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Integrating input-output models with pinch technology for enterprise sustainability analysis

机译：将投入产出模型与捏合技术相集成，以进行企业可持续性分析

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摘要

This article proposes an integrated framework for enterprise sustainability assessment by integrating enterprise input-output modeling with water pinch analysis. Firstly, material metabolism of an enterprise is investigated to establish a baseline; then, potential for resource conservation and waste minimization is evaluated. The environmental performance and economic feasibility of modifications are then assessed based on identification of key processes. Thus, the framework provides a method to connect material metabolism analysis of enterprises with the implementation of specific actions for resource conservation and waste minimization. The case of the water utilization system at Wangpo coal mine in China is used to illustrate the framework developed. Two process integration scenarios, involving direct reuse/recycle and regeneration, are presented. The corresponding revised input-output models for each scenario are illustrated.
机译：本文通过将企业投入产出模型与水夹点分析相集成，为企业可持续性评估提出了一个集成框架。首先，研究企业的物质代谢，以建立基线；然后，评估资源节约和废物最小化的潜力。然后，基于关键过程的识别来评估修改的环境绩效和经济可行性。因此，该框架提供了一种将企业的物质代谢分析与资源节约和废物最小化的具体措施的实施联系起来的方法。以中国望坡煤矿的用水系统为例，说明了该框架的发展。提出了两种过程集成方案，涉及直接重用/回收和再生。说明了每种情况的相应修订后的投入产出模型。

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