The conference, organized by the Construction Solid Waste Utilization Branch of the China Sand and Gravel Association and the Building Materials Industry Technology Information Research Institute, was a prestigious industry event that brought together top experts, corporate representatives, and industry chain colleagues from across the country to discuss new technologies, policy trends, and industrial development paths for the resource utilization of construction solid waste and tailings.

SANME: Overcoming the Difficulties of Solid Waste Management, Restoring the Beauty of Cities
During the conference's keynote presentation, Zhang Jia, General Manager of South China for Shanghai SANME Co., Ltd., delivered a keynote speech titled "Overcoming the Difficulties of Solid Waste Management, Restoring the Beauty of Cities - Comprehensive Solutions for the Shanghai SANME Construction Solid Waste Resource Utilization Industrial Park."

In his speech, he first introduced the background and current status of my country's construction solid waste resource utilization industry. He then explained that Shanghai SANME Co., Ltd., as a comprehensive service provider in the solid waste treatment and resource utilization field integrating design and R&D, equipment manufacturing, complete system integration, and operational services, can provide clients with comprehensive solutions for the construction solid waste resource utilization industrial park based on "reverse" resource utilization theory.
The speech explained that Shanghai SANME Co., Ltd. adheres to the principle of creating value for clients. For each project it undertakes, it provides tailored solutions based on various factors, including treatment objectives, site conditions, treatment standards, and product market demand, to achieve the client's ultimate goals. The speech also detailed SANME's "three-in-one" combined treatment technology for construction solid waste. This technology can collaboratively process demolition waste, renovation waste, and bulky waste. Its modular design and diversified impurity removal processes, combined with uniform feeding and pre-screening equipment, can reduce the light material and soil content in recycled aggregate to less than 1%, effectively improving the resource utilization rate of construction solid waste.