生态低碳型工业园区高品质水系格局营造方法研究

Under the goal of ecological civilization construction, optimizing the water system layout in industrial zones holds significant importance for urban sustainable development. Taking the water system remediation project of Xinzhuang Industrial Park in Shanghai as a case study, this research, based on the integrated concept of "safety-ecology-low carbon-landscape," proposes a four-dimensional collaborative strategy for creating high-quality water system layouts in industrial parks:(1) Flood Control Safety Dimension: Ensuring flood prevention and drainage safety through river widening, dredging, and embankment construction.(2) Ecological Restoration Dimension: Conducting ecological remediation of the water system by building eco-friendly embankments and adopting various water purification measures, while enhancing hydrodynamic conditions through controlled gate projects to establish a dynamic water circulation system.(3) Low-Carbon Practice Dimension: Utilizing energy-efficient pump-gate equipment and renewable energy to achieve low-carbon design.(4) Landscape Enhancement Dimension: Developing waterfront landscape belts and ecological habitats to showcase a distinctive integration of industrial culture and ecological scenery.The practice demonstrates that this strategy achieves synergistic optimization of flood control capacity, ecological benefits, low-carbon goals, and landscape value, exploring a new paradigm for creating high-quality water system layouts in industrial zones in the new era.