包头钢铁(集团)有限责任公司
包钢焦化厂低温余热制冷节能技术改造
可行性分析报告
江苏双良空调设备股份有限公司
二〇〇八年十月
1
通过采用低温余热制冷节能系统
回收利用粗煤气冷却采暖段的废热
代替原工艺蒸汽型制冷机提供冷冻水
每年可以节省蒸汽 万吨/年
每年可以节约标煤 8962 吨/年
产生经济效益 万元/年
投资回收周期不超过两个制冷期
(由于二回收制冷机本身需大修或更换,
节能技术改造系统投资回收期将更短)
2
目录
1 总论············································································································································································5
项目及建设单位概况················································································································5
项目编制依据··········································································································································5
项目论证范围··········································································································································6
项目背景及建设理由················································································································6
主要技术原则···········································································································································8
2 节能技术改造方案·······························································································································9
可利用的余热资源····························································································································9
冷需求现状·······················································································································································9
目前制冷期工艺系统流程图·························································································9
目前采暖期工艺系统流程图···························································································10
节能技术改造工艺系统流程图··················································································10
余热制冷设备选型及技术参数表···························
包钢焦化厂节能技改可行性报告 来自淘豆网m.daumloan.com转载请标明出处.
