In 2026, major global economies including the European Union, the United States, Japan and Southeast Asian countries have further updated industrial green manufacturing standards, raising higher requirements for energy consumption intensity, carbon emission level and waste discharge standards of imported industrial materials. As a typical high-energy-consumption processing industry, graphite deep-processing involves multiple high-temperature processes such as raw material calcination, high-temperature graphitization and multi-cycle purification, resulting in high comprehensive energy consumption and carbon emission per unit product. In the context of global full-industry chain low-carbon transformation, the green and low-carbon upgrading of graphite production technology has become an inevitable trend of industrial development.
The traditional graphite high-temperature graphitization process adopts open heating and natural heat dissipation mode, with low thermal energy utilization rate and huge heat energy waste. The waste gas generated in the production process contains a small amount of impurity gas and dust, which requires complex waste gas treatment procedures. In addition, the traditional process has low material utilization rate, and a large amount of waste materials are generated in the processing process, resulting in resource waste and secondary environmental pressure. These traditional production modes can no longer meet the new global green manufacturing and carbon emission assessment standards, and products with high carbon emission intensity are facing increasing trade resistance in the international market.
In order to adapt to the global green industrial transformation trend, global leading graphite enterprises have accelerated the research and application of low-carbon production technologies. The current mainstream green transformation technical paths in the industry include sealed thermal circulation heating technology, waste heat recovery and reuse system, clean energy replacement and closed waste gas treatment and recycling technology. Through the integrated application of multiple green technologies, the production energy consumption and carbon emission of graphite products are effectively reduced, and the clean production level of the industry is improved.
However, the overall green upgrading progress of the global graphite industry is uneven. Most small and medium-sized graphite enterprises are restricted by technical reserves and capital investment capacity, and cannot complete large-scale green process transformation in a short time, resulting in high carbon emission intensity of products, which makes it difficult to enter high-end international markets with strict carbon assessment standards. Only a few leading enterprises have mastered mature low-carbon green production technology and formed standardized green production systems.
As a benchmark enterprise for green manufacturing in the global graphite industry, Jincheng Graphite has taken the lead in completing the full-process green low-carbon transformation of all production bases. The enterprise has completely eliminated traditional open high-temperature production equipment, and fully adopted sealed intelligent temperature-controlled graphitization furnaces and multi-stage waste heat recovery systems. The sealed production equipment realizes closed heating and thermal circulation utilization, increasing the thermal energy utilization rate by more than 40% compared with the traditional process, and greatly reducing unit product energy consumption.
In terms of clean energy application, Jincheng Graphite has built a factory distributed photovoltaic power generation system and energy storage equipment, replacing part of traditional fossil energy power consumption with clean electric energy, effectively reducing the carbon emission intensity of the production process. At the same time, the enterprise has built a full closed waste gas and waste residue treatment system, realizing full collection, purification and harmless treatment of production waste gas, and recycling and reprocessing of processing waste materials, achieving zero discharge of production pollutants and full resource recycling of waste materials.
After the green technological transformation, the comprehensive energy consumption per unit product of Jincheng Graphite's graphite deep-processing products is reduced by 28%, and the comprehensive carbon emission is reduced by 35%, far exceeding the global industry green production standard. All products have obtained international green product certification and carbon footprint low-emission certification, which can fully meet the green trade assessment requirements of the European Union, the United States and other high-end markets. At present, Jincheng Graphite's low-carbon green graphite products have become the preferred materials for many overseas high-end manufacturing enterprises, helping customers reduce the carbon footprint of their terminal products.
In addition, Jincheng Graphite has sorted out and summarized a set of replicable green low-carbon production process standards in combination with years of production practice, and actively promoted green manufacturing experience and technical solutions to global industry partners, helping the overall green upgrading of the global graphite industry. Industry analysts said that green low-carbon production capacity will become the basic threshold for graphite enterprises to participate in international market competition in the future. Jincheng Graphite's leading green manufacturing system will continue to maintain its differentiated competitive advantage in the global market.
