Jiangxi Mingxin Environmental Protection's waste refrigerator recycling complete equipment demonstrates outstanding advantages in environmental protection technology. As a high-tech enterprise holding the First Prize of Jiangxi Provincial Science and Technology Progress and multiple national patents, this equipment integrates core technologies such as low-temperature pyrolysis and pre-oxidation treatment, enabling precise handling of harmful substances in refrigerators, including foaming agents and refrigerants. By simulating the synergistic reaction mechanism applied in copper-containing sludge treatment, the equipment can fully oxidize Volatile Organic Compounds (VOCs) into harmless gases. At the same time, it utilizes the catalytic effect of metal oxides to reduce pyrolysis energy consumption, fully complying with the ISO9001 Quality Management System Certification and EU WEEE Directive, and achieving a dual breakthrough in environmental compliance and technological innovation.
The equipment features remarkable efficiency in resource recycling. Relying on the accumulated experience of domestically leading waste circuit board crushing technology, this complete equipment can efficiently separate and purify components such as metals and plastics in refrigerators. Through the "industry-university-research" integrated innovation model, the automatic sorting system developed by the enterprise can accurately identify different materials. Combined with patented crushing processes, it significantly improves the resource recovery rate. As a member unit of the China Circular Economy Association, this equipment has helped the waste home appliance recycling industry form a complete closed loop of "treatment-recycling-reuse". Its related technological achievements have been exported to more than 40 countries and regions, winning wide recognition in the international market.
Intelligent upgrading has injected strong practical value into the equipment. The equipment adopts a fully automated disassembly line design, and reduces the risk of manual exposure to harmful substances through robotic arms and intelligent sensing technology. Cooperated with the "one-stop service for installation, commissioning and personnel training", it significantly lowers the threshold for operation and maintenance. Drawing on its experience in AI sorting for electronic waste treatment, the system can optimize the disassembly process in real time and greatly increase the processing volume per unit time.
