3.1.1基本情况 ····················· 3.1.2管理架构 ····················· 3.1.3设备与布置 ···················· 3.1.4生产工艺流程 ··················· 3.2物料的输入输出 ··················· 3.3用电流向 ······················3.4审核重点评估分析 ··················3.5无/低费清洁生产方案（2） ··············
第四章 方案产生与筛选 ·················4.1产生方案和汇总 ···················4.1.1方案产生 ·····················4.1.2方案汇总 ·····················4.2方案筛选 ······················4.3研制方案 ······················4.3.1 Z1-新增双推炉替代单推炉方案概述 ·········4.3.2 Z2-电隧道炉叠烧技术概述 ·············4.3.3 Z3-建造园区废水生态处理设施方案概述 4.3.4 Z4-含铝粉尘废气治理方案概述 ···········4.3.5 Z5-纯水装备升级及离子水回收利用概述 4.3.6 Z6-车间布局改造概述 ···············4.4继续实施无/低费方案 ················
··············4.5核定并汇总无/低费方案实施情况 ··········· 第五章 可行性分析 ··················· 5.1 Z1-新增双推炉替代单推炉方案 ············ 5.1.1技术评估 ····················· 5.1.2环境评估 ····················· 5.1.3经济评估 ·····················5.2 Z2-电隧道炉叠烧技术方案 ··············5.2.1技术评估 ·····················5.2.2环境评估 ·····················5.2.3经济评估 ·····················5.3 Z3-建造园区废水生态处理设施方案 ··········5.3.1技术评估 ·····················5.3.2环境评估 ·····················5.3.3经济评估 ·····················5.4 Z4-含铝粉尘废气治理方案 ··············5.4.1技术评估 ·····················5.4.2环境评估 ·····················5.4.3经济评估 ·····················5.5 Z5-纯水装备升级及离子水回收利用方案 5.5.1技术评估 ·····················5.5.2环境评估 ·····················5.5.3经济评估 ·····················
········5.6 Z6-车间布局改造方案 ················ 5.6.1技术评估 ····················· 5.6.2环境评估 ····················· 5.6.3经济评估 ····················· 5.7中/高费方案可行性分析汇总 ············· 5.8可行性分析小结 ···················
第六章 方案实施 ···················6.1无/低费方案实施 ··················6.1.1无/低费方案实施效益统计 ·············6.1.2无/低费方案的实施效果（部分展示） 6.2中/高费方案的实施 ·················6.2.1中/高费方案的实施计划 ··············6.2.2中/高费方案的实施进度 ··············6.2.3中/高费方案的实施效益 ··············6.2.4中/高费方案实施效果 ···············6.3方案实施后对企业的效果总结 ·············6.4清洁生产目标预期效果对比 ··············
第七章 持续清洁生产 ··················7.1清洁生产机构的建立 ·················7.1.1明确任务 ····················· 、
········7.1.2持续清洁生产工作的组织形式 ············ 7.2建立和完善清洁生产的管理制度 ············ 7.2.1把审核成果纳入企业的日常管理 ··········· 7.2.2建立和完善清洁生产激励机制 ············ 7.3持续清洁生产计划 ··················
第八章 总结 ······················编制文件与参考文献 ··················附件： ························
前 言
当今世界，经济发展与能源短缺和环境污染的矛盾日益突出，能源短缺和环境污染已经成为全球共同面临的重大困难。
我国企业，一方面面临原材料、能源价格不断快速的增长，导致企业成本的上升，另一方面，我国的环境污染问题已经非常严重，特别对工业发达的地区，环境问题尤为突出，国家对环保的要求越来越严，企业的环保支出也越来越大。面对这种成本上升和环保压力加大的双重压力，企业在寻找出路。
清洁生产是指不断采取改进设计、使用清洁的能源和原料、采用先进的工艺技术与设备、改善管理、综合利用等措施，从源头削减污染，提高资源利用效率，减少或者避免生产、服务和产品使用过程中污染物的产生和排放，以减轻或者消除对人类健康和环境的危害。
开展清洁生产审核的主要目标是减少资源的消耗和浪费、防止环境污染和对生态环境的破坏，保障资源的持续利用。本着“节能、降耗、减污、增效”的原则，采用污染少、成本低、效率高的生产方式，尽量消除或减少在生产过程、产品及销售中污染物的产生量，实现环境效益与经济效益的统一。以更高的生产水平和环境质量状态参与市场竞争，实现又好又快的可持续发展。
深圳宇宙电子有限公司（以下简称“我公司”）是一家专业从事制造避雷器及相关产品的企业。我公司经过对清洁生产的认识了解，为了进一步从企业自身做好节能、减排和降耗工作，提升企业的清洁