Open Automation 2015 ARC Forum

Transcription

1 DRAFT 9-10 February 2016 Open Automation 2015 ARC Forum Orlando, FL Don Bartusiak Chief Engineer Steve Bitar Program Lead This presentation includes forward-looking statements. Actual future conditions (including economic conditions, energy demand, and energy supply) could differ materially due to changes in technology, the development of new supply sources, political events, demographic changes, and other factors discussed herein (and in Item 1A of ExxonMobil s latest report on Form 10-K or information set forth under "factors affecting future results" on the "investors" page of our website at This material is not to be reproduced without the permission of Exxon Mobil Corporation.

2 Motivation Control System Replacement Projects A significant percentage of ExxonMobil Refining and Chemical control systems will face obsolescence over the next decade Global Growth and Competition To remain competitive over the next several decades oil & gas, refining, and chemical companies must lower capital costs and improve profitability Why not simply replace these systems with a state-of-the-art DCS? High cost of technology refresh limits access to leading edge performance Expensive to integrate third-party components Application market liquidity is limited; lack of sophisticated development tools Solutions are bundled versus best-in-class Security model is not intrinsic; bolted-on, not built-in Technology Trends Step change improvements observed in adjacent industries enabled by open architectures and virtualization Defense avionics industries have transitioned from a proprietary stovepipe model to a fully open and interoperable systems architecture The manufacturing industries are expecting value derived from the Internet of Things (IoT), wireless, and cloud services security models are emerging to enable more secure data flow between the Operations Technology (OT) and IT/Cloud layers 2

3 Vision A standards-based, open, secure, and interoperable control system that: Vision: Open Automation (1) promotes innovation & value creation (2) effortlessly integrates best-in-class components (3) affords access to leading-edge capability & performance (4) preserves the asset owner s application software (5) significantly lowers the cost of future replacement (6) employs an adaptive intrinsic security model Applicable to both brownfield and greenfield facilities Consistent with ExxonMobil s Upstream Automation Vision ( It Just Happens ) Goal is a commercially available system; not ExxonMobil-only Applicable to all current DCS markets 3

4 Open Systems Architecture Vision A system of systems Cloud Services Predictive Maintenance Global Data Analytics Remote Operations Fleet Optimization L1 L3 Functions OT Data Center L4 Functions IT Data Center Operations Platform App A App B High-Availability, Real-Time Advanced Computing Platform RTAC Platform Business Platform Transactional Computing Platform Transactional Services Maintenance Planning & Scheduling Enterprise Data Analytics real-time service bus Network Services DCS Migration DCN DCN L1 L3 Functions I/O Processing Regulatory Control Application Hosting Analyzer Machinery Monitoring Safety Systems Wireless Gateway PLC Core Real-Time Functions Legend Existing 4

5 Timeline 2014: Functional Characteristics written by ExxonMobil. Shared with industry at the February 2015 ARC Forum Held discussions with multiple suppliers throughout Q15: Awarded contract to Lockheed Martin for early stage prototype development of an open control system Lockheed Martin has expertise in the design and implementation of real-time, high-availability, deterministic open systems Lockheed Martin is a founding member of the Future Airborne Capability Environment (FACE ) Consortium Jan 2016: Issued press release and held Industry Day for suppliers. Feb 2016: Reconnect with ARC Forum. Test for users interest 5

6 Next Steps in 2016 Supplier RFI responses due to Lockheed Martin by Feb 26 Supplier RFP responses due in May Design and build lab prototype system by Dec 6

7 Summary and Expected Outcome Summary ExxonMobil has a large percentage of process control systems that are facing obsolescence issues over the next decade Oil & gas, refining, and chemical companies must lower capital costs and improve profitability to remain competitive Step change improvements observed in adjacent industries have been enabled by open, interoperable technologies and virtualization Expected Outcome from ARC Forum 2016 Attendees understand our motivation & vision, and their opportunity Users interested in learning more are welcome to contact ExxonMobil 7