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0.1 MW급 연소후 습식아민 CO2 포집 Test Bed 공정개선효과 검증

박종민 ; 조성필 ; 임태영 ; 이영일 ; Park, Jong Min ; Cho, Seong Pill ; Lim, Ta Young ; Lee, Young ill

KEPCO Journal on electric power and energy, 2016, Vol.2(1), pp.103-108

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  • Título:
    0.1 MW급 연소후 습식아민 CO2 포집 Test Bed 공정개선효과 검증
  • Autor: 박종민 ; 조성필 ; 임태영 ; 이영일 ; Park, Jong Min ; Cho, Seong Pill ; Lim, Ta Young ; Lee, Young ill
  • Assuntos: Carbon Capture And Storage ; $Co_2$ Capture ; Mono Ethanol Amine ; Test Bed ; Absorption ; Process Improvement
  • É parte de: KEPCO Journal on electric power and energy, 2016, Vol.2(1), pp.103-108
  • Descrição: Carbon Capture and Storage technologies are recognized as key solution to meet greenhouse gas emission standards to avoid climate change. Although MEA (monoethanolamine) is an effective amine solvent in $CO_2$ capture process, the application is limited by high energy consumption, i.e., reduction of 10% of efficiency of coal-fired power plants. Therefore the development of new solvent and improvement of $CO_2$ capture process are positively necessary. In this study, improvement of $CO_2$ capture process was investigated and applied to Test Bed for reducing energy consumption. Previously reported technologies were examined and prospective methods were determined by simulation. Among the prospective methods, four applicable methods were selected for applying to 0.1 MW Test Bed, such as change of packing material in absorption column, installing the Intercooling System to absorption column, installing Rich Amine Heater and remodeling of Amines Heat Exchanger. After the improvement construction of 0.1 MW Test Bed, the effects of each suggested method were evaluated by experimental results.
  • Idioma: Coreano

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