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conferenceseries.com
Volume 9 Journal of Earth Science & Climatic Change Climate Congress 2018
August 06-07, 2018
August 06-07, 2018 Osaka, Japan
4th World Congress on
Climate Change and Global Warming
Jae Gang Kim et al., J Earth Sci Clim Change 2018, Volume 9
DOI: 10.4172/2157-7617-C3-045
A study on carbon dioxide desorption in amino acid salt
Jae Gang Kim, Jin Sik Choi, Ju-Yeol Lee and Byung Hyun Park
ANYTECH Co. Ltd., South Korea
The indoor carbon dioxide concentration in the domestic liquor factory working environment is over 20,000 ppm. So, in
order to maintain the indoor carbon dioxide standard value of 5,000 ppm or less, the outside air is introduced. A very large
energy loss occurs in order to maintain the room temperature changed by the inflowed of outside air. In order to minimize
energy loss and provide a pleasant work environment to the workers, we intend to secure indoor comfort while enhancing
energy efficiency through the removal of carbon dioxide, which is a pollutant in the mainstreamplant and indoor air circulation.
In this study, the regeneration efficiency of the amino acid salt absorbent which can be applied to carbon dioxide absorption/
regeneration process was confirmed. The regeneration efficiency has a great influence on the economical judgment of the
process. So, continuous regeneration experiment was conducted to establish economical process. The amino acid salts used in
the experiments are potassium L-lysinate and potassium L-alaninate. Each amino acid and Potassium Hydroxide (KOH) was
mixed at a 1:2 molar ratio. In order to confirm the regeneration efficiency of the absorbent, carbon dioxide was absorbed in
two materials and the carbon dioxide desorption experiment was carried out by heating. The initial reaction rate was L-alanine
was faster. Over time, L-lysine, desorption higher concentrations of carbon dioxide. L-lysine showed higher regeneration
efficiency than L-alanine, (L-alanine 47.26% and L-lysine 62.11%). As a result of the continuous regeneration experiment using
the L-lysine having good absorption and regeneration efficiency, it was confirmed that the regeneration efficiency decreases as
the number of regeneration increases.
Biography
Jae Gang Kim has his research in environment. He mainly conducts his research on air pollutant removal, carbon dioxide capture and utility and waste resources.
He is conducting experiments on a new clean, reusable method that does not generate secondary pollutants.