occurring causes of disputes and to gain knowledge on International Dispute Resolution Framework and Institutions: how to negotiate arbitration clauses UNDERSTAND the common problems and pitfalls in negotiating PSC contracts The course is beneficial for operator and contractor professionals involved in drilling contract negotiation and administration, including: Contract Lawyers & Attorneys - Rig/Drilling, Contract Executives & Managers - Rig/Drilling, Contract Negotiators - Rig/Drilling, Contract Managers & Administrators - Rig/Drilling, Rig Procurement Managers, Drilling Contractor Marketing Personnel, Project, Operations, and Rig Managers, Accounting and Operational Personnel, Business Unit Heads with responsibility for Rig, Selection and Management of Drilling Operations TO UNDERSTAND drilling contract historical development and evolution ACQUIRE an understanding of traditional contract structure and terms EFFECTIVELY draft, revise, negotiate and administer drilling and service contracts and prioritize issue DETERMINE how to address contract terms and issues during the tender, negotiation and administration processes APPRECIATE the interaction between drilling contracts, service contracts and insurance REVIEW the impact of the Macondo litigation upon drilling and service contract indemnity, release and insurance provisions and insurance agreements LEARN how to design and administer win-win incentive and variable rate drilling contract provision BECOME familiar with the nature, purpose and enforceability of letters of intent LEARN effective contract dispute resolution After attending this course, delegates will be better equipped with the fundamentals of PSCs, along with negotiation techniques and strategies that work in international and multicultural settings. Delegates will also master how to effectively negotiate in concert with counsel and how to get the terms negotiated incorporated into an enforceable agreement. The three-day training course is specifically designed for professionals involved nationally and internationally in the oil and gas industry, it offers a unique opportunity to rapidly increase your understanding of the legal issues involved in production sharing contracts and to improve your negotiation techniques and skills in drafting a variety of related contracts. Introduction to Ustream agreements & PSC structure Key characteristics of production sharing contract PSC Drafting PSC key provisions in negotiation & contract drafting Determining the structure style of a PSC Model PSCs Fiscal instrument Contract Management Renegotiation & PSC market review The Dispute resolution This program is designed for those involved in drilling and service contracts from both the operator and contractor perspective. Attendees will actively participate in discussions pertaining to contracting philosophy and terms as well as industry custom and practice. The program will cover all aspects of contracts including the tender process, letters of intent, contract negotiation, contract administration, ethics considerations and dispute resolution. Special emphasis will be placed on the most controversial and highly negotiated provisions of drilling and service contracts, and the impact of decisions in the Macondo litigation. While the program will focus on offshore and land daywork drilling contracts, incentive contracts (footage, turnkey and performance bonus) and variable day rate drilling contracts will also be reviewed and analyzed along with oil service contracts. Drilling Contract Historical Development and Future Trends Risk Allocation Drilling Contract Basics Variable Rate Contracts The Art of Negotiating Drilling and Service Contracts Incentive Drilling Contracts Letters of Intent The Macondo Litigation Drilling Contract Horror Files Mohammad Alramahi Cary Moomjian 31 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

41 Cost Engineering & Project Management Project Risk Assessment and Management 01st 04th MARCH 2016 BALI, INDONESIA USD 3,595 USD 3,395 Group Discount Price : 3,235 Cost Engineering & Risk Management and Earned Value Management 18th 22nd APRIL 2016 USD 4,295 USD 4,095 Group Discount Price : 3,865 This course is designed, but not limited to, Project Managers, Project Team Leaders, Project Team Members, Project Risk Managers, Project Controllers Learn The Purposes and Methods of Risk Management Planning Attain The Skill In Demonstrating Qualitative Risk Analysis Methods Learn to Mitigate Project Risks Learn the Quantitative Analysis Methods of Cost and Schedule Risk Learn New Quantitative Risk Analysis Methods of Risk Drivers & Integration of Cost & Schedule Risk Analysis Protecting project interests from possible risks of major financial liabilities has always been a major business concern. Projects must properly been managed by qualitative risk assessment to minimize or to avoid risk occur in a project planning. - This course focuses on qualitative risk analysis methods of ranking risks by probability and impact and the use of those results to prepare risk response methods. Participants will learn to employ quantitative and qualitative analysis methods of cost and schedule risk analysis and decision tree analysis through case studies and practical exercises. Participants will also learn to demonstrate and apply six PMBOK Guide processes of project risk management. Introduction to Risk Analysis & Management Risk Management Planning Risk Identification Qualitative Risk Assessment Risk Quantification-Simple Concepts in Probability Project Cost Risk Risk Data Collection Modern Quantitative Risk Analysis The Monte Carlo Simulation Method Demonstration of Crystal Ball Simulation Software with MS Excel on a Refinery Upgrade Construction Project Cor-relation between Project Element Costs Project Schedule Risk Analysis Schedule Risk Analysis Basics Demonstrate Primavera Risk Analysis(Pertmaster)on Simple Schedule Risk Driver Method Focus on Risks Rather than Activities Risk Prioritization to prepare for Risk Mitigation Risk Mitigation Methods Integrate Cost and Schedule Risk Risk Monitoring and Control Identify Effective Risk Management Actions for a pipeline construction project This course is designed for, but not limited to, Cost Engineers, Cost Estimators, Cost Controllers, Project Managers, Project Engineers, Project Planners, Finance Managers & Executives Understand the business context, the project life cycle and the purpose of Cost Engineering in Oil & Gas projects. Learn to prepare cost estimates, from high level factor estimating to very detailed equipment and bulk material cost. Learn to develop and work with work breakdown structures, work packages, project baselines and project forecasts. Understand the impact of project location, market environment and project execution strategy on project cost. Know how to apply Earned Value to analyse project performance and forecast cost and schedule at project completion. Learn how to control, forecast and report the cost and progress during project execution. Develop the skills and knowledge to review and reconcile cost estimates. Understand the principles and methodologies of risk analysis and execute risk mitigation. Work on real Oil & Gas project case studies to practice all aspects of this master class. Cost Engineering and Risk Management program covers the latest techniques and practical methodologies of project cost engineering and risk management to successfully manage project cost and risk, in order to maximize business ROI in the long run. You will gain the combination of unmatched risk analysis skills, cost engineering and thorough knowledge of your project parameters and uncertainties. Earned Value Management program cover the principles, methodologies and industry best practices in Earned Value Management. Using the knowledge to analyze project performance and to provide accurate cost and schedule forecasting, you will be able to contribute to your project s increased performance and success. Cost Engineering Definitions & Cost Estimating Methodologies Estimating Definitions Factor Estimating Quantity Ratio Estimating Parametric and Range Estimating Location Factors and Market Factors Budgeting Project Control Advanced Project Control Project Assurance Risk Analysis Introduction and Definitions Risk Management Schedule Risk Analysis Integrated Cost and Schedule Risk Analysis Definitions and Principles Project Control Earned Value Analysis Budget Allocation Project Baseline and Control Sheet Earned Value Analysis Monitoring Reporting Advanced Earned Value Management Earned Value Monitoring Project Controls Report and Dashboard David Hulett Richard Slingerland PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 32

42 Cost Engineering & Project Management Oil & Gas Fast Track Project Management 09th 11th MAY USD 2,895 USD 2,695 Group Discount Price : 2,605 This course is designed for, but not limited toproject staff with 3-8 years working experience to supplement the information they already received in basic training. The course is also suitable for senior supervisory staff, line-managers, team-managers and other disciplines. The program is intended for those with at least 3-8 years of experience in the field To provide participants with the foundation, techniques and tools to manage each stage of the project life cycleas projects. Understanding the various phases of the project lifecycle from definition to operations Develop and work within an organizational structure, ensure key staff have the required competency and get the most from your team Develop a project execution plan and get the authority to execute Understand the various contract forms as part of the contract management system Fast Track Project Management gives you the foundation, techniques and tools to manage each stage of the project life cycle, work within organizational and cost constraints, set goals tied directly to stakeholder needs, get the most from your project management team, and utilize state-of-the-art project management tools to get the work done on time and within budget. Project acceleration and the pro s and con s of this will be dealt with in detail. Covering the entire project life cycle, this course is built around best practices currently used in today's fast-paced business environment. During the course case studies will be used to enhance understanding and allow practical application of the course content. This course is to enhance participants understanding of effective project management and execution in the oil and gas sector. Special emphasis will be placed on how to accelerate project execution by a fast track approach Project definition Specifying environmental conditions and project location Nearby facilities and requirements for future development Well data- flow, temperature, composition, trace elements, water wax Plant throughput considerations Soil - reports Service life and maintenance policies Outline of specifications Project Organisation Shareholders and government policies Expected competency levels Reporting structure Organisation structure Project Execution Plan Project background and scope Key issues sensitivities Cost breakdown of various packages Schedule overview Work packages and resourcing Contracting policies Break down of work packages Allowance of sufficient time contingences HSE plans HSE Policy and Procedures Contractor HSE plans Quality Plan Assure integrity in design, control of deliverables Adherence to project standards Contracting Plan Contract conditions What part of the project is contracted Tender evaluation and award Change control in contracts Role of QA/QC within contracts Rinus Van Der Weele 33 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

43 Health, Safety and Environment Enhanced Process Safety Management 01st 04th MARCH 2016 USD 3,595 USD 3,395 Group Discount Price : 3,195 Incident Investigation for Upstream Drilling & Well Operation 14th 16th APRIL 2016 USD 2,895 USD 2,695 Group Discount Price : 2,495 The course is designed for, but not limited to PSM, HSE, and Process Managers/Engineers, who are involved with safety management and process design This program was developed for, but not limited to, key personnel in the office, e.g. project manager, engineer, superintendent, HSEQ professional and key personnel in operations, e.g. supervisor, installation manager, site manager, HSEQ professional TO Build a firm knowledge by understanding the critical elements necessary for safety design in order to maximize success and minimize failure. Improve work efficiency and effectiveness by learning how to overcome the limitation and blocks to achieve an optimal process safety. Efficiently fulfill your role and responsibilities by learning the techniques how to manage high-risked working environment. Minimize or avoid incident happen by gaining practical risk reduction methods and learn the way of implementation in order to avoid incident happen. This course addresses the above needs in process safety management. Aside from learning the methodologies and techniques in reducing risks and hazards, it will also integrate the concept of business continuity improvement to address how to further develop existing methodologies that companies have. The course will start with tackling the technical elements on risk & hazard identification (HAZOP, HAZID, SIL, LPA, etc.). It would then move on to the procedures in risk and hazard reduction and their application in having an inherently safer system design. TO Build a firm knowledge by understanding of the process elements in incident investigation in order to improve the work efficiency. Attaint best position by understanding the roles and responsibilities in incident investigation Improve work effectiveness by learning the overview of most common methodologies for incident analysis, their differences, advantages and challenges in order to improve the efficiency and effectiveness of work performance. Efficiently fulfill your role and responsibilities in incident investigation in order to maximize the learning benefits accidents Incident management starts when the initial emergency response activities are over. Then we must secure the site, secure perishable information, inform stakeholders, and consider quarantine of the site and equipment, maybe issue Stop Work-order and a Safety Alerts. Then comes assessment of level of investigation, forming an investigation team, supporting them in data collection, interviews and discussion of findings, and finally actions plans, implementation and follow up. In this training we go through all these steps and the activities and roles and responsibilities related. Elements of PSM Introduction to Process Safety Management (All Elements) Understanding Hazards and Risks HAZOP HAZID Risk Assessment (incl. Quantitative Methods) Risk reduction methods Risk Reduction Methods & Systems by PSM Element Role of Audit and Assessment Incident Investigation and Reporting Safety Instrumented Systems & Functions Designing SIF and SIS Subsystems for SIF/SIS Design Buncefield Incident (Systematic Failures) Application of ISD to Oil & Gas Facilities SIF Implementation for Low Demand Modes Hazards Associated with Specific Plant Systems and Equipment Incident/Accident Causation & Sequences Theories of Incidents/Accidents Causation Effects of Health on Safety Fatigue and its Role in Process Safety Incidents Incident investigation elements Introduction to incident investigation, process elements, roles and responsibilities Incident Investigation and Emergency Response Incident analysis Basics of incident analysis Introduction to common methodologies for incident analysis, their differences, advantages and challenges When to use which analysis methodology? Introduction to interview technique Deborah L. Grubbe Lisbeth Holberg PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 34

44 Health, Safety and Environment HSE Case Development 06th 08th JUNE 2016 USD 2,895 USD 2,695 Group Discount Price : 2,495 This program was developed for, but not limited to, Operations Managers, Asset Owners, HSE Professionals, Contractors working under the company HSE MS or own HSE MS. TO Improve work effectiveness by understanding the differences and relationships between the HSE MS and the HSE Case. Manage to overcome barriers in efficient ways by creating Bowties to demonstrate medium and high risks are managed to ALARP within your organization. By understand the awareness of the range of HSE tools and how they relate to HSE-MS and HSE Case and make contingency plan in order to prevent incident occur. Improve your HSE Case by discuss gaps in your HSE MS & HSE Case and recommend improvements with the course instructor The HSE Case is a document which primarily demonstrates how the HSE MS applies to a specific facility or operation which has a significant major hazard potential. It demonstrates how the company s HSE MS objectives are implemented in practice and how local risk management objectives are set and achieved. It also provides a methodical and auditable reference document containing all information relevant to the protection of people, the environment, assets including resources and the reputation of the company. HOW HSE RISKS ARE MANAGED WITHIN THE BUSINESS Domestic, Safety Brief Why we manage risk Business Case HSE Cultural Ladder Tripod Incident Causation theory and Human Error models Risk Management HSE Control Framework MS manual and HSE Case How organisation s manage risk within the business processes How to make the HSE MS Live HSE Case Development Setting the scope and objectives of the HSE Case DOCUMENTING MEDIUM TO HIGH RISKS Hazards and Effects Management Process Hazard identification and assessment Risk Assessment Matrix The Bowtie Model Control and Recovery Barriers Escalation Factors HEMP Tools DEMONSTRATING ALARP HSE MS and HSE Case Presentation BOB FOX 35 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

45 Maintenance Engineering Root Cause Analysis 25th 28th JULY 2016 Normal Price: SGD 3,195 Early Bird Price: SGD 2,995 Group Discount Price : 2,875 This workshop is intended for all staff roles in engineering, technical and supporting departments with responsibility for ensuring safety in the workplace and for conducting, leading, reviewing and approving incident investigations Define the accident / incident event Understand modern accident causation theories Define all accident investigation and analysis stages Carry out Initial actions in response to accident and incidents Gather evidence and data relevant to the accident investigation Interview witnesses Analyze the role of human factors involvement in accident investigation Compile accident reports and remedial action plans Gain familiarity with modern accident analysis techniques The use of accident investigations as a management audit tool To locate and define active human error, preconditions and root causes Report writing and compilation Most organizations have accident investigation procedures. However, these procedures are often based on a blame culture & do not inspire the investigator to find & correct the defects in the management system (root causes) that allowed the hazards to exist & the accident to occur. Several industries have adopted excellent accident investigation & analysis techniques. Competence in the application of modern accident/incident investigation tools will assist organizations to learn & to prevent the recurrence of accidents & to evaluate the extent & location of management defects (root-causes), which contributed to the accident event. A good analytical accident investigation is invaluable to achieve continuous improvement in an organization s HSE performance. Introductions, Expectations & Anticipations Defining Incidents, Accidents, Near Misses, Dangerous Occurrences Categorizing of Incidents according to nature & severity Complying with the Legal Requirements for reporting & investigating accidents Adopting Accident Prevention strategy thru Risk Management Understanding how accidents are caused The process & system view of accidents & accident investigations The need for & benefits of Root Cause Analysis Understanding Immediate, Underlying & Root causes & Causal Factors The four stages of an Investigation Process Case Study & Group Activity Configuration & Levels of the investigation team Immediate response in case of an accident Emergency procedures, Crisis handling & loss minimization Taking control of the scene (Immediate Response) Video-based Case Study & Group discussions The various sources & categories of evidence Collecting & Preserving Evidence Common Pitfalls in observations Effective practical interviewing tips & techniques Role Play Group Exercises Sifting and sorting evidence & information Incident Timeline Data Mapping Understanding the problems using Building blocks Identifying critical factors Analyzing evidence & information Identifying immediate causes, root causes and system causes Using CLC Charts for analysis Using 5-Why & Fish-bone techniques to re-enforce CLC Analysis Case Study & Group exercises Identifying human factors & Understanding Human Errors Modifying & influencing behaviors Case Study & Group exercise Corrective Measures, Recommendations An Overview of Root Cause Elimination Understanding & applying the Hierarchy & symmetry of controls Addressing the personal, job & organizational factors in the recommendations Overview of Solution Implementation Developing an Implementation Plan & organizing for its Implementation Report Writing Action Tracking & Closure monitoring Trend Analysis Akhtar Quddus PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 36

46 Offshore and Marine Engineering Offshore Marine Operation 16th 20th MARCH 2016 USD 4,295 USD 4,095 Group Discount Price : 3,895 This program was developed for, but not limited to, those who could benefit from an overall perspective of offshore marine operation. Improve your work efficiency and effectiveness by understanding an in-depth knowledge on offshore marine operation and design structure Enhance your planning techniques by employing proper planning techniques in the various planning and transfer requirements for offshore marine operation in order to maximize successful and minimize failures. By employ proper qualitative and quantitative risk assessment techniques in offshore operation in order to provide the safer practices and procedures during various operation This course will concentrate on Offshore Marine Operations and will cover Operational and Managerial requirements for Loadout; Barge Transportation; Towing of Offshore Facilities; Lifting; Steel Jackets; Gravity-Based Structures; Lift-Off, Transportation and Inshore Mating of Topsides; Offshore Pipelines; Marine Operations Overview; Special Topics, and other essential topics related to Export/Import Oil & Gas. Introduction to Marine Project Guidelines Marine Projects Loadout Loads and Analysis Barge Transportation Design and Environmental Condition Transport Vessel Selection Towing of Offshore Facilities Voyage Planning Towing Vessel Selection & Approval Requirements for Lifting Equipment Crane and Crane Vessels Steel Jackets Reserve Buoyancy, Seabed Clearances Jacket Positioning Installation Lifting Gravity Base Structures (GBS) Stability and Motion Response GBS Mooring Criteria Deck Mating Water Ballets System Lift-Off, Transportation and Inshore Mating of Topsides Deck Mating Freespan Rectification Surveys and Route Preparation Towed Pipeline Installation Trenching and Backfilling Shore Approach and Landfall Barge Transportation Moorings and Anchors Underwater Intervention, Diving, Underwater Work Systems, ROVs and Manipulators Underwater Concreting and Grouting Offshore Surveying, Navigation and Sea Floor Surveys Temporary Buoyancy Augmentation Chris McDade 37 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

47 Personal Development The Buzan Technique : Mind Mapping 04th 05th APRIL 2016 USD 2,395 USD 2,195 Group Discount Price : 1,995 Communication and Presentation Techniques 16th 18th MAY 2016 USD 2,895 USD 2,695 Group Discount Price : 2,495 This program was developed for, but not limited to, employees who wish to have structured thinking and experience the full advantage of displayed thinking, enhanced creativity, thus bringing about improvement in what they do in their daily lives. This program was developed for, but not limited to, executives and Managers in the Oil and Gas Industry who want to promote their ideas and points internally or to external audiences. Improve work efficiency by organizing and planning the whole project process and enhance the creativity of the planning stage. Generate new ideas by leaning the learning the organizational thinking tool in order to improve the job performance. Mind Mapping is a revolutionary method of assessing intelligence developed during 40 years of research by TONY BUZAN. His startlingly innovative MIND MAPS along with his concepts of MENTAL LITERACY have altered the way millions of people approach thinking today. Employees who are able to innovate corporate improvements are those who have learned how to harness the awesome capacity of the human brains. Thinking problems and goals The power of associative thinking Whole brain thinking Mind Mapping Mind Map laws Brain Blooming : Idea generation and selection Decision making Mega Mind Maps for team work Creative Thinking Use the Presentation Tools and proven strategies to identify the presentation objective, audiences needs and expectations to put together to form an informative presentation. To present clear and concise messages by leverage on powerful business communication and persuasion strategies To handle an effective and efficient Q&A session by manage your fear of public speaking and apply the key strategies in order to engage audiences and handle tough question during the Q&A session. A good presenter will be able to communicate well. The same principles apply to both communication and presentations. Non-verbals including posture, gesture and facial expression play a great role in enabling the message to get across. This course aims to highlight the fundamentals of presentations and communication, to help participants get their messages across effectively. Beyond that, this course will build upon participants existing skills and push them to the next level through intensive videotaped practice and feedback sessions. Communication essentials Understanding and identifying needs of others Using others needs to achieve objectives Using the 3Vs in communication and presentations Techniques to reduce nervousness Speaking and presentation structures to be used Presenting technical information Using visual aids well, following Mayer s research Handling difficult situations and people Joy Lim Lorraine Kwek PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 38

48 Personal Development Technical Report Writing and Presentation Skills for Oil & Gas Engineers and Technical Proffesionals 01st 03rd AUGUST 2016 USD 2,395 USD 2,195 Group Discount Price : 1,995 This course is very relevant for engineers who handle and are responsible for their organization in supporting their daily operation especially in writing reports, memos, and proposals. These include, but not limiting to: Chief Engineers, Senior Engineers, New Engineers Plant Managers Project Managers Quality Managers Technical Managers Technical Supervisors Technical Operational Staff In all technical and engineering-related fields, there is a very real need for people to write reports that can be clearly understood by all the role-players, in order for the people and organizations concerned (including company employees, clients and anyone else who may be involved in the project or transaction), to make the best possible decisions. This is equally true for technical professionals and for non-technical professionals working in technical environment, where it is often a challenge for people to transfer their assessments and findings to paper, and a challenge to present the report fluently and effectively. This is the prime objective of this course. This Technical Report Writing & Presentation Skills three-day course will teach Oil and Gas professionals how to write professional technical reports in a way that will be clearly understood by technical and non-technical readers alike, to ensure the maximum impact for them and their businesses. The course starts off by building up from the foundations of language, in terms of how to improve readability and understanding by the readers for the best results. It teaches how to write good sentences and paragraphs. The Importance of Readability The value of good Report Writing The Technical Communication Style Determining the Reader Profile The Purpose Statement for the Report Developing the Report Introduction Different Models of Report Design Conclusions and Recommendations The Executive Summary Presentation Skills Language Life-Savers Les Wiggill 39 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

49 Certification Associate Tripod Beta Practitioner Workshop 01st 03th MARCH 2016 USD 2,895 USD 2,695 Group Discount Price : 2,495 This program was developed for, but not limited to, primarily those involved in accident investigation and analysis should become Accredited Tripod Practitioners. Maximize success and minimize failure by learning the techniques of investigation and analyzing cases by using Tripod Beta tool. Improve work efficiency and effectiveness by applying best practices for Tripod Beta Tool. Maintain efficient operation in HSE department by improving and deepen skills set in application of Tripod Beta. Able to take corrective action by learning the techniques to overcome barriers in process and safety performance Tripod Beta is a robust and powerful tool for incident investigation, however requires a high level of understanding and competence to be used effectively. Tripod Beta is a reactive method for incident analysis leading to proactive process control measures. It does not just focus on the immediate, human, causes of the incident, but identifies the structural flaws that allowed the incident in question to occur. The Investigation framework clarifies unknowns and uncertainties and thus leads to insights. Underlying causes are identified and lead to well considered conclusions and management actions, strengthening the organization s sustainability as well as business and safety performance. Safety briefing, workshop Aims & Objective for the sessions HSE Management Process HSE Management Systems Function of HEMP within the MS. Bowties Barriers and HSE Critical tasks Defining Bowtie Elements Why Investigate Incidents Business Case Incident Classification and reporting Risk Assessment Matrix Ranking Actual and Risk Rating Overview of Tripod BETA Tripod Beta History Philosophy Human Behavioral Model Human Error Construct Tripod Trios Define Event Object and Agent Construct Agent Event Trios Tripod BETA Barriers Gathering Evidence / Fact Finding Physical Evidence Gathering Construct a step Conducting Interviews Interviews Role Plays Welder Injury Tripod Causation Paths BRF Basic Risk Factors Making Recommendations (RAP) BOB FOX PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 40

50 Certification IWCF Drilling Well Control Level 2 IWCF Well Intervention Pressure Control Level 2 28th 31st MARCH 2016 Bandung, INDONESIA USD 1,850 18th 21st APRIL 2016 BANDUNG, INDONESIA USD 1,850 IWCF Certification Well Control courses are offered at various role-specific levels for drilling crew, well engineers, drilling supervisors and OIM and others with a requirement to hold an IWCF or IADC Well Control certificate. This program is aimed at persons in critical positions involving well control during well intervention operations. Well Intervention Pressure Control courses are offered at various role-specific levels for well services personnel with a requirement to hold an IWCF or IADC Well Control certificate. Level 2 is designed for first-time candidates This course is a requirement for first-time well control candidates wishing to progress to Level 3 (Driller). To provide a basic understanding of the features of drilling a well and the fundamental principles involved in maintaining well control. The course is designed for delegates working in roles which may directly contribute to the creation, detection or control of a well influx. The Drilling Levels 2 to 4 are designed to meet the requirements of the accrediting bodies IWCF and IADC and are offered with either Surface or Subsurface BOP certification. This course is designed for people in critical well control positions on drilling installation as well as onshore roles. The candidates will complete an IWCF accredited training course, taught according to IWCF syllabus, in order to prepare them for assessment.and safety performance. Essential Geology Formation Pressure and Identifying Increases In Formation Pressure Capacities and Volumes Wellbore Pressures Causes of Kicks Kill Sheets Well Kill Methods Well Control Equipment Equipment Completion Wireline Coiled tubing Snubbing Barrier principles Well information Shut-in procedures Pressure control methods Problems Pressure control management This program is offered with either IWCF or IADC certification and follows new progressive, role specific curriculum. Each course concludes with up to 5 closed-book examinations leading to the required certificate of competence in well intervention. The compulsory examinations are: Principles & Producers, Completion Operations, and additional minimum of 1 examination is required from Coil Tubing Operation, Wireline Operations or Hydraulic Workover Snubbing) Operations. Pressure control Completion Operations Completion Equipment Coiled Tubing Operations Wireline Operations Snubbing Operations PetroSync Distinguished Instructor PetroSync Distinguished Instructor 41 PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com

51 Certification IWCF Drilling Well Control Level 3 & 4 IWCF Well Intervention Pressure Control Level 3 & 4 16th 20th MAY 2016 Bandung, INDONESIA USD 1,950 30th MAY 03rd JUNE 2016 BANDUNG, INDONESIA USD 1,950 IWCF Certification Well Control courses are offered at various role-specific levels for drilling crew, well engineers, drilling supervisors and OIM and others with a requirement to hold an IWCF or IADC Well Control certificate. Level 3 is designed for anyone expected to shut-in a well such as Driller or Assistant Driller. Level 4 is designed for wellsite supervisory and office-based personnel that are primarily involved with the well design and operational decision making process. This program is aimed at persons in critical positions involving well control during well intervention operations. Well Intervention Pressure Control courses are offered at various role-specific levels for well services personnel with a requirement to hold an IWCF or IADC Well Control certificate. Level 3 is designed for operators. Level 4 is designed for supervisors. To provide a basic understanding of the features of drilling a well and the fundamental principles involved in maintaining well control. Prospective candidates must have successfully completed either IWCF or IADC certified rotary drilling well control training in the past in order to attend a Level 3 or a Level 4 course. The course is designed for delegates working in roles which may directly contribute to the creation, detection or control of a well influx. The Drilling Levels 2 to 4 are designed to meet the requirements of the accrediting bodies IWCF and IADC and are offered with either Surface or Subsurface BOP certification. This course is designed for people in critical well control positions on drilling installation as well as onshore roles. The candidates will complete an IWCF accredited training course, taught according to IWCF syllabus, in order to prepare them for assessment.and safety performance. Essential Geology Formation Pressure and Identifying Increases In Formation Pressure Capacities and Volumes Wellbore Pressures Causes of Kicks Kill Sheets Well Kill Methods Well Control Equipment Equipment Completion Wireline Coiled tubing Snubbing Barrier principles Well information Shut-in procedures Pressure control methods Problems Pressure control management This program is offered with either IWCF or IADC certification and follows new progressive, role specific curriculum. Each course concludes with up to 5 closed-book examinations leading to the required certificate of competence in well intervention. The compulsory examinations are: Principles & Producers, Completion Operations, and additional minimum of 1 examination is required from Coil Tubing Operation, Wireline Operations or Hydraulic Workover Snubbing) Operations. Pressure control Completion Operations Completion Equipment Coiled Tubing Operations Wireline Operations Snubbing Operations PetroSync Distinguished Instructor PetroSync Distinguished Instructor PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com 42

52 PetroSync Distinguished Instructors Ahmed Badawy Ahmed Badawy is a corporate financial executive with a US public corporation, leading their global IFRS and US GAAP reporting group. Prior to that and until 2009, Ahmed was a Senior Audit Manager and National IFRS conversion specialist with Pricewaterhouse Coopers in Houston, where he worked on multiple international engagements for both public and private companies. He was also the Chairman of the PwC IFRS subject matter experts committee, and a leader within the IFRS core team for the Energy Sector and the Greater Houston market. His work experience includes financial reporting and audits for SEC-listed and private oil & gas and utility companies under US GAAP and/or IFRS, plus Sarbanes Oxley compliance-related work. Ahmed is also experienced in designing and delivering training courses, and has developed technical materials for a number of energy-related IFRS events. He has coauthored a publication on the impact of transitioning to IFRS for Energy companies. Ahmed Ouenes Ahmed Ouenes has 24 years of experience in the oil and gas industry. Ahmed has occupied different positions in academia, R&D, software development, consulting and operating oil and gas fields. His interests include the development of improved reservoir characterization technologies by using inverse modeling, geostatistics, geophsyics, geomechanics, and artificial intelligence. He has been focusing lately on new ways to model fractured reservoirs using geophysical data. In the past, Ahmed was the founder and president of Prism Seismic, a software and consulting company sold in 2011 to the Symphony Technology Group. Previously he was Chief Reservoir Engineer at (RC)2, where he developed the fracture modeling activity and the first commercial software for the CFM technology. Ahmed was also previously Executive Vice-President of an independent oil and gas producer. Akhtar Quddus He is a Senior Safety Consultant and Master Creative Trainer with over 30 years of professional experience. He has worked with oil & gas, chemical & petrochemical, fertilizer, engineering, construction, transportation & heavy cargo lifting & haulage companies in Pakistan, Saudi Arabia, Jordan, UAE, Oman, Malaysia, Singapore, Azerbaijan, South Korea, and India. He has trained, evaluated and certi ed over 25,000 Safety Critical Personnel for BP Pakistan, OMV, BHP, ENI, MOL, Schlumberger, Krakow, Deutag, JSL, DESCON, Siemens, KESC, etc. and other clients including Control of Work Standard, Incident Investigation Team Leaders, Permit to Work Authorized Persons, Energy Isolation Authorities, Con ned Space Supervisors, Crane Operators and Riggers, Rigging Supervisors, Sca olding Supervi sors, Sca olding Inspectors, etc. Alain Gringarten Professor Alain Gringarten has over 40 years of professional experience in the petroleum industry. Alain is also the president of Well Analysis Limited which consults leading petroleum companies around the world like Saudi Aramco and Petrobras. Professor Gringarten holds the Chair of Petroleum Engineering at Imperial College in London, where he is also director of the Centre for Petroleum Studies. Dr. Gringarten is a recognised expert in well test analysis and has authored or co-authored more than 80 technical papers. He has been involved in many consulting studies (including reserve evaluations for acquisitions); and has taught numerous well test interpretation industry courses around the world. Andres Yrigoyen Andres Yrigoyen has 18 years of experience in Oil & Gas industry and was a Senior Reservoir Engineer in Petroleos de Venezuela SA (PDVSA). He was a Senior Reservoir Engineer Consultant in Halliburton Latin America, Colombia and has provided consulting and advisory services in reservoir engineering. He has involved in unconventional development project for ConocoPhilips exploratory gas development was a leader of integrated studies for PDVSA Gas two districts, Anaco and San Tome, 200 main reservoirs and more than 500 active wells. Anthony Cole Dr. Anthony Cole, owner of MI&Corr, is a leading expert in Metallurgy, Corrosion and Engineering with over 25 years of experience. He spent approximately 15 years in Exploration and Production in countries as diverse as Libya, Oman and Bahrain and most recently spent more than 10 years at Shell International headquarters in The Netherlands and with Shell UK. Dr. Cole was involved in the development of IP for Shell International and has successfully developed over 20 patents. One particular project he led resulted in the commercialization of TubeFuse, a patented autogenous system of joining tubulars, identifying potential savings of more than 120 million dollars in a single project alone. He represented The Netherland/Shell on ISO & API Technical Committees, notably ISO and API 5CT Tubular Goods. Bert Boxma Bert Boxma is the CEO and president of Heat Transfer ABC B.V. with over 30 years of experience in Heat Exchanger. He is an international Expert in heat exchanger type selection, special thermal/hydraulic design, latest enhanced heat transfer technologies and governmental subsidy advices. Bert already conduct many training courses and almost 500 employees and more than 150 companies have attended. Billy Matthews Billy Matthews has 29 Years of experience in Quality Assurance and Implementing Quality Management Systems as a lead auditor, operations manager, quality manager, and consultant for wide variety of industries. In 2010 he founded an API Standard Consulting; a consultancy specialized in API Q1 Consulting, API Q2 Consulting, ISO 9001 Consulting, AS9100 Consulting and API Monogram License Consulting and Nadcap Consulting. With this consultancy he has brought his clients to successful certifications. Bob Fox Bob Fox joined SHELL Southern Africa in 1986 where he was responsible for LPG consumer site, installation, and maintenance and testing. Focused on operation skill training for distribution personnel throughout the region. He held these position for 11 years in SHELL Training Centre. Facilitated HSE Learning Workshops in Europe, Africa, Middle and Far East. And for SHELL Open University HSE Management modules. Honored to be part of the safety initiative that made the Shell Houdini Project in Singapore a leader in construction safety and a benchmark for the oil industry. Carlos Bellorin Carlos Bellorin has more than 14 years of experience in the oil industry. Currently, Carlos is a Principal Petroleum Analyst at IHS within PEPS (Petroleum Economics and Policy Solutions) based in London. He specialises in upstream oil and gas legal, contractual and fiscal regimes in several jurisdictions, competitive intelligence and in designing risk mitigation strategies. He has been external legal adviser for oil and gas companies and in-house legal counsel at two multi-billion dollar Orinoco s Oil Belt Projects in Venezuela. Cary Moomjian He is 35-year drilling industry veteran with U.S. and international experience in legal, contractual, commercial and risk management matters including drafting and negotiating drilling contracts, joint venture relationships and shipyard rig construction projects. He has substantial experience in drilling contract preparation, qualification and negotiation as well as dispute resolution and litigation management. Mr. Moomjian is well-known throughout the drilling industry and, to quote IADC s Drilling Contractor magazine, is widely regarded as one of the industry s foremost experts on drilling contracts. Mr. Moomjian is the world s most prolific author of papers and articles on the subject of drilling contracts. He chaired the IADC Contracts Committee for over a decade, served three terms on the IADC Executive Committee and was the recipient of the prestigious IADC Contractor of the Year award in 1996.

53 PetroSync Distinguished Instructors Chris Clayton Following a first degree in Geology at Imperial College, University of London he completed a PhD in silica diagenesis and chert formation jointly at King s College London and the Institute of Geological Sciences Isotope Geology Unit. He joined the BP Research Centre in 1982 where he somehow became and organic geochemist. During this time he researched, among other things, isotopic behaviour in the petroleum system, kerogen formation processes, biogenic gas generation and controls of petroleum seepage. Chris left BP at the end of 1992 and has since worked as an independent consultant in geochemistry and petroleum system modelling to the petroleum, minerals and groundwater industries. He now lives in the middle of nowhere in the heart of the English countryside near Worcester. Chris McDade Chris McDade is Master Mariner for BP Shipping from year years of experience in marine operation specialist undertake marine survey and consultancy work relating to Marine Engineering in offshore energy sectors. Responsible for safe LNG loading and discharge operation for terminals in various country such as Far East, Middle East, Europe, North, South America and so on. Previous experience was as Marine Superintendent for Wood Group Engineering Company and his responsibility of marine superintendent include manage marine department, monitor, and control and operate the whole marine operations to make sure project marine systems remain on schedule. David Ford David has over 20 years of financial experience in the petroleum industry. He was Managing Director of International Petroleum Exchange (IPE) Training Ltd, the training subsidiary of the Exchange. David established turn in into a worldwide provider of quality energy training courses. David is the author of An investor s guide to traded options and Mastering exchange traded equity options and numerous newspaper and magazine articles. David founded Ridgeway Energy Consultancy Ltd (REC) and has been involved in a number of international projects in China, Russia, Kazakhstan and Europe covering energy trading and risk management, OTC clearing on commodities, strategy and business organisational issues. David has lectured on energy topics across Europe, Russia, Kazakhstan, Dubai, Singapore, China and USA. He started working in the City of London for the London Traded Options Market (LTOM) a division of the London Stock Exchange. David Hulett David has over 25 years of experience in quantitative schedule risk analysis, integrated cost-schedule risk analysis & project scheduling best practices. He has pioneered the Risk Drivers approach to schedule risk and integrated cost and schedule risk analysis including specifying the requirements for Pertmaster and leading the project team in workshops to develop a risk mitigation strategy and post-mitigated scenarios for better project results. He also reviews and improves the schedule logic to achieve best practice scheduling. He headed a group of scheduling experts, sponsored by PMI College of Scheduling, to assist the US Government Accountability Office (GAO) with revising its scheduling best practices used to review government programs. Deborah Grubbe Deborah Grubbe is a well-known consultant with over 30 years of experience in disciplined operations of manufacturing, safety, and engineering across industries including the oil and gas. She has served as Vice President of Group Safety for BP Global in London, and her term in BP was considered to be the safest years ever for the company. She has also served as Vice-President for Safety Change Management in BP-USA, handling 5 refineries which had the highest need for safety improvement. These were also subjects of the Independent Panel Assessment Report led by former US Secretary of State James Baker. Deborah is well-experienced in the characteristics of safe operations during her 27 years at DuPont. She has held corporate director positions in safety, operations, and engineering. She is currently the Chair for Institute for Sustainability (American Institute of Engineers). Donald Lewis Hall Donald is Co-Founder & President of Fluid Inclusion Technologies Inc, the leading service provider for laboratory analysis of fluid inclusions. He curently develops and promote research and rock/fluid-based anlaytical programs to address hyrocarbon exploration and production problems. Over 30 years of experience with international oil and gas industry and the research field mostly with Amoco Production Research as Research Sceintist, and has notable expertise in developing and implementing novel fluid inclusion instrumentation and techniques in petroleum E&P Managing Gas Industry Contracts which are available through the CEPMLP Information Centre. Eugene Rankey Dr. Rankey's background includes both industry consulting and the academe. He has worked with Exxon and has had various consultancies since then, and is now a co-lead investigator of a 12-company industrial consortium. More specifically, in terms of consultancies, Dr. Rankey has provided short courses, field short courses, or geological/geophysical consultancy with the following companies: ExxonMobil, Shell, Pioneer Natural Resources, BHP Billiton, Chevron, ConocoPhillips, Schlumberger, and Saudi Aramco. He is currently an Associate Professor at the University of Kansas. His research programs focuses on understanding and quantifying the nature and controls on variability in surface processes and geomorphic forms in modern tropical marine and nearshore carbonate sedimentary systems. Dr. Rankey s experiences also include integration of geologic data with seismic interpretation, seismic modeling, and seismic attribute analysis, from regions including GOM, Southeast Asia, the Middle East, west Texas, offshore Brazil and Canada. He teaches short courses in seismic interpretation and stratigraphy of carbonate successions as well. Fayez Makkar Fayez Makkar is an independent drilling and workover consultant having more than 36 years of experience in Petroleum industry. He has extensive background in workover, completion design and logging interpretation in directional and horizontal wells. He also has experience in all types of drilling operations including deep wells on both offshore and onshore oil, gas and H2S wells. His teaching experience began since 1992 and at the moment he has taught more than 25 courses. Gabor Takacs Gabor Takacs is a professor at the Petroleum Engineering Department at the University of Miskolc, Hungary where he held the position of Department Head from 1995 till He holds MS and PhD degrees in Petroleum Engineering and a doctorate from the Hungarian Academy of Sciences. Between he was acting Director of the Petroleum Engineering program at The Petroleum Institute in Abu Dhabi, UAE; and taught at Texas Tech University, USA in 1988/89. He has more than 35 years of teaching and consulting experience in the production engineering field. In 1995/96 he was selected SPE Distinguished Lecturer, was Outstanding Technical Editor for the SPE journal Production and Facilities ; chaired the Artificial Lift TIG (Technical Interest Group) of SPE in Gerhard Diephuis Gerhard Diephuis studied Geology and Geophysics at the State University of Leiden. The Netherlands. After his military service he joined Shell International in 1977 and was posted soon thereafter to Sarawak Shell in Malaysia, as seismic interpreter. In 1982 he was seconded to Woodside Petroleum, where he jointly interpreted the Rankin 3D survey. In 1984 he moved to Shell Expro in London, where he first worked as senior geophysicist in the Central North Sea Team and later led the Business Opportunity Team. In 1987 he was posted to Oman where he became Discipline Head Production Seismology. In that function he was the main instigator of the Natih 3D3C Experimental Survey, an industry first.

54 PetroSync Distinguished Instructors Glenn Rogers Glenn Rogers has previously worked for a major pump manufacturer and currently runs a successful pump training and consulting business. He runs pump and system training courses throughout Australia on a regular basis and has run many courses in Singapore and Malaysia. He has been running pump and system training courses for the past ten years. Glenn has worked in the pump industry for more than 20 years. His experience has included senior roles in pump selection and application, system review, pump troubleshooting, contract/project management, sales and marketing and quality assurance. He has also worked as the executive director of United Pumps Australia. Glenn runs pump and system training in Australia, South Africa, Ghana, United Arab Emirates, Singapore, Malaysia, Indonesia, New Zealand and Laos with more than 5,000 people from over 600 different companies have attended his training sessions. Glenn has also spent many years working with Singaporean and Malaysian companies on Strategy Development and Implementation. He therefore has a clear understanding of the need to make sure training has a positive impact on the bottom line. Guy Allinson Guy Allinson has over 30 years experience as a practicing Petroleum Economist in the international oil and gas industry. He consults internationally and is a Senior Lecturer at the School of Petroleum Engineering, University of New South Wales. Guy has held a range of petroleum economics and commercial positions in the oil and gas industry in Europe and the Asia Pacific regions. He has also advised companies and Governments in the Asia Pacific region on petroleum PSC and fiscal terms. He has valued many petroleum properties and companies for acquisition and sale, prepared economics research reports on the oil and gas industry and has provided commercial support for oil field operations and investments worldwide. Guy has conducted many oil industry short courses in petroleum economics and PSC/fiscal analysis to oil industry professionals in many countries including USA, UK, Denmark, Switzerland, Australia, New Zealand, Indonesia, India, Iran, Malaysia, Thailand, Vietnam, Brunei, Egypt, Libya and South Africa. He has also given frequent presentations to oil and finance industry seminars and conferences. Jim Oswald Jim Oswald is the director of Oswald Consultancy with 35 years experience in designing and developing gas turbines, and more than 20 years experience in gas turbine failure investigation from various turbines: Alstom, Siemens, RR, Mitsubishi, Westinghouse, etc. Oswald established an engineering consultancy in 2003 providing technical support for design and development support for new and operating gas turbine plant and other new product developments in the energy industry. Previous experiences gained international energy company new product design & development and company strategy. Extensive technical knowledge is combined with excellent presentation skills, business acumen, international experience, and a desire to assist others in the field of energy. Well regarded for ability to communicate, innovate, and solve technically challenging issues John Keasberry John Keasberry is an exploration geologist and partner in J&M GeoScience Services. In a 30 year career span he has worked in Ethiopia, the UK, Ireland, Canada, the US, the Middle East, the Far East, Norway and the Netherlands, with multiple companies including Placid, Barrick Petroleum, Santa Fe, Statoil, Unocal, Shell, and numerous small independents. He has been involved in the exploration and development phases of the petroleum development, from new ventures and asset acquisition, seismic interpretation, basin analysis, appraisal to farm-out and production. From , he was employed by Shell as a Course Director for their integrated subsurface course covering the main subsurface disciplines. John is a member of the Royal Geological & Mining Society of Netherlands, Petroleum Exploration Society of Britain, Petroleum Geological Society, and Geological Soceity of Leiden. Gabor Takacs Jonathan Redfern Jonathan Redfern has Over 30 years experience within the oil industry and academia as a specialist in petroleum systems, basin analysis and play and risk definition. He has global experience, undertaking projects in Africa, SE Asia and Australasian. He started his career as an exploration geologist with Fina and Amerada Hess, and for 12 years he worked in the UK, SE Asia and North Africa. Before joining academia and becoming a consultant he was Chief Geologist for Hess in Indonesia. Joy Lim Siew Wah Joy has over 25 years of training and development as well as human resource experience in various management positions in the education, retail and manufacturing industries. In all her capacities, she has been given the privilege of pioneering the departments. Her areas of training include customer service, management and quality. In 1996, she represented Malaysia in the Fukuoka International Women's Conference in Japan. Les Wiggill L. Wiggill delivered Technical Report Writing which carries 2 CPD (Continuing Professional Development) points and has facilitated the course for various professional bodies such as SAICE (South African Institution Of Civil Engineering) and other training organisations, where he has presented the course to big corporations like NNR (National Nuclear Regulator), NECSA (South African Nuclear Energy Corporation), CSIR (Council for Scientific and Industrial Research), Eskom, Transnet, Coffey Mining (RSA), Botash and BCL Mines (Botswana), First Quantum Minerals Mine (Zambia) and WSP Group Africa (Pty) Ltd. Liam Bastick Liam has over 25 years of strategic M&A, valuation and financial modelling finance experience across oil & gas, energy, resources, engineering & other sectors. An experienced consultant, Liam founded SumProduct Pty Limited six years ago, providing various transaction advisory services to clients around the world. He specialises in probabilistic analysis, accounting and financial modelling, providing comprehensive, tailored and timely decision support to identify the key drivers for successful initiatives. Lisbeth Holberg Lisbeth Holberg has worked as an independent consultant, as Trainer, Lead Investigator and Executive HSE Advisor since Before this she worked with the Danish energy company DONG Energy for 9 years, in their Oil & Gas business, looking after all aspects of QHS&E related to drilling and well service activities. Lisbeth Holberg is an accredited Tripod Trainer since 2013 and conducted 2-3 in-house or open Tripod Practitioner trainings. Lisbeth Holberg has worked as a trainer for in-house and open trainings related to incident investigation and safety culture since 2009 (as a consultant) and before that in-house training for her employer DONG Energy. Lorraine Kwek Lorraine Kwek held position as core Communications Skills trainers for Civil Service College, having written or collaborated on production of their Training Manuals for their Communications programs. She has 19 years of experiences for providing training for staff in an Indonesian MNC, Japanese MNCs, and Singapore-based UK law firms amongst others gives her a unique experience in dealing and training in multi-cultural settings. Lorraine provide trainings locally and regionally in Malaysia, Indonesia, Japan, Macau, China and has had a lot of experience training multi-cultural staff in these countries.

55 PetroSync Distinguished Instructors Luigi Clavareau He is Over 20 years of experience as an Exploration Geologist evaluating prospects, reserves, and generating prospects for sale. He has led exploration projects in South America, Pakistan, Africa, & USA completing prospect evaluation and generation. He has also supported legal teams in negotiations & during production for these projects. 15 years of experience in GIS Applications for Oil & Gas Industry conducting surface geological mapping, topographic mapping, data geo-referencing, and data management. Luigi is experienced in application of surface geochemistry for hydrocarbon exploration in more than 56 countries conducting field data acquisition, laboratory work, interpretation and integration of geophysical data. Mandar Mulay Mr. Mandar Mulay is a Mechanical Engineer with an additional qualification in Piping Engineering having 15 years of varied experience of working with Engineering Organizations of international repute. He has experience in detail engineering field of Plant Engineering with organizations of international repute. Mr. Mandar Working as Chief Engineer in an engineering consultancy organization of international repute. Mr. Mandar is highly experience of In-service trouble shooting at various plant locations utilizing fitness for service techniques (API-579/ API-510/ API-570 Michael Gibson Michael Gibson has 37 years worldwide experience on landrig, drill-ships, semi-submersibles, tender-assist units, platforms and jack-ups in multinational companies such as SHELL, Conoco, and Texaco etc. He has experiences both onshore and offshore in engineering and operations for Operators and Drilling Contractors on exploration, appraisal & development wells. Michael Etuhoko Michael (Mike) Etuhoko is a well known consultant and founder of Protekz Inc. Canada, an independent well and production engineering consultancy company. He has over 22 years of experience in the Oil & Gas industry. He has led major projects & trainings for major companies in Europe, North America, Africa, Central Asia, and Far East Asia. Mike currently consults worldwide in the area of Well Completion, Workover and Well Services, Sand Control, and Formation Damage Prevention and Treatments. Before working as a consultant, he has served several years in Shell and Total E&P, which has equipped him with a solid foundation in well completion and workover practices. In the recent years, Mike has provided intensive trainings in well completion and workovers with different oil and gas companies. Some of these training are Well Completion & Intervention Training (Level 1&2) for KPO, Sub-Sea Workover Operations Training for KNOC, and Deep Water Sand Control for Total E&P International. Mohammad Kabir Dr. Mohammad Kabir s professional career in the upstream oil and gas industry spans over thirty years and covers consultancy, engineering (in operating companies), academic teaching, industry training and petroleum research. He has extensive experience in: reservoir characterization; classical reservoir engineering techniques; field development planning, management, and optimization; oil and gas production forecasting; and reserves valuation. He has worked for a number of multinationals as well as consulting companies. He has run Integrated oil and gas field development planning workshops internationally, and has presented/published numerous technical papers. Muhamad Pedro J Barbeito Muhamad Pedro is a well-known consultant over 40 years of experience in oil and gas industry with SHELL International Company. He held position as operation geologist, field geologist, stratigrapher, and researcher for SHELL in various countries including Spain, Netherland, Gabon, United Kingdom, Venezuela, and Malaysia. He contributed to Shell s digital Bio-stratigraphical Data Base (PALLAB) as well as co-developed the group s Geological Data Base (GEODE) Neal Nagel Neal has 26 years of industry experience and has provided geomechanics consulting and training since Neal is the Chief Engineer and co-founder of Oil Field Geomechanics LLC. He previously worked for 20 years with ConocoPhillips as a world-wide geomechanics specialist. He has taught extensively over his career as well as given many invited presentations including serving as an SPE Distinguished Lecturer in 2004 and giving a keynote presentation at the 2014 SPE Hydraulic Fracturing Technical Conference. Peter Betts Peter Betts (1952) graduated in Petroleum Engineering from The Royal School of Mines, Imperial College, London in 1975 and joined Shell as a Petroleum Engineer in the same year. Peter had a variety of assignments in Malaysia, Oman, the United Kingdom, Denmark and the Netherlands, working as well-site engineer, petrophysicist and area team leader. In the Netherlands, he headed the petrophysics technology development group, and spent two years as senior petrophysics trainer before moving to the integrated studies group, where he served a joint role as project manager for contract field studies and petrophysics consultant. Peter left Shell in 1999 and joined Logica, a major IT systems integrator, where he worked as an account manager and IT business consultant. In 2003 he returned to his EP roots, working as an independent petrophysical consultant. Mohammad Alramahi Moe Alramahi, Chief Editor of the Journal of International Trade Law and Policy (JITLP), is a leading authority in oil and gas law, advising governments and the private sector on issues relevant to upstream oil and gas agreements. He has extensive national and international training and consultancy experience, covering subjects such as offshore support vessels (OSV) chartering & contract management, maritime law, and international commercial arbitration. Dr Alramahi is an Honorary Lecturer on the LLM programmes. Recent publications include Dispute Resolution in Oil and Gas Contracts (International Energy Law Review, Issue 3/2011). His textbook UK Oil and Gas Law: A Practical Guide will be published in 2013 Peter Cockcroft Peter Cockcroft brings the unique combination of managing successful new business identification, development, as well as the implementation of international energy projects over the past thirty years. Considered an expert on the energy sector, he is a confidante to various Ministers and has advised different Heads of State in the Asian Region. During the past 20 years, he has been directly in charge of various commercially successful new business initiatives, including oil discoveries in Thailand and Philippines, oilfield developments in Indonesia, a new gas field/power plant project in Indonesia, commercializing gas fields in Pakistan and unconventional gas projects in Australia, Indonesia and France.

56 PetroSync Distinguished Instructors Richard Palmer Richard Palmer is a Principal Consultant with over 12 years experience, specializing in acoustics and Environmental Impact Assessments (EIAs) based in WardKarlson s Abu Dhabi office. Richard s prime focus is on the management, preparation and delivery of acoustics studies in the oil & gas, petrochemical, manufacturing and mining sectors. He is an acoustic specialist by background and has the responsibility of overseeing and providing noise services in the form of environmental and occupational noise assessments, acoustically induced vibration and flow induced vibration studies, permit applications, modeling, and training for international oil & gas development all over the world. Richard Slingerland Richard Slingerland is owner of Pareto Cost Consultancy BV, which specializes in cost estimating, estimate & schedule assurance reviews, benchmarking and value engineering. He has over 18 years of industrial experience in consulting oil & gas, exploration & production projects, energy, offshore, terminals and project organizations. For almost 10 years, Richard had worked in various Shell locations, which includes The Hague, The Netherlands, Malaysia, Middle East and Central America. Achievements & duties during his time in Shell Malaysia included Cost engineering services to Shell and third party for large projects up to a Capex of more than 10 billion USD for upstream and downstream projects in the Asia Pacific region Rick Aldred Rick has over 35 years of experience in the Oil & Gas industry, particularly specialized in Petrophysics application to exploration. He was previously with Paradigm, Baker Atlas, Schlumbeger, BHP Petroleum, Marathon Oil and Geosource UK. Rick has work with various IOCs and NOCS when he was workings with Paradigm, Baker Hughes, and Schlumberger. At present, he still continues to provide his expertise for research and consulting petrophysical services. Rick worked as Region Geoscience Manager, Senior Petrophysicists, and Research Petrophysicists for these companies. He has research and developed 3D petrophyscial modeling techniques for solving complex reservoir problems. He has also developed software solutions and tailor made workflows, principally for customers working with Geolog software. the Asia Pacific region Rinus Van Der Weele Rinus van der Weele(1952) obtained a master degree in offshore engineering from the Technical University Delft in the Netherlands. He joined Shell International in He had a variety of assignments in UK, Netherlands, Nigeria, Brunei Darussalam, Egypt and Oman. During his 35 years with Shell he held project management and engineering positions. For two years he held the position of HSE manager in Brunei Shell Petroleum Company. The last two assignments he was project manager for large integrated oil/gas field developments in Egypt and Oman with capex upto USD 2 billion. Robert Trice Robert is the CEO and Founder of Hurricane Oil, a company with a proven track record of having successful fractured basement exploration strategy with two significant oil discoveries. Robert and his geoscience team have found over 400 million barrels (2C) of oil in Fractured Basement Reservoirs and have identified a further 400 million barrels as prospective resource (P50) He has over 30 years of geosciences experience working reservoir characterization in fractured basement, carbonates, and clastics reservoirs. Robert is a geologist/petrophysicist by experience and has been involved in well planning, offshore operation, fracture analysis resource reporting for all of his companies fractured basement discoveries discoveries. Rudolf Huber Richard Palmer is a Principal Consultant with over 10 years experience, specializing in acoustics and Environmental Impact Assessments (EIAs) based in WardKarlson s Abu Dhabi office. Richard s prime focus is on the management, preparation and delivery of acoustics studies in the oil & gas, petrochemical, manufacturing and mining sectors. He is an acoustic specialist by background and has the responsibility of overseeing and providing noise services in the form of environmental and occupational noise assessments, acoustically induced vibration and flow induced vibration studies, permit applications, modeling, and training for international oil & gas development all Steve Arnold Dr. Arnold is the Vice President, COO, and Co-Owner of ARNCO LLC based out of Lake Charles, Louisiana, USA. His principal focus is on the education of many aspects of the Oil and Gas Industry based on his 40 years experience in this field. His Expertise covers most aspects of the service work that can be performed on a well. Sylvain J'wardane Dr. Sylvain has over 25 years in oil & gas industry and created new training modules/manuals which are now utilized by Schlumberger worldwide. He is majoring in PVT studies, laboratory measurement of EOR, phase behavior, fluid sampling techniques and Equation of State (EoS) modeling. He is also a Director of Research managing downhole fluid analysis(dfa) projects as well as PVT projects related to heavy oils. A new PVT lab in Siberia is built by him and he Ran special EoS project for Agip in Moscow to validate 20 years of fluid data. He teaches Petroleum fluids, modeling using PVTi software. Rudolf Huber Richard Palmer is a Principal Consultant with over 10 years experience, specializing in acoustics and Environmental Impact Assessments (EIAs) based in WardKarlson s Abu Dhabi office. Richard s prime focus is on the management, preparation and delivery of acoustics studies in the oil & gas, petrochemical, manufacturing and mining sectors. He is an acoustic specialist by background and has the responsibility of overseeing and providing noise services in the form of environmental and occupational noise assessments, acoustically induced vibration and flow induced vibration studies, permit applications, modeling, and training for international oil & gas development all over the world. Tarek Ahmed Dr. Tarek Ahmed, Ph.D., P.E., is the founder of Tarek Ahmed & Associates Ltd; a consulting firm specializes in providing high quality public and in-house Petroleum Engineering courses and consulting services to the petroleum industry worldwide. Dr. Ahmed is a former Professor and Chairman of the Petroleum Engineering Department at Montana Tech of the University of Montana for 22 years. Dr. Ahmed had held positions as a Senior Reservoir Engineering Advisor with Anadarko Petroleum and Baker Hughes. Dr. Ahmed authored numerous SPE technical papers and several textbooks. Tony Kirkham Tony Kirkham has 40 years of experience in the industry as an employee of major oil companies and as a consultant. He mostly worked within reservoir engineering teams in international development projects and had long term assignments in Norway, Egypt, Turkey and Abu Dhabi. He was employed for 20 years by BP Exploration prior to working as Geology Specialist for Abu Dhabi Company for Onshore Operations (ADCO). He then became Senior Consultant for Landmark in Abu Dhabi, followed by Managing Director of Reservoir Characterization, Research and Consulting (RC)2 in London with responsibility for Europe, Middle East and Africa. During 2001, Tony joined Technoguide (Petrel) as Manager of Consulting Services prior to several years as a Principal Geologist with Schlumberger. Recently he has operated as Director and Consultant for his own company.

57 PetroSync Distinguished Instructors Jacqueline Geddes-Smith Jacqueline has 15 years of experience handling flow assurance for the oil and gas industry. She is currenty the Production Assurance Manager for Scotland and a Senior Flow Assurance Consultant engineer at Xodus, with a wide experience as a design engineer, study lead and project manager for flow assurance projects. She has have had experience with management and co-ordination of Flow Assurance, Production Chemistry and Computational Fluid Dynamic capabilities within Scotland. Jacqueline has been equipped with experience for all key project stages from early concept through to operational support and has extensive experience in the integration of Flow Assurance within the wider context of project scope, and of assisting discussions with the aim of providing increased value over traditional Flow Assurance offerings. Uday B. Kale Uday B. Kale is an API 570 authorized piping inspector. Currently he is the technical director of M/s KUB Quality Services. He has involved in inspection, welding and NDT projects in the Middle East, Africa and India for last 18 years on offshore production platform and petrochemical refineries. Mr. Uday is very well-versed in international Codes and Standards. He phas performed inservice inspections in shutdown by performing NDE, Internal and External Inspection of Equipments in various units of Refineries, Petrochemicals, Gas Plant, Fertilizer Plant, Central Processing Plant, Ammonia Plant, FCCU, SRU, SWS and Amine treating units for Code stamp facilities of ADCO, Qatar Petroleum, Oil India, QAFAC, Banagas, Al Jubail Fertilizer Company. He was also a lead API Inspector for various shutdown and Turnaround. He worked as Plant Inspector for BP (GUPCO) in Asset Integrity Management, he took charge of 9 offshore production complex, 75 Satellites and Onshore process units involving Close Visual Inspection of piping, equipments, NDT co-ordination, Baseline and Corrosion Monitoring. Furthermore, as a Level III Specialist in GASCO OAG pipeline project, he conducted and witnessed Ultrasonic Examination of first 50 production weld joints of pipeline done by PWT (Pipe Welding Technology, GMAW).

58 2015 Yearly Trainings Photo Gallery Public Course ASME B31.3 Process Piping Code Design Requirements Public Course Practical Accounting in JV and PSC Public Course ASME VIII Division 1 & 2 Pressure vessel Series Public Course Practical Basin Analysis Public Course API 653 Storage Tank Inspector Certification Public Course - Cost Engineering, Risk Management and Earned Value Management

59 2015 Internal Trainings Photo Gallery In House Course - PTT Exploration & Production Waterflood Optimization In House Course - PT. Badak LNG API 580 & API 581 RBI & Base Resource Document In House Course - PETRONAS Reservoir Management & Surveillance In House Course - Sapura Kencana Energy Sarawak Petroleum Economics for Non-Economists In House Course - PETRONAS API 570 Piping Inspector Course In House Course - Petrofac Advanced Practical Centrifugal Pumps

60 Contact Us Singapore Office (HQ) : 84B Amoy Street (Level 3) Singapore Phone : (+65) Fax : (+65) general@petrosync.com Indonesia Office : Jalan Daan Mogot 1 Blok B No 8 Grogol - Jakarta Indonesia Phone : Fax : PetroSync can customize all the training programs based on your needs & location. Contact us today! general@petrosync.com