- Categories:Industrial Distribution
- Time of issue:2022-03-23 17:33:11
1、From 2022 to 2023, 100000 tons of "DC metallurgical technology" industrial silicon will be intensively constructed, and it is expected to be put into operation at the end of 2022;
2、From 2023 to 2024, 50000 tons of "improved Siemens method" polysilicon project will be invested intensively, and it is expected to be put into operation in June 2024;
3、From 2024 to 2025, 50000 tons of polycrystalline silicon and 400000 tons of organosilicon monomer projects of "short process metallurgical technology" will be invested, which are expected to be put into operation in December 2025.
Medium and long term planning
1、According to the market changes of silicon-based materials in China and the world, we should make further use of the hydropower, silica and Chlor alkali resources in Liangshan and its surrounding areas and nabis's more mature innovative technologies in the silicon smelting process and smelting equipment, and continue to expand the production scale of "basic silicon materials" with market competitiveness of "industrial silicon, organosilicon monomer and silicon tetrachloride", Ensure that nabisl's total capacity and sales scale of silicon-based materials rank among the top 3 in the Chinese industry.
2、With the continuous scarcity of silicon raw materials in China and the stricter control of environmental protection and energy consumption, nabis will establish "nabis overseas silicon-based materials Industrial Park" in North America and South America, where power and silicon raw materials are more concentrated, and the environment is more relaxed. With the help of nabis's mature process technology and complete sets of equipment, nabis will actively expand the international markets in Europe and North and South America.
3、In Dawan District of Guangdong and Tianfu new area of Chengdu, where the world's microelectronic chip and electronic industries are highly developed, we will focus on the expansion of the downstream industries of "silicon carbide semiconductor materials and new organic silicon materials" with great development potential in the field of silicon materials in the future.
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