The Changzhou fiberglass reinforced plastic sewage lifting station integrated intercepting well is an important part of the urban stormwater and wastewater separation system. Its function is to intercept rainwater and wastewater together during rainfall, preventing direct discharge of wastewater into rivers, lakes, and other water bodies, thus protecting the environment and public health. The equipment is made of fiberglass material, offering excellent corrosion and aging resistance, effectively extending its service life.
The integrated flow control well design is rational, minimizing space occupation while facilitating equipment installation and maintenance. It is internally equipped with reliable pumping station equipment, capable of automatically adjusting pump operation based on the flow rates of wastewater and rainwater, ensuring timely and effective interception and treatment of wastewater.
Additionally, the integrated interceptor well boasts high energy efficiency and environmental protection features. Its unique structural design effectively reduces noise and vibration, minimizing impact on the surrounding environment. Moreover, the pump station equipment inside the interceptor well utilizes reliable sealing technology, significantly reducing the likelihood of sewage leakage and ensuring the safety of the surrounding area.
As a wastewater intercepting well specializing in solving combined sewer pipe issues in urban areas, the integrated intercepting well plays a crucial role in such scenarios. Often situated at the junction of stormwater and wastewater pipes, the intercepting well automatically diverts rainwater and wastewater through its internal operation, boasting three core advantages. It effortlessly achieves the "separate flow of turbid and clean wastewater" project for urban drainage.
1. Short construction period and low damage risk for integrated intercepting wells. Traditionally constructed intercepting wells are akin to small-scale construction projects, but the integrated intercepting wells no longer use conventional concrete materials, opting for easier-to-install materials like glass fiber reinforced plastic or 304 stainless steel. As a result, the entire process from site selection, purchase, to installation and commissioning can be completed within a month, significantly speeding up the progress of urban construction. Compared to concrete, the new materials also offer corrosion resistance, cold and high-temperature resistance, and better environmental tolerance, ensuring a longer service life for integrated intercepting wells.
2. Achieve automatic control to reduce labor costs
The upgraded integrated sill weir of the new era boasts enhanced intelligent features, conducting intelligent operation under the surveillance of a reliable big data platform. It can automatically open and close gates based on real-time dynamic detection, thereby, under normal circumstances, improving the efficiency of the sill weir and significantly reducing the human resource costs for urban management.
3. The equipment features an integrated design for easy installation and transportation.
The internal structure of the integrated stormwater interception well is relatively simple, with drainage outlets simply categorized into rainwater and wastewater outlets. The integrated design reduces its occupied area to one-third of a traditional well, facilitating temporary installation and transportation in special circumstances, making it more convenient in complex urban construction. Taking the upgraded integrated stormwater interception well produced by Shanghai Ketai Pump Industry as an example, this product features an integrated design with significantly optimized internal structure, enhancing wastewater treatment efficiency and providing practical assistance to urban wastewater management. The mixing of rain and wastewater has led to severe flood disasters in many areas, greatly impacting the daily lives of urban residents and posing challenges to the drainage systems of major cities. Traditional drainage network systems, which cannot achieve the separation of rainwater and wastewater in design, often result in urban street flooding or large amounts of mixed rainwater and wastewater being discharged into rivers, leading to issues like odor and blockages, affecting the urban water environment management.
As the pace of ecological governance accelerates, the conventional combined sewerage system is no longer suitable for modern cities. Integrated interception wells have become an indispensable piece of equipment for urban water environment management. In summary, the Changzhou fiberglass sewage lifting pump station integrated interception well is an essential component of the urban rainwater and wastewater separation system. Its application effectively protects the environment and human health, promoting the sustainable development of the city. In future urban construction, the application of integrated interception wells will become more widespread and play an even more significant role.
