Artem Moiseenko Email & Phone Number

Sakhalin Region, Russian Federation

• Implemented WRFM and surveillance plans for two offshore platforms to address water breakthrough, sand production, and gas cusping and out-of-zone injection issues.• For a well stock of 30 wells, prepared and matured yearly well intervention campaigns for cased-hole logging, interval isolation/perforation, integrity WO, and acid bull heading, stimulation.• Utilized segmented well modeling to identify optimum zonal shifting and injection to improve voidage replacement and sweep in multilayered reservoirs.• Utilized MBAL and OpenServer to create statistical P90/P50/P10 material balance gas production forecasts for evaluating gas growth opportunities and near-field exploration.• Created a proxy model that significantly reduced ED/AHM history matching workflow time.• Performed EOS fluid characterization and property modeling, as well as downhole sampling and laboratory testing programs development for oil and gas condensate.• Constructed cost-effective SCAL programs on cores from three new wells, and coordinated laboratory studies execution for two years.• Assured risks for production forecasting, reserves and resources estimations, and formation pore pressure prediction as a responsible Technical Authority Level 3.• Maintained best practices implementation in HSE critical activities – PPFG predictions, studies on reservoir souring (H2S), and top seal integrity.

Moscow, Russian Federation

• Reduced preparation time for unconstrained NFA production decline curves and profile aggregation for business planning by a factor of 4 by using Python scripting.• Executed annual reserves reviews (ARPR) of both Shell JVs in Russia. Engaged with internal hydrocarbon reserves audit and improved reserves compliance rating to fair.• Assessed exploration and data acquisition opportunities (e.g. fluid characterization, resource volume estimations, benchmarking) in three license blocks, resulting in one exploration well spud.• Created a BI-based KPI system for efficient field management, saving $300k on third-party software.

Moscow, Russian Federation

• Performed studies for well flow improvement and maintained network models using PROSPER/GAP.• Developed numerical simulation models and network models to predict field performance and evaluate depletion strategies for four gas condensate and oil rim fields on the Arcticgaz project.• Reduced project well count by a factor of 5 by implementing a horizontal multistage fracturing wells development strategy for tight gas Achimov deposits.• Created a gas cluster integrated production system model with 24 Tscf of reserves to maximize condensate-rich gas production monthly and create development scenarios for prospective reservoirs.• Matured 20 well proposals with simulation, history matching, and uncertainty modeling.

West Siberia, Russian Federation

• Monitored well performance, diagnosed anomalies, and identified production optimization opportunities within the operating envelope on 120 gas wells and 40 oil wells with ESPs.• Identified gas metering errors, engaged with the vendor, and organized recalibration of orifice flowmeters, saving $9 mln. on multiphase flowmeters refurbishment campaign.• Prepared and defended gas technological losses calculations receiving Ministry of Energy approval for annual mineral extraction tax deduction of $100k.• Produced well allocation, validated well tests, prepared regular deferments analysis and KPI reports, and managed short-term production forecasts and offtake schedules.

Msc, Petroleum Engineering, 3.59

Higher Diploma, Petroleum Engineering, 3.48