Study on Mechanism of Geological Storage of Carbon Dioxide in Coal Seam and Enhanced Coal Bed Methane Recovery

Feng Shan Han; Xin Li Wu

doi:10.4028/www.scientific.net/AMR.868.261

Paper Titles

Computed Tomography Analysis of Representative Elementary Volume (REV) of Porous Medium
p.234

Pre-Cooling the Inlet Airflow of the Mine Utilizing the Shallow Rock Low Temperature Resource
p.241

Numerical Simulation of Bolt-Mesh-Anchor Support Technology at Soft Rock Roadway
p.251

Research to the Tension Monitoring Instrument of Bolt and Cable in Multi-Point
p.255

Study on Mechanism of Geological Storage of Carbon Dioxide in Coal Seam and Enhanced Coal Bed Methane Recovery
p.261

Research of Cleaner Production System in Phosphate Mine
p.265

Organic Matter Characteristics of Coal Measure Source Rocks of Well Wanggu 1 in Huanghua Depression
p.271

Study on Porous Structure and Fractal Characteristics of Oil Shale and Semicoke
p.276

Test Study on Dynamic Mechanical Property of Jointed Rock Mass
p.282

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 868Study on Mechanism of Geological Storage of Carbon...

Study on Mechanism of Geological Storage of Carbon Dioxide in Coal Seam and Enhanced Coal Bed Methane Recovery

Abstract:

The emission in atmosphere results in global climates warm, reduction of emission is growing concern of many countries. The geological storage of is effective method to reduce emission. Because coal seam has strong absorption capacity for ,the coal seam can be used as geological storage reservoirs, and coal seam has such characteristics that coal seam is preference for absorption and postponement for absorption, injection into coal seam can enhanced coal bed methane recovery, -ECBM, because and compete and absorb in coal seam , displace , hence coal bed methane can be obtained by The geological storage of in coal seam,is a energy generated by methane from injection into coal seam, injection into coal seam can not only reduce emission and but also enhance coal bed methane recovery, that is important to environment protection and energy sustainable development.

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Periodical:

Advanced Materials Research (Volume 868)

Pages:

261-264

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.868.261

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Online since:

December 2013

Authors:

Feng Shan Han*, Xin Li Wu

Keywords:

Carbon Dioxide, CO₂ -ECBM, Coal Seam, Geological Storage, Mechanism, Sustainable Development

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