环境熵评价建模及煤矿循环经济系统应用实证研究

本文应用基于熵信息的复杂性测度理论,对煤炭循环经济的生态环境系统进行分析,提出了循环经济的生态与环境系统环境熵的概念,用于描述循环经济系统产业链各个产业节点产生的固体、液体和气体及其它废弃物对生态与环境系统所造成的损害程度,并建立了基于熵复杂信息量度量的循环经济系统环境熵评价模型。应用该模型对典型的煤矿循环经济系统——西山煤电古交矿区循环经济园区的生态、环境及其环境熵进行了复杂性测度实证研究,提出了一种环境熵评价的研究方法与应用案例。

Research on Environmental Entropy of Coal Circular Economy System

With entropy based complexity measurement under the theory of complex system, this paper oriented to evaluate the ecological environment of coal circular economy system. The concept of environmental entropy is presented and under which the degrees of disorder or pollution to environment is quantitative in respective nodes of circular chain. Consequently, an environmental evaluation model is set up, which is based on complexity metric of entropy, and empirical research on two cases, which are Gujiao Mine Circular Economy Park of Xishan Coal Electricity Group , indicates that the proposed model is available to environment evaluation of coal circulation industries. The highlights are preferred to conclude as a new environmental entropy metric method and an application case in this paper.