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ECBM is an important enhancing technique to produce additional gas. The production behavior in ECBM process is mainly affected by the sorption characteristics. In order to understand the mechanism of sorption characteristics of CO₂and methane, this paper investigated the methane recovery by the effect of Langmuir pressure and volume related with sorption process. As a result of CO₂injection, as the Langmuir pressure of CH₄ increases while the Langmuir volume decreases, CO₂breakthrough time is delayed since pressure gradient is small between the wells. We also found that the replacement efficiency between CO₂and methane is sensitively affected as the Langmuir pressure and volume are varied. Due to the impacts of CO₂BT and replacement efficiency, the methane recovery at CO₂BT time is changed by the Langmuir pressure and volume. As an another characteristics of sorption, sorption time of methane was examined in terms of methane recovery. With the increase in sorption time of methane, replacement efficiency is decreased and CO₂BT is delayed. This counter effect yields no significant change in methane recovery.

권호기사

권호기사 목록 테이블로 기사명, 저자명, 페이지, 원문, 기사목차 순으로 되어있습니다.
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Metric Space Mapping of Oil Sands Reservoirs Using Streamline Simulation 진정우, 최종근, 임정택, 이혜선 pp.109-113

Effect of Hot-brine Temperature on Hydrate Dissociation Behavior in Methane Hydrate-bearing Sediments 안태웅, 박창협, 이재형, 이호영, 강주명 pp.115-120

Evaluation of the Hydraulic Reactivity of Calcium Aluminate Glass Containing Silicate Ion with Discrete Variational Xα Method 유광석, 안지환, Seishi Goto pp.121-126

The Effect of CO2-CH4 Sorption Phenomena on Methane Recovery of Coalbed Methane 김기홍, 성원모, 김상진, 이민규 pp.127-133

The Analysis of Gas Productivity by the Influence of Condensate Bank near Well 이우철, 성원모, 이계정, 한정민, 이영수 pp.135-144

Development of Inverse Model for Reservoir Characterization Using SA Algorithm 정지헌, 권순일, 이정환 pp.145-152

Numerical Modeling of the Effect of Seawater and Circulation Rates for Seafloor Mudline Temperature 이경재, 최종근 pp.153-156