绿色低碳背景下炭素材料与铝电解工艺的协同发展

Collaborative Development of Carbon Materials and Aluminum Electrolysis Process in the Context of Green and Low-Carbon Transformation

摘要

在全球绿色低碳转型背景下，炭素材料与铝电解工艺的协同发展已成为推动铝工业高质量发展的关键路径。铝电解作为高能耗产业，其生产过程中阳极炭素材料的消耗与碳排放密切相关。炭素材料作为电解槽的核心部件，其性能直接影响电解效率、能耗及污染物排放。通过优化炭素材料制备工艺、提升资源综合利用率，并推动铝电解工艺的技术革新，可实现二者在节能降碳、循环经济及智能化生产中的深度协同。

Abstract

In the context of global green and low-carbon transformation, the collaborative development of carbon materials and aluminum electrolysis processes has become a crucial pathway for promoting high-quality development in the aluminum industry. Aluminum electrolysis, as a high-energy-consuming industry, is closely linked to the consumption of anode carbon materials and carbon emissions during its production process. As a core component of electrolytic cells, the performance of carbon materials directly affects electrolysis efficiency, energy consumption, and pollutant emissions. By optimizing the preparation process of carbon materials, enhancing comprehensive resource utilization, and promoting technological innovations in the aluminum electrolysis process, deep collaboration can be achieved between the two in terms of energy conservation, carbon reduction, circular economy, and intelligent production.

关键词

绿色低碳 / 炭素材料 / 铝电解工艺 / 协同发展 / 节能降碳

Key words

Green and low-carbon / Carbon materials / Aluminum electrolysis process / Collaborative development / Energy conservation and carbon reduction

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