DSA Roadmap Industry Initiative Drilling Systems Automation Roadmap - Update A independently organized, volunteer based, cross industry initiative mapping the future of drilling systems automation John de Wardt CEng, Fellow IMechE DE WARDT AND COMPANY Program Manager: Drilling Systems Automation Roadmap Industry Initiative Affiliated with
Program Manager: John de Wardt, DE WARDT AND CO Deputy Program Manager: Ed Tovar, InTechSys Mark Andersen (Shell) Eric Cayeux (IRIS) Amanda DiFiore (Qinetiq) Blaine Dow (MI Swaco) Clay Flannigan (SWRI) Slim Hbaieb (Schlumberger) Calvin Inabinett (Aerospace Rocketdyne) Moray Laing (SAS / SPE DSATS) Terry Loftis (Transocean / IADC ART), Robin Macmillan (NOV) John Macpherson (Baker Hughes / SPE DSATS) Mark Miller (Gyrodata) Bob Moran (Halliburton) Randy Mutch (Ensign) Lindsay Voss (AUVSI) Mario Zamora (MI Swaco)
Phase I - Volunteer Driven Phase PII In Development Manufacturing wells? And / Or Complex wells? Based on Sandia National Laboratories Program
Needs for a Roadmap Fragmented industry structure requires plan for interoperability Define supplier opportunities Consensus description of DSA, how it will develop and deliver value Attract investment Entry of non-oil and gas industry players Alternative technologies Overcome fear of changes to personnel
Eight Challenges have been defined Teams led by committee member 50 participants overall A. Systems Architecture B. Communications C. Sensors, Instrumentation & Measurement D. Drilling Machines and Equipment E. Control Systems F. Simulation Systems and Modelling G. Human Factors H. Certification and Industry Standards
Systems Architecture States = situational awareness: Well State Drilling and Completion State Automation State Others Weather, Use Cases define each system / subsystem
Communications
Sensors, Instrumentation & Measurement
Drilling Machines and Equipment Drilling machines and equipment are not an impediment to drilling systems automation progress A shale drilling DSA solution combined with manufacturing processes will enable development of advanced drilling machines
Control Systems
Simulation Systems and Modelling Exhaustive (but not complete) list: 1. Torque and Drag 2. Rate of Penetration 3. Seismic (1D 4D) 4. Mechanical Earth Model 5. Shock and Vibration 6. Pore Pressure 7. Wellbore Survey 8. Anti-collision model 9. Casing load model 10. BHA prediction model 11. Drill bit cutting model 12. Well control simulation 13. Cement displacement model 14. Well Placement 15. Hydraulics models (fluid properties, ECD prediction, hole cleaning) 16. Drilling Hazards
Human Factors
Certification and Industry Standards Technology may come first, followed by the standards, certification, and regulation International Society of Automation (ISA) standards that have applicability ISA-5 (instrument symbols) ISA-18 (alarm systems) ISA-20 (instruments) ISA-84 (safety instrumented systems; overlap with IEC-61508 & 61511) ISA-88 (batch control) ISA-95 (enterprise control systems integration) ISA-99 (control systems security) ISA-100 (wireless) ISA-101 (human machine interface) Creating new standards with Energistics (DSATS)
Continuing the work As a Cross Industry Initiative Delivery Phase I Paper and Presentation SPE / IADC Drilling Conference; London, England March 2015 Planning Phase II Next level of detail Requires analysis and validation Stakeholders reviews & adoption Industry Roadmaps require funding Value across the industry and connecting to other industries
Thank you Follow us at: http://www.iadc.org/dsaroadmap http://connect.spe.org/dsaroadmap/home/