低温余热发电工程可行性研究报告.docx
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低温余热发电工程可行性研究报告
*******有限公司
******低温余热发电工程（****）
可行性研究报告
*******设计研究院
******有限公司
*****设计研究院
院
长
*****
总工程师
****有限公司
***
总
经
理
***
副总工程师
***
设计经理
***
热
化
专业
机
学
报告编、审人员
编写（设计）审核
******
********
审定
环境保护
劳动安全与卫生
总图与交通
***
***
*
结
建
暖
构
筑
通
*
给
消
电
排
水
防
气
*
热工仪表
*
概
算
*
技术经济分析
**
目
录
第一章企业概况及生产技术现状·············································································1
第二章项目提出的依据和必要性·············································································2
1．项目背景···································································································2
2．水泥工业节能降耗···················································································6
3．改善环境质量···························································································6
4．促进水泥产业结构调整·············································································6
5．理想的CDM项目······················································································7
第三章工程前景分析·······························································································8
第四章建设条件····································································································9
1．站址·······································································································9
2．自然条件································································································9
3．化学药品供应························································································9
4．水源········································································································10
5．供电状况································································································10
6．建设资金来源························································································10
7．地址灾害影响分析··················································································10
8．其他不利影响分析·················································································11
第五章项目内容及设计原则··················································································12
1．项目内容································································································12
2．设计原则································································································12
第六章技术方案论述····························································································13
1．总平面布置····························································································13
2．余热锅炉工艺流程··················································································14
3．装机规模································································································15
4．热力系统·································································································21
5．冷却水系统·····························································································22
6．化学水处理·····························································································23
7．车间布置·································································································25
8．电气及热工自动化··················································································26
9．给水排水·································································································33
10．通风空调·································································································34
11．建筑········································································································35
12．结构········································································································37
第七章电站主要设备·····························································································31
第八章消防···········································································································34
1．总图及交通·····························································································34
2．建筑物及构筑物要求··············································································34
3．电气设施防火要求·················································································34
4．电站各系统消防措施···············································································35
第九章环境保护····································································································36
1．环境保护设计采用的标准·······································································36
2．地区环境概况·························································································36
3．污染物分析·····························································································38
4．污染控制措施························································································38
5．绿化········································································································40
6．环境管理及监测······················································································40
7．对环境的减排作用·················································································40
8．综合评估·································································································41
第十章安全生产····································································································42
1．工程概况·································································································42
2．工程性质································································································42
3．设计依据及标准······················································································42
4．生产过程中职业危害因素的分析····························································43
5．各种危害因素采取的主要防范措施························································43
6．职业安全卫生机构·················································································44
第十一章节能····································································································45
1．余热利用及碳减排量···············································································45
2．节能产品的选用·····················································································46
3．节水······································································································47
4．变频技术的应用······················································································47
5．保温材料·································································································48
6．节能量统计·····························································································48
第十二章劳动定员······························································································50
1．机构设置·································································································50
2．劳动定员设置························································································50
3．劳动生产率·····························································································50
4．职工培训································································································50
5．劳动定员明细表·····················································································51
第十三章建设进度设想及工程组织····································································52
第十四章投资估算及资金来源···········································································53
1．概述········································································································53
2．编制依据································································································53
3．投资分析································································································53
4．投资构成·································································································54
5．总估算表·································································································54
第十五章技术经济指标分析··············································································53
1．概述········································································································53
2．盈利能力分析·························································································53
3．清偿能力分析·······················································································53
4．不确定性分析························································································54
5．财务评价结论························································································55
6．财务评价附表·························································································55
第十六章技术经济指标······················································································56
第十七章结论与建议·························································································59
附图
F01
F02
F03
F04
F05
F06
F07
电站总平面图
烟风系统流程图
热力系统流程图
给排水系统流程图
化学水系统流程图图
接入系统图
计算机系统配置方案图
F08-1主厂房±0.000平面布置图
F08-2主厂房运转层平面布置图
F08-3主厂房1-1剖面图
第一章企业概况及生产技术现状
可行性研究报告
****有限公司隶属***集团，坐落在****，占地面积***多万平方米，现属****集团。
。
该公司现有一条***t/d水泥熟料生产线，由于水泥窑在生产水泥过程中，有
较多的中低温废气排放，为了进一步降低水泥熟料生产成本，提高企业经济效益，同
时节约能源、保护环境，创造良好的社会效益，公司在充分调研的基础上，决定利用
现有的***t/d水泥熟料生产线窑头、窑尾生产时排放的废气进行余热发电，建设
纯低温余热发电系统，装机规模为***MW。
**
-1-
）
第二章项目提出的依据和必要性
1.项目背景
可行性研究报告
随着我国人口的不断增加和经济的快速发展，资源相对不足的矛盾将日益突出，
寻找新的资源或可再生资源，以及合理的综合利用现有的宝贵资源将是我国今后如何
确保经济可持续发展的关键所在。
为此，早在1996年国务院就制定并出台了一系列
开展资源综合利用的政策，倡导要坚持资源开发与节约并举，并把节约放在首位，一
切生产、建设、流通、消费等各个领域，都
升级会员 