Jinchuan Awarded 2025 Environmental Technology Progress Award

Magnetic Fenton Technology Wins National First Prize! Jinchuan Awarded 2025 Environmental Technology Progress Award

Recently, the China Environmental Protection Industry Association officially announced the "List of Proposed Award Projects for the 2025 Environmental Technology Progress Award." The project titled "Key Technologies for Green and Efficient Wastewater Catalytic Oxidation Treatment and Low-Carbon Equipment," jointly completed by Tongji University, Chinese Research Academy of Environmental Sciences, Sinopec Petrochemical Research Institute Co., Ltd., Zhonglan Lianhai Design and Research Institute Co., Ltd., Donghua University, Guangzhou Jinchuan Environmental Protection Equipment Co., Ltd., and Shanghai Tongji Environmental Engineering Technology Co., Ltd., was awarded the first prize and ranked at the top!!!

Among this elite team assembled with national-level scientific research capabilities, Jinchuan stands as the sole private enterprise. Collaborating with multiple top universities, national research institutes, and large-scale engineering design institutes to achieve breakthroughs collectively demonstrates not only Jinchuan's robust expertise in wastewater catalytic oxidation technology innovation and engineering implementation, but also highlights its pivotal role as a market-driven entity in advancing industry progress.

Highest honor: Environmental Technology Progress Award, an authoritative certification representing the pinnacle of industry standards

Established by the China Environmental Protection Industry Association and officially filed with the National Office for Science and Technology Awards (Filing No.: 0299), it is one of the most credible and influential science and technology awards in the field of ecological and environmental protection in China. The award aims to recognize outstanding achievements that have made significant original breakthroughs in environmental technology, created remarkable environmental benefits, and exerted a profound impact on advancing overall technological progress in the industry.

This top-tier first prize represents a national-level endorsement of magnetic Fenton technology's advanced features, practicality, and industry value.

Three major engineering advantages of magnetic Fenton process: no filler required, low cost, and zero failure rate

Magnetic Fenton technology has been successfully applied in various challenging wastewater treatment fields such as textile dyeing, papermaking, chemical industry, pharmaceuticals, pesticides, and membrane concentrate water treatment, becoming the preferred solution for numerous benchmark projects. Its core competitiveness stems from the following three disruptive features:

Media-free design | Elimination of clogging risk

• Eliminate common issues such as clogging and scaling in traditional Fenton processes at the source
• No media or carrier is required inside the reactor.

Low-cost operation | Comprehensive savings of 30%-40%

• Magnetic technology significantly enhances the utilization rate of hydroxyl radicals
• Intelligent Control System for Precise Regulation of Chemical Dosing and Energy Consumption
• Actual engineering data shows that the operating cost per ton of water decreases by 30%-40%.

Zero-failure operation | Extremely hassle-free maintenance

• The reactor has no wear-prone components and exhibits strong resistance to impact loads.
• The reactor has achieved "zero failure" stable operation in dozens of projects nationwide.
• Operations personnel reported: "Almost no maintenance required—the system runs smoothly on its own."

Engineering Validation: From Laboratory to Ten-Thousand-Ton Production Scale Implementation, Jinchuan Acts as a Key Driver

As the core driver for the industrialization of this technology, Jinchuan has successfully implemented magnetic Fenton technology in dozens of large-scale industrial wastewater treatment projects across China.

Transforming "Paper Achievements" into "Groundbreaking Results" — Jinchuan Speaks Through Engineering Data!

We cordially invite industry partners to visit operational projects in person and witness firsthand the efficiency, stability, and cost-effectiveness of Magnetic Fenton technology.