Summary: Recently, a batch of high-efficiency environmentally friendly filter electromechanical equipment, independently developed and produced by domestic enterprises, was successfully delivered and officially put into use in a provincial-level key sewage treatment project. With its excellent sewage purification effect and low energy consumption operation advantages, this batch of equipment has become the core component of the project's advanced sewage treatment phase, providing critical support for improving regional water environment quality.

Recently, a batch of high-efficiency environmentally friendly filter electromechanical equipment, independently developed and produced by domestic enterprises, was successfully delivered and officially put into use in a provincial-level key sewage treatment project. With its excellent sewage purification effect and low energy consumption operation advantages, this batch of equipment has become the core component of the project's advanced sewage treatment phase, providing critical support for improving regional water environment quality.

According to the project manager, this sewage treatment project primarily handles industrial wastewater and domestic sewage within the region, with treated water quality required to meet the Class A standard of the "Pollutant Discharge Standards for Urban Sewage Treatment Plants" (GB 18918-2002). The delivered high-efficiency environmentally friendly filter electromechanical equipment was custom-developed to meet the treatment needs of high-concentration and complex-component sewage. It adopts an integrated "pre-treatment + advanced filtration" design, effectively removing pollutants such as suspended solids, colloids, and organic matter from the sewage. The equipment is equipped with a low-power frequency conversion drive system, reducing energy consumption by over 40% compared to traditional sewage filters. Additionally, it uses biodegradable filter materials, avoiding secondary pollution issues associated with the replacement of traditional filter materials.

"The core of sewage treatment lies in high-efficiency purification and low-cost operation. This environmentally friendly filter electromechanical equipment not only offers excellent purification effects but also significantly reduces operating costs, fully aligning with the project's core requirements," stated the project's technical manager. The delivered batch includes over 260 units of filter electromechanical equipment, covering multiple categories such as high-efficiency precision filters and automatic backwash filters, comprehensively addressing key stages including sewage pre-treatment, advanced filtration, and reclaimed water reuse. Tests show that the equipment achieves a removal rate of over 99% for suspended solids in sewage, improves COD removal by 15%, and ensures that treated water quality consistently meets the Class A standard.

According to the equipment manufacturer's representative, to ensure the smooth progress of the project, the enterprise formed a dedicated service team to participate fully in the custom development, installation, debugging, and technical training of the equipment. This batch delivery of environmentally friendly filter electromechanical equipment represents a significant achievement in the enterprise's deep commitment to the water environment treatment field, with its core technologies having obtained multiple national invention patents. Industry analysts noted that as China's environmental policies continue to tighten, the demand for high-efficiency environmentally friendly filter electromechanical equipment in sewage treatment and water environment improvement will continue to grow. Domestic enterprises, leveraging technological innovation and cost advantages, are gradually expanding their market share in the environmental filtration equipment sector, providing more domestically produced equipment support for ecological and environmental protection.

It is reported that this national-level new energy power station project is a key initiative in promoting China's energy structure transformation. Once operational, it will significantly enhance the regional clean energy power supply capacity. The successful application of domestically produced energy-saving globe valve electromechanical equipment not only demonstrates the technological strength of domestic enterprises in this field but also lays a solid foundation for the broader adoption of domestic equipment in the new energy sector. Industry analysts pointed out that with the rapid development of the green energy industry, the demand for energy-saving, efficient, and reliable globe valve electromechanical equipment will continue to grow, driving the industry toward greener and more high-end transformation. In the future, domestic enterprises need to further strengthen technological innovation and launch more customized products tailored to new energy scenarios, contributing to the high-quality development of China's energy industry.