2025 Hydrogen Metallurgy & Non-Blast Furnace Technology Exchange Concludes Successfully in Shanghai

Corporate News – 2025 Hydrogen Metallurgy & Non-Blast Furnace Technology Exchange Concludes Successfully in Shanghai.

The "2025 Hydrogen Metallurgy and Non-Blast Furnace Smelting Technology Exchange Conference," organized by the China Non-Blast Furnace Association, was successfully held in Shanghai from August 8 to 10, 2025. Under the joint efforts of all participants, the event achieved complete success. Centered on the theme "Advancing Low-Carbon Steel Transformation and Industrial Chain Synergy," the conference aimed to promote China’s advancements in non-blast furnace technologies and foster technical collaboration. Over 110 experts, scholars, enterprise representatives, and technical elites from across the nation gathered to discuss the latest developments and future trends in non-blast furnace smelting.

The conference was chaired by Mr. Tao Jiangshan, our company’s Head of Direct Reduction Iron Technology and Secretary-General of the China Non-Blast Furnace Association. He extended a warm welcome to attendees and introduced key leaders and distinguished experts present.

Showcase of Our Company’s Cutting-Edge Technologies

1. World-leading hydrogen-based reduction technology — proprietary and eco-friendly.
2. Advanced oxidative reforming technology — replacing costly catalytic reforming systems.
3. High-durability and cost-effective hot briquetted iron (HBI) equipment.
4. Smelting reduction furnaces tailored for high-coke regions.
5. DC plasma electric arc furnaces optimized for low-energy-cost, small-scale production.
6. RHF (Rotary Hearth Furnace) for processing iron- and zinc-bearing materials.
7. Integrated one-step process: Shaft pelletizing furnace-SL/RN rotary kiln for direct iron reduction.
8. Dephosphorization and desulfurization electric furnaces — enhancing metal purity.

The conference served as a pivotal platform for low-carbon innovation, accelerating the adoption of non-blast furnace technologies in the steel industry.