By adopting cutting-edge, environmentally friendly technologies and processes, we ensure efficient resource utilisation and sustainable environmental development
Electrolytic aluminium is produced using the Hall-Héroult process, widely adopted across the aluminium industry. This highly efficient method is essential for large-scale aluminium production。
The internationally advanced Bayer process and state-of-the-art equipment are employed to ensure uniform fineness and high purity—exceeding the highest quality standards
Committed to advancing green equipment and technology, we enhance energy efficiency and promote environmentally friendly aluminium production. Plans are underway to further reduce energy consumption and extend equipment lifespan through optimised average voltage, improved cell design, and enhanced cell lining materials.
A comprehensive aluminium smelting system is in place, ensuring a seamless power supply cycle from input to output, facilitating aluminium production. Key production units include electrolytic cells, power supply systems, holding furnaces, and casting machines. Each is designed with cutting-edge technology and proven processes, with a strong focus on energy conservation, emission reduction, and efficiency upgrades. Continuous process optimisation enhances product competitiveness and meets the demands of high-end downstream processing.
Ongoing advancements in electrolytic aluminium production aim to lower electricity consumption per ton of aluminium. Multiple technical upgrade projects have been planned and implemented, with completion expected by the end of 2025.
We employ advanced limestone-gypsum technology for desulphurisation, defluorination, and dust removal. Dust emissions remain below 1.5 mg/m³, significantly lower than the national standard limits for electrolytic aluminium.
Innovative wet flue gas desulphurisation technology has been developed to simultaneously remove sulphur and fluorides. The limestone-gypsum wet desulphurisation method ensures sulphur dioxide emissions remain below 27 mg/m³.
Our electrolytic aluminium production per capita far exceeds industry averages. While China's electrolytic aluminium per capita annual production ranges between 260–280 tons, historical records show our output reaches 590–670 tons, 2.2 to 2.6 times the industry average.
Actively partnering with leading universities and research institutions, we integrate academic research, technological exploration, and industry expertise to foster an open and innovative ecosystem for collaborative growth. Holding 129 patents, including 125 utility model patents and four invention patents, we continuously drive advancements in the aluminium industry.
The electrolytic aluminium smelting process generates large volumes of emissions. While the pollutant concentration is relatively low, existing technologies struggle to further mitigate environmental impact. To address this, we have developed wet flue gas desulphurisation technology, which effectively removes both sulphur and gaseous fluorides from emissions. Additionally, we have introduced advanced particle capture technology, utilising cooling, phase transformation, aggregation, and recapture processes to trap fine particulate matter.
This breakthrough has earned the First Prize in the National Nonferrous Metal Technology Standard Excellence Award and has been successfully demonstrated in the aluminium smelting sector. It exemplifies our commitment to green production and our ability to deliver economically viable, near-zero-emission solutions for the sustainable development of China’s aluminium industry.
In 2023, we partnered with a university to develop an integrated red mud recycling system. This system optimises alkali extraction, achieving an alkali recovery rate of over 90% and an alumina extraction rate exceeding 50%. The processed red mud is rendered virtually alkali-free, making it suitable for soil remediation, iron extraction, and construction material production, significantly expanding its potential applications.
Building a world leading green aluminium industrial system
shaping the future of the sector
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