Ordos Laboratory’s First Incubated Mass Production Project Commences Construction
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Published: May 9, 2024
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On May 9, the first phase of the 20,000-ton-per-year silicon-carbon anode material
project of Inner Mongolia Silicon Source Xinneng Electronic Materials Technology Co., Ltd.
commenced construction at Dalü Industrial Park, Zhungeer County. Attending the groundbreaking ceremony
were Wang Guoquan, Deputy Secretary of the Zhungeer County Party Committee and County Chief; Wei Fei,
Director of Ordos Laboratory; Zhang Chenxi, Executive Deputy Director; and Zheng Tao, investor of
Changzhou Silicon Source Xinneng Materials Co., Ltd., along with relevant leaders from Zhungeer County
and the company.
At the ceremony, leaders delivered speeches, jointly laid the foundation, and received briefings on
project design, construction progress, technological innovations, market prospects, and socio-economic
benefits.
This project is the first mass production project incubated by Ordos Laboratory. It is based on the
silicon-carbon anode technology developed by Professor Wei Fei’s team from Tsinghua University-Ordos
Laboratory collaboration. The project focuses on developing new material combinations, production
methods, and processes, working with lithium battery manufacturers to produce cost-effective
next-generation batteries. Patents cover key inventions improving lithium battery cycle life and methods
for large-scale production of high-quality battery electrode materials. The technology was selected for
the 2020 Zhongguancun Forum.
The project is located in the southern coal chemical base of Dalü Industrial Park, Zhungeer Economic
Development Zone, with a total investment of 2.2 billion RMB and covering 400 acres. Operated by Inner
Mongolia Silicon Source Xinneng Electronic Materials Technology Co., Ltd., invested by Changzhou Silicon
Source Xinneng Materials Co., Ltd., the planned total capacity is 20,000 tons/year of silicon-carbon
anode material, with phase one capacity of 2,000 tons/year and an investment of 616 million RMB. Since
signing in November 2023, the first phase has completed environmental, energy-saving, and safety
assessments simultaneously. It is expected to be completed by the end of 2024 and put into production in
the first half of 2025.
The commencement of this project marks a significant milestone for Ordos Laboratory in incubating and
industrializing cutting-edge materials for lithium batteries.