Recently, the Department of Science and Technology of Guangxi Zhuang Autonomous Region announced the list of achievements that passed the comprehensive evaluation of Guangxi Science and Technology Award in 2024. CNGR Science and Technology Innovation Project "Key Technologies and Applications for Low Carbon Manufacturing and Resource Recycling of High Energy Lithium Battery Ternary Materials" won the first prize of Guangxi Science and Technology Progress Award. 

The Guangxi Science and Technology Progress Award is an authoritative award in the field of science and technology in Guangxi. The winning projects must have significant innovation in key technologies or products, overall technical level and main technical indicators reach the international advanced level, create significant economic and social ecological benefits, and play a supportive role in promoting industry technological progress and optimizing industrial structure upgrading. The "Key Technologies and Applications for Low Carbon Manufacturing and Resource Recycling of High Energy Lithium Ternary Materials" project, through deepening the "independent research and development+university collaborative innovation" model of industry university research and application, focuses on transforming and upgrading to key links in the industrial chain and high-end areas of the value chain, creating significant achievements with high technological level, good driving benefits, and strong demonstration effects. As a result, it stood out from thousands of participating achievements and won the first prize, marking the authoritative recognition of CNGR's key technology research and development capabilities in new energy materials.

This project relies on CNGR Corporation's long-term technological accumulation and forward-looking strategic layout to carry out technological breakthroughs in the low-carbon development of the new energy materials industry. It focuses on the core intelligent manufacturing technology of high-performance new energy materials, green production processes, and the full life cycle resource recycling system. Through process innovation, equipment upgrading, and system integration, it breaks through key bottleneck barriers such as "OESBF", "carbon magnesium guidance+oxygen rich immersion combustion", and "efficient wet treatment", and helps to build a new energy materials industry ecology of "resource development material intelligent manufacturing global circulation", promote the upgrading of green intelligent manufacturing, and assist the new energy industry in moving towards full process, refinement, and green low-carbon. Direction development. At present, the project results have been verified through CNGR's enterprise technology center and technology achievement transformation pilot base, and the technology industrialization has been completed, achieving large-scale production of the product.

The CNGR Technology project has won the first prize of Guangxi Science and Technology Progress Award, which not only affirms CNGR's international leading level in the low-carbon preparation of high-performance new energy materials and key resource recycling, but also demonstrates the outstanding achievements brought by the company's construction of a "basic research technology breakthrough industry transformation" full chain scientific and technological achievement output system. In the future, CNGR will continue to take research and development technology as the primary driving force, constantly explore new materials and technologies in the "no man's land", break through core and key technological barriers, promote the transformation of batches of scientific and technological innovation achievements with independent intellectual property rights and large-scale application prospects, and forge ahead towards the vision of "becoming a global leading new energy materials science company".