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化工园区污水处理过程中碳减排策略的效果评估
  

摘要在全球应对气候变化和碳减排的背景下,化工园区污水处理过程中如何实现有效的碳减排成为一项重要课题。本文从化学原理出发,分析化工园区污水中的碳源特性及其降解机制,探讨化工园区污水处理中的主要碳减排路径和碳固定反应的化学过程。通过微生物强化、生物化学反应优化、资源化技术等关键技术策略,提升化工园区污水处理中的碳减排效果。进一步提出基于化学平衡与反应动力学的评估方法,并结合碳足迹评估模型,系统评估不同碳减排策略的效果。合理的化工园区污水处理技术和科学的评估方法可以显著提升碳减排效率,为低碳化工园区污水处理提供理论依据。

Abstract: Against the backdrop of global climate change and carbon emission reduction how to achieve effective carbon emission reduction in the wastewater treatment process of chemical plants has become an important issue. This paper analyzes the characteristics of carbon sources in chemical plant wastewater and their degradation mechanisms from the perspective of chemical principles and discusses the main carbon emission reduction paths and the chemical processes of carbon fixation reactions in chemical plant wastewater treatment. By employing key technical strategies such as microbial enhancement optimization of biochemical reactions and resource technology the carbon emission reduction effects in chemical plant wastewater treatment are improved. Furthermore an evaluation method based on chemical equilibrium and reaction kinetics is proposed and combined with a carbon footprint assessment model the effects of different carbon emission reduction strategies are systematically evaluated. Reasonable chemical plant wastewater treatment technologies and scientific evaluation methods can significantly improve carbon emission reduction efficiency providing a theoretical basis for low-carbon chemical plant wastewater treatment.

关键词:化工园区污水处理碳减排评估方法

Keywords: Chemical plant wastewater treatment; Carbon emission reduction; Evaluation method



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