Physical-field material separation
Efficient mineral separation and enrichment using electric, magnetic and gravitational fields — cutting chemical use and waste at the source.
TECHNOLOGY PLATFORM
Huazhu Green Building (Beijing) Technology Co., Ltd.
The group's technology research and development platform - enabling the scientific research achievements of solid waste resource utilization to move from the laboratory to the industry.
Huazhu is the group's technology R&D platform, responsible for the development, pilot testing, commercialization and IP management of core patented technologies. Its patents are deployed across all four demonstration projects — Shangnan, Pingshan, Guyang Zhongsheng and Kangdeli — making it the source of the group's waste-free mining, dressing and smelting technology system.
TECHNOLOGY PLATFORM
Three core technologies
Silica-based nano-gel cementitious systems
Converting bulk wastes such as fly ash and slag into high-performance cementitious materials — a scalable recovery outlet for solid waste.
Waste-free process integration
Complete processes and equipment spanning mining, dressing and smelting, commercially deployed at all four demonstration projects.
RESEARCH BASES
Research & pilot bases
Beijing physical-field mineral-separation R&D pilot base
Pilot base for physical-field mineral-separation equipment, process-parameter validation and small-batch verification runs.
Nanchang solid-waste-recovery R&D pilot base
Materials R&D pilot base bridging laboratory results to industrial-scale solid-waste recovery.
Baotou · Inner Mongolia University solid-waste-recovery industry-academia pilot base
An industry-academia base with Inner Mongolia University for discipline co-building and a solid-waste-recovery talent pipeline.
Kunming Solid Waste Industry Research Institute
Frontier research on cementitious materials, conducted at the Kunming Solid Waste Industry Research Institute.
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The group's technology research and development platform - enabling the scientific research achievements of solid waste resource utilization to move from the laboratory to the industry.