Organizational  Structure

Party Comittee/Board Responsibility system

Key Professionals

● Yan Bingkuan: General Manager, Expert Professional, Senior Engineer, Chief of HEBAZ Handan Branch, General Consultant of China Lime Association, Director of lime standard team, Coucil member of China Iron Steel/Foundary/DRI Association, Former Deputy General Manager of Xinxing Cathy Group Technical Center

--Famous Experts in China Lime kiln, Metal Mg, Metal Mg, Oxidized Pellet, Sinter, DRI, HIsmelt, SL-RN, Rotation Hearth Furnace, CCM, Rolling Mill, other Metallurgical projects.

--Presidented too many projects as above fields. like rotary kiln from 150-1600tpd; vertical kiln from 100-900tpd; Vertical Furnace Pellet: 100,000-600,000TPA; TG-RK-Cooler pellet: 300,000-2,500,000TPA; co-inventor of Metal Magnesium Vertical Retort Furnace; Blast Furnace: 130-1080m3; co-inventor of HIsmelt smelting DRI, SL-RN DRI: 50,000-150,000TPA/set...

● Zhang Xueyong: Furnace/Kiln Expert, Senior Engineer, Former Furnace/Kiln/Refractory director of Xinxing Cathy Group Technical Center

● Yan Yahui: Electrical Automation Control Expert, Senior Engineer, Former EIC director of Xinxing Cathy Group Technical Center

● Yan Gengtao: General Consultant for Lime Kilns, Expert Professional, Senior Engineer, Former Experts Director of China Lime Association, Former Technical Director of MCC Jiaonai.  --Presided too many projects in lime kiln fields.

● Li Xin: General Consultant for Vertical Lime Kilns, Expert Professional, Senior Engineer, Former Top 1 Vertical kiln Expert of China Lime Association.  --Presided too many projects in vertical lime kiln.

● Wei ZQ: General Consultant for HIsmelt smelting DRI, Senior Engineer of electrical engineering, Former Engineering Director of Shandong Molong Group from 1995-2023. Fully involving HIsmelt tech transfer and upgrading. Patent owner for national and international level HIsmelt properties. Presided the national HIsmelt standard.

● Zhou Haichuan: General Consultant for HIsmelt smelting DRI, Senior Engineer, Former General Manager of Inner Mongolia Saisipu HIsmelt DRI Company. Fully involving the whole project construction and management.Patent owner for national level HIsmelt properties. General manager or director in several iron steel companies and whole process, such as 400m2 sinter, 2500m3 BF, comprehensive raw material yard, 1.4MTPA cold rolling thin plate, 2mtpa/3mtpa comprehensive iron steel complex, EAF, CCM, Rolling mill, O2 generator, Waste heat steam generator, coal gas power generator.

● Tao Jiangshan: General Consultant for DRI, Expert Professional, Senior Engineer, Secretary of China DRI Association, Former General Manager of China 1st 150,000tpa unit line SL-RN DRI Plant-- Tianjin Steel Pipe Co., Ltd

He has long been engaged in research on physical chemistry liquid structure theory and is a major pioneer of the "Atom-Molecule Coexistence Theory" and "Ion-Molecule Coexistence Theory." He proposed that under the coexistence of "atom-molecule" in metal solutions and "ion-molecule" in slag and aqueous solutions, "concentration" can replace "activity," greatly simplifying multi-component multi-phase equilibrium theoretical calculations while maintaining high practical accuracy. This theory has been successfully applied in various fields including hydrogen metallurgy, coal-based hydrogen metallurgy, pellet preparation in iron and steel metallurgy, blast furnace ironmaking, steelmaking, electroslag metallurgy, material heat treatment, and research in aqueous and organic solutions.

His research focuses on the production of high-purity iron and high-purity bearing steel through direct hydrogen reduction. He has conducted exploratory research on a new process of hydrogen direct reduction-melting separation-refining to obtain high-purity steel materials. The process involves using hydrogen to reduce roasted iron ore oxide pellets while controlling the non-reduction of gangue components such as sulfur, silicon, manganese, titanium, and aluminum in the iron ore. Through molten separation, the gangue (slag) and metal in the reduced iron are separated, and the residual ferrous oxide in the reduced iron is utilized to adjust the slag composition for dephosphorization. Secondary refining and alloying of the high-purity iron melt were performed, and the slag system was designed and optimized to achieve deoxidation of liquid pure iron, ultimately obtaining 99.9868% high-purity iron and high-purity bearing steel with total oxygen content of 4.8ppm and Ti content of 6ppm.