HuiZhou Economic Development Zone Circular Economy Park – Phase II of Shuangyi Wastewater Treatment Project: EPC General Contracting Plus Trust-Based Operation and Management
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  • HuiZhou Economic Development Zone Circular Economy Park – Phase II of Shuangyi Wastewater Treatment Project: EPC General Contracting Plus Trust-Based Operation and Management

HuiZhou Economic Development Zone Circular Economy Park – Phase II of Shuangyi Wastewater Treatment Project: EPC General Contracting Plus Trust-Based Operation and Management

Project Name: Phase II EPC General Contracting + Trust Management Operation of the Circular Economy Park Wastewater Treatment Project at Huizhou Economic Development Zone Shuangyi Environmental Engineering Co., Ltd. Signing Date: April 2019 Owner: Shuangyi Environmental Engineering Co., Ltd. of Huizhou District, Huangshan City Keywords: High salt content, high pollutant concentration; flat ceramic MBR membrane—a cutting-edge technology first adopted in the wastewater treatment industry. Project Overview: The designed treatment capacity is 5,000 m³/d, and the process flow adopts a combined treatment system featuring “physicochemical precipitation + equalization (cooling) + primary hydrolysis acidification + primary aerobic treatment + secondary hydrolysis acidification + secondary aerobic treatment + MBR + physicochemical precipitation” as the main treatment units. This system boasts high wastewater treatment efficiency, excellent resistance to high salinity, and stable operational performance.

Project Overview:

Engineering design and consulting

Category:

其他

Project Description

Project Name: HuiZhou Economic Development Zone Circular Economy Park – Phase II of Shuangyi Wastewater Treatment Project: EPC General Contracting Plus Trust-Based Operation and Management

Signing date: April 2019

Owner Unit: Huangshan City Huizhou District Shuangyi Environmental Engineering Co., Ltd.

Keywords: With high salt content and high pollutant concentrations, the flat-plate ceramic MBR membrane represents the most advanced technology ever adopted in wastewater treatment within the same industry.

Project Introduction: The design treatment capacity is 5,000 m³/d, and the process flow adopts a combined treatment system primarily consisting of “physicochemical precipitation + equalization (cooling) + first-stage anaerobic hydrolysis acidification + first-stage aerobic treatment + second-stage anaerobic hydrolysis acidification + second-stage aerobic treatment + MBR + physicochemical precipitation.” This process boasts high wastewater treatment efficiency, high salt tolerance, and stable operation.

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