Application of SINOU ZP-B60 Ceramic Plunger Pump in Taihu Lake Ecological Dredging Project

Taihu Lake is a vital freshwater resource and key ecological reserve in Eastern China, sustaining regional water security and long-term environmental health. To support large-scale sediment remediation and water quality improvement of Taihu Lake, Zhejiang Sinou Environmental Protection cooperated with Jiangsu Xingshui Construction Engineering Co., Ltd., delivering customized industrial pumping solutions for lake dredging projects. Relying on our intelligent high-pressure ceramic plunger pump as core processing equipment, we helped upgrade overall dredging efficiency, realizing deep integration of industrial equipment technology and freshwater ecological governance.

As a specialized manufacturer of environmental solid-liquid separation equipment, Sinou has long focused on the technical demands of river-lake sediment remediation. We gained full recognition and cooperation trust from Jiangsu Xingshui Construction with mature engineering experience and reliable equipment performance. During the bidding and equipment screening phase of the Taihu dredging project, our ZP-B60 intelligent high-pressure ceramic plunger pump outmatched competing products with stable running performance and intelligent functional design, and was confirmed as the key conveying equipment for lake sediment treatment. After strict factory calibration and on-site debugging, the pumps have been formally put into service at the ecological governance joint command base on Shengtai Road, Yixing, Jiangsu Province. The deployment marks the official application of Sinou intelligent pumping technology for standardized, high-efficiency dredging on Taihu Lake.

The Sinou ZP-B60 intelligent high-pressure ceramic plunger pump is developed based on our decades of R&D accumulation in heavy-duty sludge transfer equipment. It features powerful conveying capacity for high-concentration sediment, capable of handling massive sludge accumulation and complex underwater working conditions in lakes. Built-in automatic intelligent pressure adjustment allows flexible mode switching for different dredging depths and sludge types, supporting precise targeted sediment removal. The upgraded power unit guarantees stable heavy-load performance during long-hour nonstop operation. Matched large-diameter inlet & outlet pipelines greatly lift overall sludge treatment throughput. Meanwhile, the equipment adopts optimized structural layout with balanced weight and volume, keeping great maneuverability and operational stability amid the variable hydrological conditions of Taihu Lake.

Field operation data has verified the prominent advantages of Sinou pumping equipment. Conventional dredging pumps face obvious limitations: low transportation efficiency, frequent breakdowns and high long-term operation cost, which cannot satisfy large-volume, long-cycle lake dredging requirements. In comparison, our intelligent control system optimizes the whole sludge pumping workflow, boosting construction efficiency and simplifying daily operation. It effectively cuts on-site labor expenditure and lowers equipment malfunction frequency.The project manager of Jiangsu Xingshui Construction commented: “Sinou’s professional pumping equipment provides stable technical support for our Taihu sediment treatment work. Reliable machinery helps us complete ecological restoration tasks more controllably and cost-effectively.”

Healthy water ecology guarantees public living quality and supports steady regional sustainable development. By supplying high-performance industrial pumps to advance efficient lake dredging, Sinou fulfills our corporate responsibility for global water environmental protection. In the future, we will keep investing in equipment innovation, developing more adaptable solutions for river, lake and industrial sludge treatment worldwide. We welcome global partners in water restoration, dredging and environmental engineering to explore long-term cooperation and jointly turn ecological advantages into sustainable economic benefits.