Project Name

Taoge Area (Wujin) Comprehensive Water Environment Improvement Project – 2023 Phase

Project Overview & Challenges

The Taoge Area is characterized by scattered villages and complex terrain. Traditional concrete pump stations suffer from long construction cycles, large land footprint, and nuisance pollution generated during on-site construction. In addition, the multi-disciplinary subcontracting model brings great coordination difficulties and uncontrollable construction schedules. Meanwhile, without intelligent monitoring of equipment, manual inspection incurs high costs and low operation & maintenance efficiency, which fails to satisfy the development goals of efficient environmental governance and ecological livability in the area.

Solutions & Achievements

The project adopts integrated precast pump stations. Units are standardized and pre-assembled in factory, only hoisting and commissioning are required on site, and construction for a single station takes merely 3–7 days. Manufactured from high-strength FRP, the stations deliver superior corrosion and leakage resistance, suitable for complicated rural sewage conditions. Adopting a full-process turnkey delivery model, we provide one-stop services covering design, prefabrication, installation, commissioning and O&M training with clear accountability and efficient implementation. Equipped with an intelligent cloud platform, the system enables 24/7 equipment monitoring, remote early warning and full-lifecycle digital management. It effectively shortens construction duration, cuts O&M costs and facilitates intelligent water environment management across the Taoge Area.

Project Name

Gehu Lake (Wujin) Ecological Dredging Pilot Project

Project Content

Works include sediment dredging, sediment solidification, residual water treatment, etc. After the completion of sediment solidification construction, bags shall be broken on the site and grass seeds shall be sown for protection to prevent soil erosion.

Dredging Area: 1.962 million m²

Dredging Volume: 712,000 m³

Dewatering Site Area: 108,500 ㎡

Target Dryness: Water content of 55%

Construction Period: 1 Year