On August 22, the 2026 Yellow River Basin Mineral Exploration Breakthrough and Ecological Restoration Technology Development Conference was held in Jinan, Shandong Province. The conference, themed "Technological Innovation Empowering Mineral Exploration Breakthroughs, Green Development Protecting the Yellow River Ecology," brought together industry experts, research institutions, and enterprise representatives to discuss new paths for technological innovation to empower comprehensive resource utilization and ecological protection, focusing on key areas such as the new round of strategic actions for mineral exploration breakthroughs, ecological protection and restoration of the Yellow River Basin, and green and low-carbon development.

Quangong Machinery Co., Ltd. was invited to participate in the conference and set up a special exhibition booth, showcasing the company's technological achievements and practical applications in low-carbon ecological equipment, diversified solid waste resource utilization, and solid waste product manufacturing solutions.

During the conference, Pan Xijiao, Domestic Marketing Manager of Quangong Machinery Co., Ltd., delivered a keynote report entitled "Research and Solutions for Low-Carbon Ecological Equipment and Diversified Solid Waste Products." Focusing on the needs of green and low-carbon development and solid waste resource utilization, and combining the development trends of the concrete products industry, she introduced Quangong Machinery Co., Ltd.'s technological exploration and equipment applications in the fields of industrial solid waste, construction solid waste, and diversified solid waste resource utilization. With the continuous development of the green building materials and resource recycling industries, how to promote the resource utilization and high-value utilization of solid waste has become an important issue for the transformation and upgrading of green industries. Quangong Machinery Co., Ltd., relying on years of experience in the R&D and manufacturing of concrete product equipment, continuously explores the comprehensive utilization of diverse solid wastes such as steel slag, fly ash, coal gangue, tailings, and construction waste in the field of green building materials. Through the synergy of raw material processing, formula design, intelligent molding equipment, and production processes, it provides customers with overall solutions from solid waste resource utilization to green product production.

During the conference's exhibition and exchange session, Quangong Machinery Co., Ltd. engaged in in-depth exchanges with participating experts, researchers, and industry enterprises on topics such as solid waste resource utilization, green building materials, low-carbon ecological equipment, and intelligent manufacturing of concrete products. Through reasonable raw material processing, scientific proportioning, and advanced molding technology, some solid waste resources can be transformed into green building materials such as concrete blocks, paving bricks, permeable bricks, curb stones, and slope protection bricks, achieving the reduction, resource utilization, and high-value utilization of solid waste.

This conference served as an important platform for Quangong Machinery Co., Ltd. to showcase its green and low-carbon equipment and solid waste resource utilization technologies. It also further strengthened communication and cooperation between the company and research institutions, industry organizations, and enterprises across the supply chain. Looking to the future, Quangong Machinery Co., Ltd. will continue to focus on green, low-carbon, intelligent, and efficient development, continuously increasing its technological exploration in the fields of ecological equipment and solid waste resource utilization. The company aims to promote the transformation of diverse solid waste into green building materials, serving the development of the green building materials industry with more mature equipment technologies and overall solutions, and contributing to resource recycling, ecological protection, and green and low-carbon development.