Digitalisation for Industry: Live Long and Prosper The Chemical Industry at the heart of the 4th Industrial Revolution

Similar documents
Horizon 2020 Towards a Common Strategic Framework for EU Research and Innovation Funding

Digital4Clariant SEIZING THE OPPORTUNITIES OF THE DIGITAL TRANSFORMATION IN THE PROCESS INDUSTRIES. Sibylle Mutschler.

Towards Sustainable Process Industries: The Role of Control and Optimisation. Klaus H. Sommer, President of A.SPIRE

Digitising European Industry. Strengthening competitiveness in digital technologies value chains and platforms

Influences of Digital Transformation on Freedom to Operate Processes in the Chemical Industry

#SMARTer2030. ICT Solutions for 21 st Century Challenges

International Collaboration Tools for Industrial Development

Asia Conference Singapore

TECHNOLOGY IMPACT ON ECONOMY AND SOCIETY

The Role of the EU Regions in Supporting Robotics

Digital Government and Digital Public Services

Introduction. digitalsupercluster.ca

Chemical industry & innovation partnerships: Impact assured!

Horizon Work Programme Leadership in enabling and industrial technologies - Introduction

Water, Energy and Environment in the scope of the Circular Economy

Industry 4.0. Advanced and integrated SAFETY tools for tecnhical plants

Fujitsu Technology and Service Vision Copyright 2014 FUJITSU LIMITED

TECHNOLOGY TO SHAPE THE FUTURE OF ENERGY

Front Digital page Strategy and Leadership

HORIZON Presentation at Manufuture Perspectives on Industrial Technologies in Horizon 2020 and Beyond

Technology and Innovation - A Catalyst for Development

Overview maritime topics H2020 calls 1-2. October 23 rd 2013 M. Goldan

The Automotive Council Managing the Automotive Transformation

Horizon 2020 and cppps

Materials and Material Innovation From FP7 to Horizon 2020

21 st Annual Needham Growth Conference

Fujitsu s Technology and Service vision Human Centric Intelligent Society

Conclusions on the future of information and communication technologies research, innovation and infrastructures

Europe s Digital Agenda and Industry 4.0 A revolution in the making. Andrea Renda

Workshop on Enabling Technologies in CSF for EU Research and Innovation Funding

HORIZON The New EU Framework Programme for Dr. Helge Wessel DG Research and Innovation. Research and Innovation

TECHsummit & GadgetExpo Bratislava

Fujitsu Technology and Service Vision Executive Summary

CREATING MARKETS FOR MANUFACTURING DUSSELDORF, GERMANY IFC GLOBAL MANUFACTURING CONFERENCE

Guidelines to Promote National Integrated Circuit Industry Development : Unofficial Translation

DIGITAL FINLAND FRAMEWORK FRAMEWORK FOR TURNING DIGITAL TRANSFORMATION TO SOLUTIONS TO GRAND CHALLENGES

What could be driving the Lab of the future and is the Smart Lab really a thing?

INDUSTRIAL LEADERSHIP AND KEY ENABLING TECHNOLOGIES IN HORIZON 2020

THE INTELLIGENT REFINERY

Denmark as a digital frontrunner

Europe as a Global Actor. International Dimension of Horizon 2020 and Research Opportunities with Third Countries

Sparking a New Economy. Canada s Advanced Manufacturing Supercluster

Smart Cities. Wednesday, May 16, :30 a.m. - 12:00 p.m. (EDT) What is a smart city? Are we ready for it? What are the challenges?

Supercomputers have become critically important tools for driving innovation and discovery

Enabling a Smarter World. Dr. Joao Schwarz da Silva DG INFSO European Commission

Commission proposal for Horizon Europe. #HorizonEU THE NEXT EU RESEARCH & INNOVATION PROGRAMME ( )

EU businesses go digital: Opportunities, outcomes and uptake

FOREST PRODUCTS: THE SHIFT TO DIGITAL ACCELERATES

Chemicals: Future Trends in Production and Use. Implications for Chemicals Management

ICT in HORIZON 2020 Societal Challenges

Please send your responses by to: This consultation closes on Friday, 8 April 2016.

INDUSTRY 4.0 IN THE REGION OF STUTTGART

TURKEY IN HORIZON 2020 ALTUN/HORIZ/TR2012/ /SER/005. H2020 General Training. Leadership in Enabling and Industrial Technologies - LEIT

THE DRIVING FORCE BEHIND THE FOURTH INDUSTRIAL REVOLUTION

#Renew2030. Boulevard A Reyers 80 B1030 Brussels Belgium

How to build large European projects. Lessons learned from the Arrowhead project Professor Jerker Delsing

EIT Digital Health and HLS Conference November 17, Jean H.A. Gelissen, Eindhoven, November 2015

Digitizing European Industry

Front Digital page Strategy and leadership

Open Innovation: Multiplying potential. Eduardo Gorchs, VP Divisiones Industriales

CANADA S OCEAN SUPERCLUSTER DRAFT NOVEMBER 1

collaboration innovation visionary impactful agility integrity 4 th Industrial Revolution Its implications for South Africa

European Perspective (1)

Production research at European level supports regions and SMEs

HARNESSING TECHNOLOGY

Road to Smart City. From lamppost to multi-purpose smart public hub. Bouwfonds Investment Management Oktober 2017

Decorative Coatings producers contribute to sustainable development The successful lowering of VOC contents in decorative paints

Beyond Industry 4.0 & Implications for Industrial Policy (including in Hungary)

Commission proposal for Horizon Europe. #HorizonEU THE NEXT EU RESEARCH & INNOVATION PROGRAMME ( )

EU RESEARCH Nanotechnologies and Advanced Materials and beyond. Safe Nanotechnology. Dr. Georgios Katalagarianakis European Commission

Dassault Systèmes in High-Tech

A Science & Innovation Audit for the West Midlands

Climate Change Innovation and Technology Framework 2017

We are part of the 4th Industrial Revolution (4IR) NOW

Driving the Future of Digital Experiences Silvia Boi, Jean Dominique Meunier NEM Executive Board Member

INDUSTRIE 4.0 INDUSTRIE 4.0. Automated Manufacturing istock.com/baran Ãzdemir

Regional Profile. North East England

Expectations for Intelligent Computing

Business Models Summary 12/12/2017 1

European funding opportunities for Ocean Energy

Shared Investment. Shared Success. ReMAP Call for Proposals by Expression of Interest

Europe's future is digital

ARTIFICIAL INTELLIGENCE AND BROADBAND DIVIDE

Digitising European industry, the Swedish contribution

SRIP Factories of The Future

SMART PLACES WHAT. WHY. HOW.

EIP Water European Innovation Partnership on Water

Factories of the Future Industry 4.0 The European Perspective

Global Pulp and Paper Chemicals Market: Trends and Opportunities ( ) September 2015

Horizon Europe structure and budget allocation Helen Fairclough UK National Contact Point

They all say it is about the economy. It is more than ratio s, percentages, and growth; it is about the Lives of people

DIGITAL IN MINING: PROGRESS... AND OPPORTUNITY

ARTEMIS ADVANCED RESEARCH & TECHNOLOGY FOR EMBEDDED INTELLIGENT SYSTEMS INDUSTRY ASSOCIATION. Industry Association

Taking a broader view

Winners of the McRock IIoT Awards 2018 Announced

Industrie WITTENSTEIN Basics / Usecases / Lessons Learned

Tilbyderkonferanse. Tender conference. Statnett, 8. april 2019

Venture Capital Search Highlights

Horizon In brief. Marta Calderaro - APRE. Università degli Studi di Cagliari

SPEECH by DG DEVCO Director Dr. Roberto Ridolfi D4D in Europe

Transcription:

Digitalisation for Industry: Live Long and Prosper The Chemical Industry at the heart of the 4th Industrial Revolution January 31, 2018 Marco Mensink, Cefic Director General

Profile of the EU Chemical Industry 29 000 companies, 96% SMEs 1.17 million of jobs 507 billion of revenues 15% of the world s chemical sales State of the art innovative solutions = key EU economic sector Source: Cefic Chemdata International - data for 2014 Page 1

The industry of industries as key enabler for a prosperous future of EU economy Process innovation Carbon capture and use Electrification of chemical processes Modular/flexible prodcution Demand Response SusChem ETP SPIRE cppp (H2020) BBI JU (H2020) Product innovation New materials (e.g. insulation) Advanced (thin-film) Solar PV Liquid Energy Storage Methanol, Hydrogen Light-weight materials (cars, ) Solutions for circular economy Solutions for low-carbon economy Solutions for digital economy 2

The digital revolution: Keeping pace is crucial for EU to remain competitive Data availability & costs Computing capacity Readiness of society 90% of the global data was generated in the last two years PC capacity in BIPS (billions of instructions per second) 336,000 % Share of Internet users Before 2014 2014 +15 Cost of data storage reduced by >95% 0.0004 1,345 1974 1999 2014 Year Source: Clariant 2017 3

The rise of Supercomputers is now 4

Digitization across the whole EU Economy Technology Media & Retail Entertainment (Amazon) (Youtube) ICT (iphone) Finance Manufa Sector c-turing (Digital (3D- Currency) Print) Automotive Healthcare (autonomous(e-health) driving) Basic Materials Oil & Gas Time Source: Global Center for Digital Business Transformation, an IMD (Lausanne, Switzerland) and Cisco Initiative with Accenture https://www.accenture.com/de-de/insight-digital-oil-and-gas) Page 5

The emergence of new digital technologies goes faster and faster 5G IoT PAT HPC Cloud Technology Data Fusion Big Data Social Media Cognitive Computing Digital Twins Virtual Reality Gamification Track & Trace RFID Deep Learning Page 6

In the digital innovation race China dominates Patent filings in the chemical industry 2010-2015 with Digital background Reliance Sabic Akzo DSM Monsanto BASF Dow Bayer DuPont Sinopec 0 20 40 60 80 100 120 140 160 180 China issued Intelligent Manufacturing Development Plan (2016-2020), encouraging (petro)-chemical industry to develop Intelligent Manufacturing Source: Netherlands Office for Science & Technology (NOST) in China Page 7

The benefits of digitization to society and the economy 1. Social benefits: Digitalisation has the potential to improve health conditions and the quality of life, to prevent accidents and injuries and to protect better the environment (e.g. reduce CO 2 emissions by 60-100 million tonnes over the next decade). 2. Economic benefits: Across value migration and value addition to the chemical industry, the estimated cumulative economic value for the period 2016 to 2025 ranges from approximately 250 billion to 500 billion. Source: World Economic Forum, Digital Transformation Initiative, Chemistry and Advanced Materials Industry, 2017 Page 8

The EU Chemicals industry thinks already beyond providing chemicals and materials only Stefan Oschmann Chairmann of Executive Board & CEO Big data is becoming as important as chemistry for us BASF applies big data in catalyst research - we reached a factor of 3 reduction in cycle times from customer request to the first promising product proposal Frithjof Netzer Senior Vice President BASF 4.0 Felix Hanisch Head of Technology and Innovation Covestro's approach to digital constitutes of three horizons of implementation: Optimize supply, leverage growth and start a new game Digitalization is a growth driver for our company. Our goal is to open up a market that is worth billions Henrik Hahn Evonik Chief Digital Officer//Evonik Digital Source: Public statements Page 9

EU Chemicals companies participate in businesses alliances bringing together digital, materials and manufacturing to create high added value for the EU Source: https://www2.deloitte.com Page 10

The two aspects of digitization for the EU Chemicals Industry 1. Digitization as key driver for the transformation of the industry 2. Advanced materials as key driver for digitization Digital Plants & Sites Digital Supply Chains Digital Products & Customers Digital & Workforce Page 11

Beyond the EU Chemical Industry: SPIRE supports digitization across 8 process industries Flexible intensified continuous plants: Possible only with fast and accurate online sensing of key product and process parameters including closed-loop control and online optimization Characteristics Miniaturized equipment Benefits Product uniformity Intensified heat & mass transfer Possibly modular setup Sustainability Fast adaption to market demand Innovative products Source: CONSENS Page 12

Digitalization enables the entire manufacturing chain for more efficient operations a. Real-time sensing capability - provide correct process information to authorized users in realtime b. Feedback control to detect deviations and adjust operations immediately decision support c. Asset performance management/predictive maintenance d. Advanced operator support e. Digital Twin (virtual plant/process models) to predict the of impact of (design) decisions and to anticipate looming events and bottlenecks f. Integrated production planning g. Information integration across operations and enterprise technology layers h. End-to-end (financial) visibility from top-floor to shop-floor Source: SusChem/SPIRE Working Groups, Accenture Higher plant availability and throughput Better predictability of manufacturing Reduced lead times Higher flexibility and agility/remote operations Less quality issues Less consumption of energy and raw materials Less costs for lab analyses More efficient plant maintenance More efficient allocation of staff. Page 13

Digital enables new business models TODAYS SELL Products such as seeds, fertilizer etc. TOMORROWS GUARANTEE A certain yield Water-treatment chemicals Industrial lubricants Paints Treatment chemicals Fixed pricing Fixed quantities Quantity of clean water Guaranteed machine hours Years of preservation Quantity of noxious substances removed Value-based pricing depending on outcome Automatic refill, fluid as a leased service Source: Accenture, 2017 Page 14

EU support for Innovation: towards FP9 1. A Competitive Innovation Ecosystem: Engaging all actors in the research and innovation ecosystem is a prerequisite to ensure long-term leadership and the delivery of impact for the benefit of society. Industry has a leading role in the EU innovation ecosystem. 2. A Balanced R&I Portfolio: Planning and steering initiatives across all technology readiness levels with the aim of continuously delivering the highest overall impact. 3. A Competitive European Manufacturing Base: Key enabling technologies (KETs), including advanced process digital technologies and advanced materials, provide the backbone to boost manufacturing and digitization in Europe. 4. Sustainable Development & Impact: Results should be measured in terms of impact, replication potential, and benefits to society, the environment and the economy to accelerate growth and jobs creation. Page 15

Conclusions 1. Digital is a clear growth opportunity - chemical value chains might change completely through digitalisation, products and related process will get more personalized creating and delivering higher value for customers 2. Digital will further improve operations, e.g. cognitive plants, advanced maintenance, digital process and plant design through in-silico digital twins 3. Many chemical companies have built-up significant resources and additional organizational structures to start capture the full range of digital opportunities. Collaboration is becoming a key success factor 4. New type of education and job profiles will be required to transform the industry 5. The EU Chemicals Industry is a solution provider also for the digital economy: Innovation brings added value to the EU Page 16

Cefic (The European Chemical Industry Council) Avenue E. Van Nieuwenhuyse, 4 B-1160 Brussels Belgium www.cefic.org/about-us www.twitter.com/cefic Thank you for your attention Page 17