新型工业化背景下工业用水效率内涵的解析模型——基于“物理-事理-人理”方法论视角

An Analytical Model for Connotation of the Industrial Water Efficiency under the Background of New Industrialization Based on the System Methodology of Wuli-Shili-Renli

摘要:

“新型工业化”为实现工业可持续发展提供了新方向,针对目前工业用水的多视角研究现状及对工业用水效率认知的缺陷,提出了新型工业化背景下的工业用水效率解析的新思路。基于“物理-事理-人理”的系统理论与方法,构建工业用水效率的WSR三维分析模型,并对工业用水效率的物理(工业-水资源复合系统状态)、事理(工业用水效率预警)、人理(工业用水立法)进行多层次辨析。为探索水资源支撑视角下新型工业化发展模式的系统研究提供了分析框架和理论参考,为缓解现阶段水资源危机、推动工业可持续发展提供了新思路,并对新常态下保障工业用水安全的相关实践提供一定的方法指导。

Abstract:

is provided a new direction for the industry sustainable development. There were many ways to realize industrial water, but the research of industrial water efficiency was still not enough. So an analytical model for connotation of the industrial water efficiency under the background of new industrialization based on the system methodology of Wuli-Shili-Renli was built. Industrial - water resources complex system’s state was the Wuli of industrial water efficiency, and industrial water efficiency early warning was the Shili, and industrial water legislation was the Renli. It could provide the theoretical support and method support for the industrial water efficiency research and a new angle of view alleviate the current industrial water crisis and promote the industry sustainable development, and provide scientific guidance to practical work under the new normal industrial water.