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The Study of KOGAS DME Process in Small and Medium Sized Gas Field Containing $CO_2$  

Mo, Yong-Gi (DME Research Project, Korea Gas Corporation R&D Division)
Cho, Won-Jun (DME Research Project, Korea Gas Corporation R&D Division)
Song, Taek-Yong (DME Research Project, Korea Gas Corporation R&D Division)
Baek, Young-Soon (DME Research Project, Korea Gas Corporation R&D Division)
Publication Information
Journal of the Korean Institute of Gas / v.14, no.4, 2010 , pp. 51-55 More about this Journal
Abstract
The global activities to reduce the $CO_2$ emission as a greenhouse gas have been various efforts. Under this circumstance, small and medium sized gas field containing $CO_2$ to develop as LNG is not economic feasibility. Particularly, for the separation of $CO_2$ in gas field, separation facilities should be installed to add. This is and increase in plant construction cost and separated $CO_2$ emission into the atmosphere is not the result of greenhouse gas reduction. When the uneconomic gas field apply the KOGAS DME process, the gas field containing $CO_2$ can be increase economic feasibility because of natural gas and $CO_2$ can be use to resource gas. The Tri-reformer produced syngas as H2 and CO in KOGAS DME process and the resource gases are natural gas, steam, oxygen and $CO_2$. The $CO_2$ is used as raw material gases from recover $CO_2$ in DME process. In this study, we investigated range of application of $CO_2$ in gas field.
Keywords
DME; Dimethyl Ether; syngas; synthesis gas; $CO_2$; carbon dioxide; tri-reforming; tri-reformer; DME synthesis; catalyst; KOGAS DME process;
Citations & Related Records
Times Cited By KSCI : 1  (Citation Analysis)
연도 인용수 순위
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