Author(s)

Zan Li

Corresponding Author

Zan Li

Abstract

This paper systematically analyzes the necessity of wastewater treatment project construction across three dimensions: policy compliance, resource recycling, and cost optimization. It elaborates on key engineering design points, including quality-based separate collection and source reduction, precise configuration of pretreatment units, biochemical system shock resistance design, and modular reservation in advanced treatment. Furthermore, optimization strategies for effluent discharge are proposed focusing on four aspects: compliance monitoring with dynamic adjustments, ecological buffering and risk prevention/control, reclaimed water recycling and resource utilization, and smart management for operational assurance. The aim is to provide technical references for industrial parks to build efficient wastewater treatment systems and maximize water resource recycling.

Keywords

Industrial Park, Wastewater Treatment, Effluent Discharge, Resource Utilization, Smart Management