Hongyan You

• Angore and Juha gas field management and simulation model in PNG LNG • Moran oil field field development plan and history match in PNG LNG

• Simulation modelling (Eclipse) and history match and forecast for field development optimization in Malaysia • Assets evaluation of gas and oil fields in Indonesia

Performed subsurface assessment on Woodside Operated North West Shelf Assets. Responsibilities: • Major Capital Project of Lambert Deep & West • Reserves reports of Keast field in Great Western Flank 2 project.

I demonstrate ability to synthesize a variety of complex data and determine the optimal development plan in large gas field. Eurytion field has complicated below tuning thickness and laterally extensive reservoirs. It used to be considered too hard to characterize, and too high risk to develop. The team worked diligently and use integrated seismic to simulation workflow to characterize the volumes and evaluate feasible development plans. Eurytion field, a perceived “shallow gas hazard” field, has become a significant resource adding field in ABU portfolio. Responsibilities: • Simulation work (Petrel - INTERSECT) • Present defendable technical work to internal stakeholders and JV partners • Dynamic uncertainties assessment with integrated geophysical and geological knowledge • Advanced knowledge in simulation and Experimental Design • High caliber user of new software packages (e.g. Built the first Petrel–Intersect workflow on “Non-Darcy flow implementation in Experimental Design within ABU) • Proposed multiple improved solutions in engineering aspects. • Advanced probabilistic assessment in Crystal Ball

Reservoir Engineer role in Geryon & Orthrus Team Demonstrate strong technical ability in Major Capital Project through delivering large amount of high quality work in tight work timeline in Gorgon Expansion Project. Responsibilities: • Simulation work (GOCAD - CHEARS) • Uncertainties assessment through Experimental Design • Proposed field development plan (Including well locations, well count, SSBOD case selection and surveillance plan). • Liaised Decision Analysis studies • Built robust MBAL models. • Contributed fit for purposed reservoir engineering assessment • Contributed to non-routine tasks on own initiatives. Some technical outcomes were adopted by other subsurface teams. • Improved aquifer modeling technique for better represent drive mechanism • Method of “how to determine non-Darcy skin uncertainty range” and implement in CHEARS • Analogue database and report

I acquired waterflood experience in matured onshore oil field, and some experience in EOR (chemical flood) pilot project. Responsibilities: • Business Plan and coordinator to project managers. • Annual Reserves and Resource Report • Large amount of waterflood pattern analysis. • Monitored and managed budget control • Supported CRS (Chevron Reserve System) testing • EOR project software evaluations

I advanced reserves and resource booking classifications, influenced the Operator’s decision on FPSO replacement project, and received award from Managing Director. Responsibilities: • Reserves and resources booking • IPM modeling work (MBAL, Prosper and GAP) • CHEAR simulation modeling • Probabilistic volumetrics analysis using Crystal Ball • Decision analysis • DSS database

I gained direct operational experience in an operators group – CACT. The assets were developed through 4 platforms, 1 subsea tie back, and 1 FPSO in South China Sea. This work provided best opportunities to gain direct operational experience in reservoir management, optimizing production, improving recovery and developing marginal fields. I contributed to major projects including multiple infill drilling programs, the first multi-lateral well design, and a subsea development. Responsibility: • Operate and developed fields under strong safety culture • Maintain and allocate production data, . Forecast FPSO oil lifting schedule • Monitor reservoir performance, analyze field behavior, and adjust production rate • Perform decline analysis and downtime analysis • Build simulation models to optimize infill drilling programs • Propose and organized well surveillance work, such as PLT, RST, PVT sampling. • Propose depletion strategy and well intervention plans, including through tubing work and major rig workover • Design production intervention and analyzed results • Annual Reserves Report