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Study on treating polyaether wastewater process

Wang Hu

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Abstract

The feasibility and effeCt of applying cogulation-sedimention - anaerobic +aerobic biologle al active carbonprocess to treat Polyaether wastewater in different operating conditions was studied. The resultS showed cogulationsedimtion process could efficiently reduce the sludge loading rate of biological treatment process. when PAC was usedwith 100lug/L at PH 6.7, COD removal rate can reach 28%. Applying the above treatment process,when COD of influentis about 3000~4000mg/L, COD of effluent can reach about 150mg/L and total COD removal rate is more than 96%.

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What this paper is about

The feasibility and effeCt of applying cogulation-sedimention - anaerobic +aerobic biologle al active carbonprocess to treat Polyaether wastewater in different operating conditions was studied. The resultS showed cogulationsedimtion process could efficiently reduce the sludge loading rate of biological treatment process. when PAC was usedwith 100lug/L at PH 6.7, COD removal rate can reach 28%. Applying the above treatment process,when COD of influentis about 3000~4000mg/L, COD of effluent can reach about 150mg/L and total COD removal rate is more than 96%.

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Available abstract

The feasibility and effeCt of applying cogulation-sedimention - anaerobic +aerobic biologle al active carbonprocess to treat Polyaether wastewater in different operating conditions was studied. The resultS showed cogulationsedimtion process could efficiently reduce the sludge loading rate of biological treatment process. when PAC was usedwith 100lug/L at PH 6.7, COD removal rate can reach 28%. Applying the above treatment process,when COD of influentis about 3000~4000mg/L, COD of effluent can reach about 150mg/L and total COD removal rate is more than 96%.

Key concepts: Effluent, Wastewater, Sewage treatment, Pulp and paper industry, Anaerobic exercise, Chemical oxygen demand, Chemistry, Process (computing)

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