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題名:鈣迴路捕獲二氧化碳技術
書刊名:臺灣能源期刊
作者:徐恆文陳威丞張名惠周揚震
作者(外文):Hsu, Heng-wenChen, Wei-chengChang, Ming-huiChou, Yiang-chen
出版日期:2014
卷期:1:2
頁次:頁145-155
主題關鍵詞:CO₂捕獲鈣迴路化學迴路煅燒碳酸化CO₂ captureCalcium loopingChemical loopingCalcinationCarbonation
原始連結:連回原系統網址new window
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  • 被引用次數被引用次數:期刊(3) 博士論文(0) 專書(0) 專書論文(0)
  • 排除自我引用排除自我引用:3
  • 共同引用共同引用:0
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經濟部能源局長期推動低碳能源相關的技術研發,其中「二氧化碳捕獲與封存」便是非常關鍵的技術。能源基金支持發展之鈣迴路捕獲CO2技術,已放大至1.9 MWt試驗廠規模。其特色是結合了燃燒後捕獲之碳酸化反應與純氧燃燒之煅燒再生吸附劑技術,並利用蘊藏量豐富的石灰石(CaCO3)為原料。石灰石先經由煅燒成石灰(CaO)作為吸附劑,其有高的吸附容量,可捕獲90%以上的二氧化碳,失去捕獲活性的吸附劑可完全作為水泥生產與排煙脫硫的原料,使吸附劑幾乎完全不需要成本,亦無廢棄物衍生問題,深具發展潛力。
The Bureau of Energy of MOEA promotes relevant technology research and development of low carbon energy, among them the carbon capture and storage (CCS) is a very key technology. The energy fund supports development of the calcium looping technology for capturing CO2 in a 1.9 MWt pilot plant. The distinguished feature is the combination of post-combustion capture technology using carbonation process and oxyfuel combustion calciner for sorbent regeneration, with the abundant limestone (CaCO3) serves as raw materials. At first the limestone calcinate into lime (CaO) as the adsorbent, it has high absorption capacity and can capture more than 90% carbon dioxide. When the adsorbents lose activity and can be used as raw materials for cement production and flue gas desulfurization. The calcium looping process makes the adsorbent free and produces no materials that have extensive development potentiality in the future.
期刊論文
1.Fan, L. S.、Zeng, L.、Wang, W.、Luo, S.(2012)。Chemical Looping Processes for CO2 Capture and Carbonaceous Fuel Conversion: Prospect and Opportunity。Energ. & Envi. Sci.,5(6),7254-7280。  new window
2.Manovic, V.、Anthony, E. J.(2010)。Sintering and formation of a nonporous carbonate shell at the surface of CaO-based sorbent particles during CO2-capture cycles。Energy Fuels,24,5790-5796。  new window
3.Ramkumar, S.、Fan, L. S.(2010)。Thermodynamic and experimental analyses of the three-stage calcium looping process。Ind. Eng. Chem. Res.,49,7563-7573。  new window
4.Romeo, Luis M.、Abandas, J Carlos、Escosa, Jesus M.、Pano, Jara、Gimenz, Antonio、Sanchez-Biezma, Andrés、Ballesteros, Juan C.(2008)。Oxyfuel carbonation calcination cycle for low cost CO2 capture in existing power plants。Energy Conversion and Management,49,2809-2814。  new window
5.Wang, W. S.、Wong, Ramkumar D.、Fan, L. S.(2012)。Simulations and process analysis of the carbonation-calcination reaction process with intermediate hydration。Fuel,92,94-106。  new window
6.Yu, F. C.、Phalak, N.、Sun, Z.、Fan, L. S.(2012)。Activation Strategies for Calcium-Based Sorbents for CO2 Capture: A Perspective。Ind. Eng. Chem. Res.,51,2133-2142。  new window
7.徐恆文、柳萬霞、黃欽銘(20120600)。鈣迴路捕獲CO₂技術的展望與機會。鑛冶,56(2)=218,13-20。  延伸查詢new window
8.柳萬霞、徐恆文、黃欽銘、陳威丞、歐陽湘(20120300)。燃燒後捕獲二氧化碳技術--鈣迴路捕獲CO₂技術國際現況與國內發展介紹。工業污染防治,31(1)=121,71-86。  延伸查詢new window
9.周揚震、徐恆文、沈政憲、柳萬霞(2013)。提升鈣迴路二氧化碳捕獲程序吸附劑再生循環之可行性技術。化工技術,21(9),160-171。  延伸查詢new window
會議論文
1.柳萬霞、徐恆文、黃欽銘、陳威丞、張名惠、陳瑞燕(2012)。鈣迴路捕獲二氧化碳技術發展與實驗討論。中華民國力學學會第三十六屆全國力學會議。國立中央大學。  延伸查詢new window
圖書
1.International Energy Agency(2013)。Technology Roadmap Carbon Capture and Storage。  new window
圖書論文
1.International Energy Agency(2012)。CO2 Emissions by Fuel。2012 Key World Energy Statistics。  new window
2.International Energy Agency(2012)。ETP 2012 complete slide deck。Energy Technology Perspectives 2012。  new window
 
 
 
 
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