Chinese Journal of Applied Chemistry

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Principle and Optimized Parameters for Destroying Chloroacetophenone by Incineration Equipment

WANG Xuanyu*, ZHU Xuezheng, WANG Lina   

  1. (4 th Department,Institute of Chemical Defense,Beijing 102205,China)
  • Received:2011-08-26 Revised:2011-12-21 Published:2012-08-10 Online:2012-08-10
  • Contact: WANG
  • About author:WANG Xuanyu, professor; Tel: 010-66756297; Fax: 010-66756297; Email: wxycrs@yahoo.com.cn;   Technical research is military chemistry and pyrotechnical technology.

Abstract: According to combustion theory and chemical structure of chloroacetophenone, the principle for destroying chloroacetophenone by incineration was analyzed, and the reaction products and equation of the incineration were determined. By incineration experiments, the major influencing factors, such as feed-in waste quantity, feed-in time interval, temperatures of the first and second fireboxes, were discussed. Moreover, the optimized parameters for destroying chloroacetophenone by incineration equipment were determined. As a result, chloroacetophenone may be scientifically and thoroughly destroyed by the special incineration equipment under the following optimized parameters:the excess air coefficient is 2.5, the feed-in waste quantity is 400 g each time, the feed-in time interval is 3 min, the temperature of the first firebox is 800 ℃, while the second firebox is 1200 ℃.

Key words: danger chemicals, lacrimatory agent, chloroacetophenone, incineration, destruction, optimized paramete

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