Design of Photovoltaic Enterprise Wastewater Treatment Engineering

Yong Bin Zhao; Hong Ping Chen; Tuo Yang

doi:10.4028/www.scientific.net/AMR.610-613.1658

Paper Titles

Prospect Analysis of Air Pollutants Synergistic Reduction in Iron and Steel Industry
p.1634

Orthogonal Experiments for Optimizing Adsorption Process of Methyl Orange onto Granular Activated Carbon
p.1639

Experimental Study on Treatment of Hospital Waste Incineraten Fly Ash by Solidification Process with Cement
p.1645

Study on Treatment of Hospital Waste Incineraten Fly Ash by Solidification Process with Asphalt and Chemical Additive in Combination
p.1650

Design of Photovoltaic Enterprise Wastewater Treatment Engineering
p.1658

Influence Factors of Remediation of Benzene in Groundwater by Air Sparging
p.1662

Preliminary Research on Chrome Pollution in Farmland Surface Soil around Gold Mining Area
p.1667

Inhibitory Effects of Simultaneous Chemical Phosphorus Removal on Microbial Activity in the Unitank Process
p.1672

A Fuzzy Control Method Combined with Optimal Feed-Forward for Dry Desulfurization of Slurry Fluidized Bed Boiler
p.1676

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 610-613Design of Photovoltaic Enterprise Wastewater...

Design of Photovoltaic Enterprise Wastewater Treatment Engineering

Abstract:

The photovoltaic enterprise in Shanxi Province uses the process of biological contact oxidation-coagulation sedimentation to treat enterprise production wastewater and domestic wastewater. By commissioning and operating, the process is characterized by feasible process and easy management, low operational cost and stable treatment efficiency. The effluent water quality can meet the first grade of “Integrated Sewage Emission Standard” (GB 8978-1996).