“双碳”战略下我国污水再生利用技术及发展策略研究

Research on Wastewater Reuse Technology and Development Strategies in China under "Dual Carbon" Strategy

摘要:

再生水作为现代城市的第二水源，其低碳化处理和资源化利用程度关系到我国生态文明建设和资源节约型社会建设成效。然而，我国在水资源的绿色再生和低碳利用方面仍然面临诸多挑战，在“双碳”战略的背景下，如何实现污水再生利用过程的低碳化，成为了一个亟待解决的问题。深入探讨污水再生利用的低碳化发展策略，从国内外污水再生利用的现状分析、有关技术综合对比、低碳化发展潜力、能源转化及资源利用、低碳化再生利用工程的应用策略等多个维度进行全面分析，为我国污水再生利用技术发展和水资源管理提供科学、系统的策略化建议，助力我国在全球水资源可持续发展领域树立新的里程碑。

Abstract:

Recycled water, as the secondary source of water in modern urban areas, the degree of its low-carbon treatment and resource utilization is related to the effectiveness of ecological civilization construction and construction of a resource-conserving society construction in China. Nevertheless, there are still many challenges in the green regeneration and low-carbon utilization of water resources in China. Under the background of the "dual carbon" strategy, how to achieve the low-carbonization of wastewater recycling reuse process has become an urgent problem to be solved. The low-carbon development strategy of wastewater recycling reuse is deeply discussed. In light of this, this study aims to delve into the development strategy of low-carbonization in wastewater regeneration and reuse. The comprehensive analysis is conducted from the multiple dimensions such as the analysis on the current situation of wastewater recycling reuse at home and abroad, the comprehensive comparison of the related technologies, the potential of low-carbon development, the energy conversion, the resource utilization, and the engineering application strategies of low-carbon recycling reuse, which provide the scientific and systematic strategic suggestions for the development of wastewater recycling reuse technologies and the management of water resource in China, and help China set a new milestone in the field of global sustainable water resources development.