EFFICIENCY EVALUATION OF CO2 IN COD AND T .S.S REDUCE IN INDUSTRIAL WASTE WATER

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POORASLANY ELNAZ; ABASIAN MOJTABA; GHASEMI ABDOLHOSSEIN; AMIR SHAGHAGI AHMAD

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Journal: THE APPLICATION OF CHEMISTRY IN ENVIRONMENT Year:2014 | Volume:5 | Issue:17 Page(s): 31-39

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Title

EFFICIENCY EVALUATION OF CO2 IN COD AND T .S.S REDUCE IN INDUSTRIAL WASTE WATER

Author(s)

POORASLANY ELNAZ | ABASIAN MOJTABA | GHASEMI ABDOLHOSSEIN | AMIR SHAGHAGI AHMAD | Issue Writer Certificate

Keywords

CHLORINE DIOXIDE

COD

T.S.S

WASTE WATER

Abstract

The continuous growth of population, surface water and ground water Contamination, non-uniform distribution of water and Periodic droughts, has forced Water and sanitation experts to look for an alternative source for water. The use of treated wastewater technology with high quality as an Reliable water supply has attracted more attention as recycling of WASTE WATER and industrial waste to reuse was attracted more attention in dehydrated countries. In addition to the problem of water crisis, environmental pollution caused by WASTE WATERs also has stressed refining and production of WASTE WATER with minimum pollution. In this research, the possibility of reduction of COD and I.S.S by ClO2 as a strong oxidant was investigated. Tabriz Petrochemistry WASTE WATER was examined as a case study.

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APA: Copy

POORASLANY, ELNAZ, ABASIAN, MOJTABA, GHASEMI, ABDOLHOSSEIN, & AMIR SHAGHAGI, AHMAD. (2014). EFFICIENCY EVALUATION OF CO₂ IN COD AND T .S.S REDUCE IN INDUSTRIAL WASTE WATER. THE APPLICATION OF CHEMISTRY IN ENVIRONMENT, 5(17), 31-39. SID. https://sid.ir/paper/236383/en

Vancouver: Copy

POORASLANY ELNAZ, ABASIAN MOJTABA, GHASEMI ABDOLHOSSEIN, AMIR SHAGHAGI AHMAD. EFFICIENCY EVALUATION OF CO₂ IN COD AND T .S.S REDUCE IN INDUSTRIAL WASTE WATER. THE APPLICATION OF CHEMISTRY IN ENVIRONMENT[Internet]. 2014;5(17):31-39. Available from: https://sid.ir/paper/236383/en

IEEE: Copy

ELNAZ POORASLANY, MOJTABA ABASIAN, ABDOLHOSSEIN GHASEMI, and AHMAD AMIR SHAGHAGI, “EFFICIENCY EVALUATION OF CO₂ IN COD AND T .S.S REDUCE IN INDUSTRIAL WASTE WATER,” THE APPLICATION OF CHEMISTRY IN ENVIRONMENT, vol. 5, no. 17, pp. 31–39, 2014, [Online]. Available: https://sid.ir/paper/236383/en

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