Inicio - Noticias - The National Major Science and Technology project "Green and Low-Carbon Metallurgy and Alloy Preparation of Non-ferrous Metals Aluminum/Copper/Nickel" has been officially approved
The National Major Science and Technology project "Green and Low-Carbon Metallurgy and Alloy Preparation of Non-ferrous Metals Aluminum/Copper/Nickel" has been officially approved
September 18, 2025
Recently, the National Science and Technology Major Project "Green and Low-Carbon Metallurgy and Alloy Preparation of Non-ferrous Metals Aluminum/Copper/Nickel" jointly applied for by Zhengzhou University, Central South University, Yuefeng Aluminum, Tianjin University, University of Science and Technology Beijing, Yunnan Aluminum Industry and more than 20 other institutions has been officially approved. This special project is led by Central South University, with Zhengzhou University participating and being responsible for the research and development tasks of the related sub-projects of "Green and Low-Carbon Aluminum Electrolysis and Aluminum Liquid Alloying Synergistic Preparation Technology".
As a national major project in the field of new materials, this special project focuses on the green and low-carbon transformation of non-ferrous metals such as aluminum, copper and nickel, as well as the preparation technology of high-end alloys. It integrates cross-disciplinary and cross-unit collaborative innovation resources and is committed to breaking through key core technologies such as energy conservation, carbon reduction and resource recycling in the metallurgical process. The project outcomes will be of great significance for promoting the green and high-end development of China's non-ferrous metal industry and serving the country's "dual carbon" strategic goals.
The company's chief expert and the aluminum metallurgy team from Zhengzhou University will serve as the project leader, guiding the team to overcome technical difficulties, with a focus on breaking through technical bottlenecks such as the structure of new aluminum electrolytic electrodes and waste heat recovery, and promoting technology integration and engineering demonstration.
