Zpravodaj Hnědé uhlí 2017, 57(1):3-18

Regenerativní záchyt oxidu uhličitého z energetických procesů

Ing. Marek Staf, Ph.D., doc. Ing. Karel Ciahotný, CSc., Ing. Eva Krtková

Studie se věnuje možnostem, které skýtá metoda vysokoteplotní karbonátové smyčky pro cyklický záchyt oxidu uhličitého. Diskutována je separace uvedeného skleníkového plynu ze spalin produkovaných při výrobě elektrické energie, tepla a též při významných průmyslových procesech. Na základě literárních pramenů je tato metoda porovnána s jinými absorpčními a adsorpčními postupy. Základní provozní parametry metody se opírají o literární rešerši a vlastní laboratorní měření realizované na aparatuře s pevným ložem sorbentu. Pomocí údajů z Integrovaného registru znečišťování životního prostředí a dalších veřejných databází byl vyhotoven a kriticky vyhodnocen přehled významných zdrojů oxidu uhličitého v České republice.

Keywords: oxid uhličitý, spaliny, vysokoteplotní sorpce, energetika

Regenerative method of carbon dioxide capture from energy processes

The study deals with the opportunities offered by the method of high-temperature carbonate loop for cyclic regenerative carbon dioxide capture. Separation of the mentioned greenhouse gas from the exhaust flue gases produced during the production of electricity, heat, and also in major industrial processes is discussed. Based on literary sources, this method is compared with other absorption and adsorption procedures. The basic operating parameters of the method are based on literary research and laboratory experimental measurements carried out on the apparatus with the sorbent fixed bed. Survey of the important sources of carbon dioxide in the Czech Republic was elaborated and critically evaluated using data from the Integrated Pollution Register and other public databases.

Keywords: carbon dioxide, flue gas, high temperature sorption, power industry

Published: March 1, 2017  Show citation

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Staf, M., Ciahotný, K., & Krtková, E. (2017). Regenerative method of carbon dioxide capture from energy processes. Zpravodaj Hnědé uhlí, 57(1), 3-18
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