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牛奶加工设施的清洁生产机会评估

Cleaner production opportunity assessment for a milk processing facility.

作者信息

Ozbay A, Demirer G N

机构信息

Social and Physical Infrastructure Department, State Planning Organization, Ankara, Turkey.

出版信息

J Environ Manage. 2007 Sep;84(4):484-93. doi: 10.1016/j.jenvman.2006.06.021. Epub 2006 Sep 1.

Abstract

Possible cleaner production (CP) opportunities for a milk processing facility were examined in this study. The CP concept and its key tools of implementation were used to assess the potential CP opportunities in the facility studied. The general production process and its resulting environmental loads were investigated by taking possible CP opportunities as the basis of study. The methodology developed for CP opportunity assessment in the milk processing facility covered two major steps: preparation of checklists to assist auditing and CP opportunity assessment, and implementation of the mass-balance analysis. For mass-balance analysis, measurements and experimental analysis of the mass flows were utilized to determine the inputs and outputs. Prepared checklists were utilized to determine waste reduction options that could be implemented. Selected opportunities were evaluated considering their environmental benefits and economic feasibility. The results of the study indicated that 50% of the service water used, 9.3% of the current wastewater (WW) discharge, 65.36% of the chemical use and the discharge of 181.9 kg/day of chemical oxygen demand (COD) and 20.7 kg/day of total suspended solids (TSS) could be eliminated and 19.6% of the service water used could be recycled/reused.

摘要

本研究考察了牛奶加工设施可能的清洁生产(CP)机会。运用清洁生产概念及其关键实施工具,评估了所研究设施中的潜在清洁生产机会。以可能的清洁生产机会为研究基础,对总体生产过程及其产生的环境负荷进行了调查。为牛奶加工设施的清洁生产机会评估制定的方法涵盖两个主要步骤:编制清单以协助审核和清洁生产机会评估,以及进行质量平衡分析。对于质量平衡分析,利用物料流的测量和实验分析来确定输入和输出。利用编制的清单来确定可实施的减少废物选项。考虑所选机会的环境效益和经济可行性对其进行评估。研究结果表明,可消除50%的服务用水、9.3%的当前废水排放、65.36%的化学品使用以及每天181.9千克化学需氧量(COD)和20.7千克总悬浮固体(TSS)的排放,并且19.6%的服务用水可循环/再利用。

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