Abstract
Counter-current absorbers are used for purification of the large amounts of waste gases emitted from the combustion plants. The gas velocity (and as a result the absorbers diameter, too) is limited by the rate of the absorbent drops fall in an immobile gas medium, i.e. the gas velocity must be less than the drops velocity (~4 m s−1 practically).
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References
Elenkov D, Boyadjiev C (1967) Hydrodinamics and Mass transfer in a nozzles Venturi absorber. II. Absoption of sulfur dioxide in water and aqueous solutions of surfactants. Int Chem Eng 7(2):191
Eлeнкoв Д, Xp Бoяджиeв, Ив Кpъcтeв, Бoяджиeв Л (1966) Aбcopбция нa cepeн двyoкиc c paзтвopи нa нaтpиeв кapбoнaт в cтpyecт aбcopбep тип Beнтypи. Извecтия нa ИOHX-БAH 4:153–166
Boyadjiev C (2010) Theoretical chemical engineering. Modeling and simulation. Springer, Berlin
Doichinova M, Boyadjiev C (2012) On the column apparatuses modeling. Int J Heat Mass Transfer 55:6705–6715
Boyadjiev C (2013) A new approach for the column apparatuses modeling in chemical engineering. J Pure Appl Math Adv Appl 10(2):131–150
Boyadjiev C, Boyadjiev B, Doichinova M, Popova-Krumova P (2013) Method and apparatus for gas absorption. Patent application No. 111168
Boyadjiev C, Boyadjiev B, Doichinova M, Popova-Krumova P (2014) Method and apparatus for gas cleaning from sulfur dioxide. Patent application No. 111398
Boyadjiev C, Boyadjiev B, Doichinova M, Popova-Krumova P (2014) Co-current apparatus for gas absorption. Patent application No. 111473
Boyadjiev C, Doichinova M, Popova-Krumova P, Boyadjiev B (2015) On the gas purification from low SO2 concentration. 1. Absorption methods modeling. Int J Eng Res 4(9):550–557
Boyadjiev C, Doichinova M, Popova-Krumova P, Boyadjiev B (2015) On the gas purification from low SO2 concentration. 2. Two-steps chemical absorption modeling. Int J Eng Res 4(9):558–563
Boyadjiev C, Boyadjiev B, Doichinova M, Popova-Krumova P (2015) An absorption-adsorption method for gas purification from SO2 in power plants. OALib J (in press)
Boyadjiev B, Boyadjiev C (2015) Modeling of a co-current apparatus for SO2 absorption. Recent Innov Chem Eng 8(1):25–29
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Boyadjiev, C., Doichinova, M., Boyadjiev, B., Popova-Krumova, P. (2016). Co-current Apparatus. In: Modeling of Column Apparatus Processes. Heat and Mass Transfer. Springer, Cham. https://doi.org/10.1007/978-3-319-28259-6_12
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DOI: https://doi.org/10.1007/978-3-319-28259-6_12
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