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| Department |
Energy Resource Engineering |
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| E-Mail |
hyundon.shin@inha.ac.kr |
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| Laboratory |
Center for Uncoventional Resources and Energy |
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| Major |
Petroleum Engineering |
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| School |
1988.02
Seoul National University(Bachelor's Degree)/Mining & Minerals Engineering
1990.02
Seoul National University(Master's Degree)/자원공학(응용지질)
2006.06
University of Alberta(Doctor's Degree)/석유공학
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| Career |
1993.05~1998.11
한국석유공사/해외사업부관리직
2005.07~2007.02
Shell Canada, Oil sands Research/Sr.Research Engineer
2007.03~2008.07
Husky, Oil sands/Sr. Staff Engineer
2008.08~2010.03
Suncor, Subsurface Technology/Specialist
2010.03~2011.02
ConocoPhillips, Technology/Staff Reservoir Engineer
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| Degree thesis |
| Major scientific thesis |
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- Deep neural network model for estimating montney shale gas production using reservoir, geomechanics, and hydraulic fracture treatment parameters, JOURNAL OF NATURAL GAS SCIENCE AND ENGINEERING, Vol.120, , 2023.
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- Optimization of CO2 injection and brine production well placement using a genetic algorithm and artificial neural network-based proxy model, INTERNATIONAL JOURNAL OF GREENHOUSE GAS CONTROL, Vol.127, , 2023.
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- The role of geomechanics for geological carbon storage, GONDWANA RESEARCH, Vol.124, 100~123, 2023.
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- Feature engineering process on well log data for machine learning-based SAGD performance prediction, JOURNAL OF PETROLEUM SCIENCE AND ENGINEERING, Vol.229, , 2023.
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- multi-lateral horizontal well with dual-tubing system to improve CO2 storage security and reduce CCS cost, APPLIED ENERGY, Vol.330, , 2023.
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- Analysis of CO2 phase transition within well-bore during injection into low-rank but relatively shallow coal seams, , Vol.8 No.3, , 2022.
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- Artificial neural network prediction models for Montney shale gas production profile based on reservoir and fracture network parameters, ENERGY, Vol.244, , 2022.
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- Development of Production-Forecasting Model Based on the Characteristics of Production Decline Analysis Using the Reservoir and Hydraulic Fracture Parameters in Montney Shale Gas Reservoir, Canada, GEOFLUIDS, Vol.2021, , 2021.
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- Multivariate approach to the gas production forecast using early production data for Barnett shale reservoir, JOURNAL OF NATURAL GAS SCIENCE AND ENGINEERING, Vol.87, , 2021.
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- Three-Dimensional Modelling of Desorbed Gas Volume and Comparison to Gas Production Rate in the Montney Plays, Western Canadian Sedimentary Basin, GEOFLUIDS, Vol.2021, , 2021.
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- Numerical simulation of undulating shale breaking with steam-assisted gravity drainage (UB-SAGD) for the oil sands reservoir with a shale barrier, JOURNAL OF PETROLEUM SCIENCE AND ENGINEERING, Vol.195, , 2020.
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- Machine learning -based prediction of the shale barrier size and spatial location using key features of SAGD production curves, JOURNAL OF PETROLEUM SCIENCE AND ENGINEERING, Vol.191, , 2020.
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- Development of Shale Gas Prediction Models for Long-Term Production and Economics Based on Early Production Data in Barnett Reservoir, ENERGIES, Vol.13 No.2, , 2020.
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- Optimization of well placement and operating conditions for various well patterns in CO2 sequestration in the Pohang Basin, Korea, INTERNATIONAL JOURNAL OF GREENHOUSE GAS CONTROL, Vol.90, , 2019.
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- Application of a dual tubing CO2 injection-water production horizontal well pattern for improving the CO2 storage capacity and reducing the CAPEX: A case study in Pohang basin, Korea, INTERNATIONAL JOURNAL OF GREENHOUSE GAS CONTROL, Vol.90, , 2019.
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- Effect of reservoir characteristics on the productivity and production forecasting of the Montney shale gas in Canada, JOURNAL OF PETROLEUM SCIENCE AND ENGINEERING, Vol.182, , 2019.
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- Development of reservoir economic indicator for Barnett Shale gas potential evaluation based on the reservoir and hydraulic fracturing parameters, JOURNAL OF NATURAL GAS SCIENCE AND ENGINEERING, Vol.66, 159~167, 2019.
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- Development and application of proxy models for predicting the shale barrier size using reservoir parameters and SAGD production data, JOURNAL OF PETROLEUM SCIENCE AND ENGINEERING, Vol.170, 331~344, 2018.
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- 이산화탄소 주입에 따른 포항 영일만 대수층안정성평가, 지질공학, Vol.28 No.2, 183~192, 2018.
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- Lithofacies modeling by multipoint statistics and economic evaluation by NPV volume for the early Cretaceous Wabiskaw Member in Athabasca oilsands area, Canada, GEOSCIENCE FRONTIERS, Vol.9 No.2, 441~451, 2018.
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- Efficient Prediction of SAGD Productions Using Static Factor Clustering, JOURNAL OF ENERGY RESOURCES TECHNOLOGY-TRANSACTIONS OF THE ASME, Vol.137, 137~143, 2015.
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- Uncertainty quantification of channelized reservoir using Ensemble Smoother with selective measurement data, ENERGY EXPLORATION & EXPLOITATION, Vol.32 No.5, 805~816, 2014.
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- 비전통자원 개발기술 현황 및 전망, 석유, Vol.29, 134~164, 2013.
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- SAGD 공법 시뮬레이션 격자설계 최적화 연구, Journal of the Korean Society of Mineral and Energy Resources Engineers , Vol.50 No.5, 667~677, 2013.
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- A simple parameter to optimize SAGD operating conditions, GEOSYSTEM ENGINEERING, Vol.15 No.2, 85~89, 2012.
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- 오일샌드 SAGD 사업의 경제성 지표, 석유, Vol.27, 176~190, 2011.
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| Major science journals |
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- 비전통자원개발공학, 씨아이알, 2015.
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- 석유생산공학, 구미서관, 2014.
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| Patents |
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- Method for predicting shale barrier size using various reservoir parameters and SAGD production data, 2020.
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- 단일 수평정을 이용한 이산화탄소 지중 저장장치(APPARATUS FOR STORING CARBON DIOXIDE IN GROUND USING SINGLE HORIZONTAL WELL), 2020.
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- SAGD 생산곡선 예측장치(APPARATUS FOR PREDICTION OF SAGD PRODUCTION CURVE), 2020.
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- METHOD OF DECISIONING FOR INSERTING LOCATION OF HORIZONTAL WELL, 2018.
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- 셰일 장애층 크기 추정방법 및 이를 수행하는 프로그램을 기록한 컴퓨터 판독 가능한 기록매체, 2018.
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- APPARATUS FOR PREDICTION OF SAGD PRODUCTION CURVE, 2018.
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- STATISTICALLY METHOD OF ESTIMATING FOR SIZE OF SHALE BARRIER), 2018.
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- METHOD OF ESTIMATING FOR SIZE OF SHALE BARRIER, 2018.
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- 셰일 플레이의 경제성 평가방법, 2017.
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- 셰일 플레이별 경제성 평가방법, 2017.
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- 단일 수평정을 이용한 이산화탄소 지중저장창치, 2017.
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- 비투멘의 경제성 평가 장치 및 그 방법(APPARATUS AND METHOD FOR EVALUATING ECONOMICS OF BITUMEN), 2017.
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- 저류층 내 협재된 셰일층 교차 시추 파괴를 통한 석유 생산 방법(METHOD OF OIL PRODUCTION BY CROSS DESTRUCTING INTERBEDDED SHALE LAYER IN RESERVOIR), 2017.
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- 저류층 내 협재된 셰일층 수직 시추 파괴를 통한 석유 생산 방법(METHOD OF OIL PRODUCTION BY VERTICALITY DESTRUCTING INTERBEDDED SHALE LAYER IN RESERVOIR), 2016.
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- 저류층 내 협재된 셰일층 수평 시추 파괴를 통한 석유 생산 방법(METHOD OF OIL PRODUCTION BY DESTRUCTING INTERBEDDED SHALE LAYER IN RESERVOIR), 2016.
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