The National Engineering Laboratory for Hydrometallurgical Cleaner Production Technology (NELHCPT) was founded on November 2008, with the admission of China National Development and Reform Commission and the administration under the Institute of Process Engineering, Chinese Academy of Sciences. NELHCPT was oriented to satisfy the demands in metallurgical industries for energy saving, emission reduction, and high-efficiency, clean comprehensive utilization of metallic mineral resources. The amphoteric metal bearing minerals, including chromium, aluminum, titanium, and vanadium bearing minerals are the key research objects of NELHCPT. NELHCPT focuses on the fundamental and applied research on high-efficiency reaction system with sub-molten salt media, techniques and equipments for multi-component separation, comprehensive utilization and pollution control of solid wastes in metallurgical industries. As a significant technical and engineering platform of cleaner production technologies, NELHCPT aims to achieve the large-scale engineering technology transfer, promote and facilitate the development and application of cleaner production technologies in China’s nonferrous metallurgical industries.
NELHCPT also has an experienced and advanced R&D team with perfect age, knowledge structure, as well as breakthrough and innovation abilities. Its R&D personnel includes a CAE member, 4 owners of the National Natural Science Funds for Distinguished Young Scholar, 5 owners of the Ten Thousand Talent Program,2 owners of the National Science Fund for Excellent Young Scholars，30 professors, and mare than 100 students.
NELHCPT is based on the realization of pollution reduction and energy saving and emission reduction from the source, significantly improves the industry’s technological competitiveness and maintains position in technology; enhances the overall level of my country’s non-ferrous metal industry/achieves sustainable development and realizes the adjustment of the industrial structure in the non-ferrous metal industry. Provide technical support for the transformation from extensive to circular economy model.
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