The 100,000-ton ultra-high-power graphite electrode project was settled in Honggu District. On March 30, LZBF Carbon, co-funded by BW Carbon and FD Carbon, a subsidiary of China BW Steel, was located in Jiatan, Pingan Town, Honggu District Construction started in the village's factory area.
This project has a total investment of 2.7 billion yuan and covers an area of 1072 acres. The product is positioned for the production and sales of large-scale ultra-high-power graphite electrodes. The annual designed production capacity is 100,000 tons. The entire system is planned to be completed and put into operation in September 2020. According to reports, the completed "LZBF Carbon Material Technology Co., Ltd." is in line with the Central and Provincial Committee's breakthroughs in the reform of mixed ownership, accelerating the pace of equity diversification, striving to form a flexible and efficient market-oriented operating mechanism, and creating effective participation. The requirements of internationally competitive large-scale enterprise groups have a role model and model for mixed ownership reform.
According to another introduction, this project is a highly-efficient and low-pollution circular economy industry that is strongly advocated for compliance with the country's supply-side reforms. It uses the highest-end technology in graphite electrode production, the most advanced equipment in the world, and the most optimized energy-saving and environmental protection technologies. Excellent characteristics of environmental protection, energy saving and high efficiency. In order to fully consider the "three wastes" treatment and comprehensive utilization measures, environmental protection facilities and equipment are manufactured by manufacturers with international advanced levels, and the "three wastes" are controlled in accordance with national pollutant emission standards.
LZBF Carbon Co., Ltd., the resident enterprise, move to a wider world. According to reports, after the completion of the project, the carbon product structure will be further optimized to meet the increasing demand for high-quality, large-size, ultra-high-power graphite electrodes in steel companies, and the level of "intelligent manufacturing" of the overall equipment of the carbon industry in China will be improved. Towards a smooth transformation of "China's intelligent manufacturing".