Poloprovozní sprchový absorbér pro čištění znečištěného plynu

PILOT-PLANT SHOWER SCRUBBER FOR CLEANING POLLUTED GAS

abstract

en

Organic and inorganic gaseous pollutants caused by human activities has become a serious problem due to negative effect on climate change. Primarily absorption processes are used to separate gaseous pollutants in practice due to its relatively low cost and have low technology requirements, compared to other chemical engineering operations. If an absorbed component enters into a chemical reaction with the liquid absorbent, it is called chemisorption. Chemisorption has a favourable speed effect. The goal of this paper is to verification sorption capacity of the ZK 400 pilot-plant wet shower scrubber. Carbon dioxide was absorbed into an aqueous solution of sodium hydroxide. The medium scrubber's flow rate provided the best conditions for chemisorption.

Článek se zabývá odstraněním polutantů ze znečištěných směsí plynů pomocí absorpčních procesů uskutečňovaných na poloprovozní pračce plynů typu ZK 400.

Organic and inorganic gaseous pollutants caused by human activities has become a serious problem due to negative effect on climate change. Primarily absorption processes are used to separate gaseous pollutants in practice due to its relatively low cost and have low technology requirements, compared to other chemical engineering operations. If an absorbed component enters into a chemical reaction with the liquid absorbent, it is called chemisorption. Chemisorption has a favourable speed effect. The goal of this paper is to verification sorption capacity of the ZK 400 pilot-plant wet shower scrubber. Carbon dioxide was absorbed into an aqueous solution of sodium hydroxide. The medium scrubber's flow rate provided the best conditions for chemisorption.

absorpce, chemisorpce, pračky plynů

absorption, chemisorption, scrubber

20.10.2014

Inštitut za kovinske materiale in tehnologije, Ljubljana, Lepi pot 11, Ljubljana, Slovenija

Ljubljana, Slovenia

978-961-92518-7-4

22nd INTERNATIONAL CONFERENCE ON MATERIALS AND TECHNOLOGY

128–128

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