n recognition of outstanding technological innovation, sustainable performance, and engineering demonstration value in the global water treatment industry, the authoritative GWI Global Water Awards has officially honored Hangzhou Cuiyuan Import & Export Co., Ltd. with the title of “Best Water Project of 2025” for its ceramic membrane upgrading and reconstruction project at Yiwu Third Water Supply Company. This prestigious international award fully affirms Cuiyuan’s leading technical strength and advanced engineering application level in the field of municipal intelligent water supply.
The project adopts Cuiyuan’s self-developed high-efficiency tubular ceramic membrane ultrafiltration technology, with a designed daily water treatment capacity of 10,000 cubic meters. Compared with traditional municipal water treatment processes, the innovative ceramic membrane treatment system achieves a revolutionary breakthrough in space efficiency, process optimization, and energy-saving and low-carbon performance. The overall project footprint is only 25% of that required by conventional water plants, greatly saving land resources and breaking the space limitation of urban water supply facility expansion.
In terms of operational performance, the project features an ultra-short treatment process flow, low chemical consumption, stable water output quality, and low overall operating energy consumption. It effectively solves the problems of complex processes, large land occupation, unstable water quality, and high carbon emissions in traditional water plants, delivering remarkable economic, environmental, and social benefits. As a benchmark sustainable municipal water treatment project, it provides a replicable and promotable new model for the upgrading and reconstruction of urban water supply systems worldwide. This award further elevates Cuiyuan’s international brand influence, demonstrating that the company’s ceramic membrane intelligent water treatment solutions have reached world-leading levels in technological innovation and practical engineering application.