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2008•Journal of Radiation Research and Radiation ProcessingRequires access

A Study of catalytic oxidation on pulp chlorine-bleaching effluent by microwave irradiation

Yu Lin Deng

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Abstract

In order to cut down the chemical oxygen demand of Chlorine-Bleaching Effluent the activated car-bon was used to treat the west water under microwave radiation. With activated carbon mass fraction 1.0g,microwave radiation time 8min,microwave power 800W,the CODCr decrease from 1176mg/L to 50mg·L-1,the removal rate of CODCr is above 95%. The results show that the chemical oxygen demand of Chlorine-Bleaching Effluent can be re-duced effectively and the related mechanism has been discussed.

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What this paper is about

In order to cut down the chemical oxygen demand of Chlorine-Bleaching Effluent the activated car-bon was used to treat the west water under microwave radiation. With activated carbon mass fraction 1.0g,microwave radiation time 8min,microwave power 800W,the CODCr decrease from 1176mg/L to 50mg·L-1,the removal rate of CODCr is above 95%. The results show that the chemical oxygen demand of Chlorine-Bleaching Effluent can be re-duced effectively and the related mechanism has been discussed.

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Available abstract

In order to cut down the chemical oxygen demand of Chlorine-Bleaching Effluent the activated car-bon was used to treat the west water under microwave radiation. With activated carbon mass fraction 1.0g,microwave radiation time 8min,microwave power 800W,the CODCr decrease from 1176mg/L to 50mg·L-1,the removal rate of CODCr is above 95%. The results show that the chemical oxygen demand of Chlorine-Bleaching Effluent can be re-duced effectively and the related mechanism has been discussed.

Key concepts: Effluent, Chlorine, Chemical oxygen demand, Oxygen, Chemistry, Microwave, Catalysis, Irradiation

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