Rolland (Ray) Missman's Email

Reservoir engineer with more than 35 years diversified experience. Strong technical, analytical, computer and business skills. Proficient in unconventional resources, reservoir development planning and surveillance. Passion for reservoir engineering, both classical and unconventional reservoirs, supported by detailed analysis. Proven team player with commercial, geoscientists and other disciplines. Key contributor in successful bids for two major properties ($4.6 B, 966,000 net acres). Co-author of SPE-22161 and IPTC-17103, contributing author to National Petroleum Council (NPC) 2003 study: "Balancing Natural Gas Policy". Registered Professional Engineer in California.

Contract Reservoir Engineer @ Part of a QRI team responsible for analyzing and advising on methods to optimize recovery for several major oil reservoirs in Kuwait/Saudi Arabia Partitioned Zone. From May 2014 to May 2015 (1 year 1 month) Petroleum Reservoir Reservoir Engineer – Unconventional Reservoir Assessment @ Acted as lead reservoir engineer & mentor at client company - job was to assess potential tight gas and rich gas acquisition targets. Responsible for performance predictions of shale gas & shale liquids wells for assessment evaluation • Forecasts helped support successful bids for two major properties ($4.6 B, 966,000 net acres) • Mentored younger associates, provided technical leadership within the team. From January 2010 to May 2014 (4 years 5 months) Houston, Texas AreaPetroleum Engineer @ Reservoir Engineering Co-Lead for Piceance tight gas development project Responsible for building long-term forecasting tools and general reservoir engineering guidance. • Built EMpower Profile Generator simulation model (>2000 wells); results used as design basis for Projects team. • Built and history matched multi-layer transient single-well models in IPM, PMTx and ARM. • Mentored younger associates; instructor at ExxonMobil’s Reservoir Engineering school and speaker at ExxonMobil’s Frontier Resources seminar • Chair of ExxonMobil’s Reservoir Engineering Tech Set Working Committee – responsible for advising what software the Corporation needs for Reservoir Engineering. From January 2005 to September 2009 (4 years 9 months) Houston, Texas AreaPetroleum Engineer @ Various reservoir engineering assignments including: • Sable offshore gas studies: Used rate transient analysis and IPM MBAL material balance techniques to study production performance data shortly after startup. My analysis caused major change in facilities development plans and potentially saved building another platform. • National Petroleum Council (NPC) Gas Study task force: Contributed performance analysis insights, critically reviewed consultant procedures and results, assisted in developing management briefings and documentation for NPC’s study "Balancing Natural Gas Policy" in 2003. Lead Reservoir Engineer for Lisburne field • Represented ExxonMobil at Unit technical meetings; responsible for independent studies to corroborate or extend the Operators’ studies. • Reservoir studies, analytical studies on gravity drainage, supported equity negotiating team • Developed Project Funding package for corporate approval, a $894MM funding decision Various simulation assignments including • Built and history matched Prudhoe Bay Full Field Model (40-ac spacing, 1700+ wells) – (team effort) From January 1980 to December 2004 (25 years) Houston, Texas AreaPetroleum Engineer @ • Well testing group: designed/conducted flow tests of Khuff deep gas formation. Analyzed DSTs of exploratory wells. • Drilling Engineer • Facilities Planning: coordinated Khurais Development Study • Production Engineer: Ghawar water injection surveillance From August 1974 to December 1979 (5 years 5 months) Saudi Arabia

Masters of Engineering, Mechanical Engineering @ University of California, Berkeley From 1972 to 1974 Bachelor of Arts (B.A.), Physics @ University of California, San Diego Rolland (Ray) Missman is skilled in: Material Balance, Reservoir Management, Reservoir Simulation, Well Testing, Reservoir Engineering, Gas, Petroleum, Performance prediction for unconventional reservoirs, Unconventional Resources, Well performance forecasting, Rate Transient Analysis, Field Development, Production log analysis, Shale Gas, Petrolum Engineering