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Utilization of Useable Component in Glyphosate Wastewater

YU Zai-hua

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Abstract

The glyphosate wastewater was treated by Fenton-Mg(OH)2 method and the industrial CaCl2 was produced with the useful component in wastewater.The effect on the wastewater treatment and the product performance of calcium chloride were investigated.The experiment results showed that when the Fenton reagent was applied to the oxidization of the difficulty degradation organics in wastewater and the Mg(OH)2 was applied to the adsorption of settlement of the organics,the COD removal rate could reach 76%,and the performance of calcium chloride meet the industrial standard.

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What this paper is about

The glyphosate wastewater was treated by Fenton-Mg(OH)2 method and the industrial CaCl2 was produced with the useful component in wastewater.The effect on the wastewater treatment and the product performance of calcium chloride were investigated.The experiment results showed that when the Fenton reagent was applied to the oxidization of the difficulty degradation organics in wastewater and the Mg(OH)2 was applied to the adsorption of settlement of the organics,the COD removal rate could reach 76%,and the performance of calcium chloride meet the industrial standard.

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Available abstract

The glyphosate wastewater was treated by Fenton-Mg(OH)2 method and the industrial CaCl2 was produced with the useful component in wastewater.The effect on the wastewater treatment and the product performance of calcium chloride were investigated.The experiment results showed that when the Fenton reagent was applied to the oxidization of the difficulty degradation organics in wastewater and the Mg(OH)2 was applied to the adsorption of settlement of the organics,the COD removal rate could reach 76%,and the performance of calcium chloride meet the industrial standard.

Key concepts: Wastewater, Chemistry, Industrial wastewater treatment, Pulp and paper industry, Glyphosate, Reagent, Chloride, Adsorption

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