天然气验收报告_天然气竣工验收报告
天然气验收报告由刀豆文库小编整理，希望给你工作、学习、生活带来方便，猜你可能喜欢“天然气竣工验收报告”。
燃气工程竣工验收报告
工程名称：
工程地点：
验收日期：
建设单位（盖章）：
监理单位（盖章）：
施工单位（盖章）：
一、燃气工程概况一览表
注：本表由建设单位填写
二、工程竣工验收申请表
三、燃气工程资料检查表
四、燃气工程竣工验收记录
注：该表由施工单位填写，验收结论由监理（建设）单位填写，综合验收结论由参加验收单位共同商定，建设单位填写。篇2：天然气管道工程验收报告
安徽英挪唯铝业有限公司天然气管道工程自验报告
注：本报告一式三份。
安徽英挪唯铝业有限公司天然气管道工程验收报告 2.本报告一式三份。广德县天然气开发有限责任公司
安徽英挪唯铝业有限公司天然气管道工程交工验收申请
注：1.本报告后附施工单位自验报告、监理单位的预验报告。2.本报告一式两份。
广德县天然气开发有限责任公司
安徽英挪唯铝业有限公司天然气管道工程
交 工 验 收 报 告
二〇一一年十一月一日
广德县天然气开发有限责任公司
安徽英挪唯铝业有限公司天然气管道工程交工验收报告 篇3：竣工验收报告 燃气工程资料
工 程 竣 工 验 收 报 告
（燃气专用）
工程名称： 深圳市宝安维雅徳酒店天然气接驳管道工程 验收时间： 建设单位（盖章）：深圳市燃气集团股份有限公司宝安管道气分公司
深圳市建设局、深圳市档案局 深圳市文档服务中心印制
填 报 说 明
1、本表仅适用燃气工程；对于包含配套燃气工程的房屋建筑项目，除填写本表外，还需填写《深圳市房屋建筑工程竣工验收报告》。
2、竣工验收报造由建设单位负责填写。
3、报告一律用碳素墨水笔书写，字迹要清晰工整。
4、报告内容必须填写真实可靠，如发现弄虚作假行为，建设行政主管部门将依照有关法律、法规、规章进行处罚。
5、报告必须经建设、设计、施工、监理等有关单位的负责人签字及相关责任人员签章后，加盖单位公章。
6、报告一式五份，建设单位、施工单位、监理单位、城建档案管理部门、建设行政主管部门各存一份。
竣工项目燃气工程审查
竣工验收组织实施情况
一、验收机构
二、验收组织程序
1、建设单位主持验收会议
2、施工单位介绍施工情况
3、监理单位介绍监理情况
4、验收人员核查质保资料、并到现场检查
5、验收人员分别发言，建设单位做好记录篇4：天然气工程安全验收评价报告 xxxxxxxxxxxxxxxxx有限责任公司 xxxxxxxxxxxxxxxxx区天然气利用工
程
安全验收评价报告 xxxxxxxxxx有限公司
资质证书编号： xxxx年一月 xxxxxxxxxxxxxx燃气有限责任公司 xxxxxxxxxx天然气利用工程
安全验收评价报告
法定代表人： xxxx 技术负责人： xxxxx 评价项目负责人：xxxxxxxx xxxx年xxx月
评 价 人 员
目 录
第一章 概 述 ···································································································· 1 1.1 评价目的 ········································································································································ 1 1.2 评价原则 ········································································································································ 1 1.3 评价依据 ········································································································································ 1 1.3.1 法律、法规 ··············································································· 1 1.3.2 标准和规范 ··············································································· 2 1.3.3 安全评价技术导则 ··································································· 4 1.3.4 其他资料 ··················································································· 4 1.4 验收评价范围 ····························································································································· 5 1.5 评价工作程序 ····························································································································· 5 第二章 工程概况 ······························································································ 6 2.1 建设单位简介 ····························································································································· 6 2.2 建设条件 ········································································································································ 6 2.2.1天然气资源简介 ········································································ 6 2.2.2自然条件 ···················································································· 7 2.3 工程概况 ········································································································································ 8 2.3.1 工程规模 ··················································································· 8 2.3.2 工程内容 ··················································································· 9 2.3.3 门站 ··························································································· 9 2.3.4 中压管网 ·················································································· 11 2.3.5 自控系统 ··················································································13 1 2.3.6 公用工程 ··················································································14 2.3.7 建筑结构 ··················································································17 2.3.8 其他设施 ··················································································18 2.4 安全设施和措施 ····················································································································· 19 2.5 工程投资 ······································································································································ 20 2.6 特别说明 ······································································································································ 20 第三章 主要危险、有害因素分析 ··································································21 3.1 危险特性分析 ··························································································································· 21 3.1.1 天然气 ······················································································21 3.1.1 四氢噻吩 ··················································································23 3.2 火灾 ················································································································································· 25 3.3 爆炸性气体混合物爆炸 ····································································································· 25 3.4 中毒和窒息 ································································································································· 26 3.5 压力管道爆炸 ··························································································································· 26 3.6 电气伤害 ······································································································································ 27 3.6.1 电流伤害 ··················································································27 3.6.2 电气火灾 ··················································································28 3.7 机械伤害 ······································································································································ 29 3.8 静电危害 ······································································································································ 29 3.9 噪声危害 ······································································································································ 30 3.10 坠落危害 ··································································································································· 30 3.11 自然灾害 ···································································································································· 31 2篇5：天然气项目竣工环境保护验收申请报告 *********天然气有限公司
年产*****万立方米天然气加气母站扩建项目
竣工环境保护验收申请报告 *****市环保局：
我公司新上年产******万立方米天然气加气母站扩建项目位于****市****路东首路南天然气门站院内，总投资*****万元，占地面积*****平方米。建设内容：新上年产*****万立方米天然气加气母站扩建项目，主要包括生产车间辅助设施和综合办公室设施，本项目加气母站设计加气量为**万立方米/日,年产约*****万立方米。目前，年产*****万立方米天然气加气母站扩建项目已建设完成。
项目在设计、建设中严格落实了环境影响报告表提出的污染防治措施和环评批复要求。具体情况简要汇报如下：
1、本项目产生的废水为少量的生活废水，生活废水经简单过滤后，用于厂区内绿化，符合《污水综合排放标准》(gb8978-1996)。因此，该项目的建设不会对地表水产生影响。
2、本项目产生的废气主要为天然气，cng加气站在正常工作情况下，该项目输配过程中未密闭过程，压缩机启停机泄压时释放的天然气全部回收，由站内安全放散系统所排放的天然气极少，只有在进行检修或压力超高时因保护设备的需要，才有少量天然气放散。项目设置安全放散系统，由于天然气放散量小，在经规定高度的防空管排放后，对周围环境空气的影响很小。另外，加气机在给汽车加气后将有余气释放。根据《汽车加油加气站设计与施工规范》（gb5016--2002），因为天然气比重小于空气能很快扩散，故允许拆修仪表或加气作业时泄放的少量天然气就地排放大气。因此，该项目的建设不会对大气产生影响。
3、本项目脱硫工艺中将产生含硫化铁的固体废物，为一般工业固体废物，年产生量约为7～8吨，由脱硫剂厂家负责回收。另外，该项目生活垃圾年产生量约为2.3吨，收集后由环卫部门统一处理。因此，本项目产生的固体废物不会对周围环境造成污染。
4、本项目营运中的噪声主要来源于压缩机、阀门等设备产生的噪声，一般等效声级在55-75db(a)之间；另外，加气枪加气后余气释放以及事故排空时，放空系统与气流间的摩擦产生的噪声可达到90 db(a)。阀门及调压设备一般位于相对封闭的房间内，在经过墙壁隔声和距离衰减后，可减噪15 db(a)以上，由于建设项目周围声敏感目标较少，且布局合理、注重绿化，在采取一系列隔声降噪措施后，项目所排放噪声符合《工业企业厂界噪声标准》（gb12348--90）的ⅱ类标准，因此不会对周围环境造成影响。经自查，认为该项目基本具备建设项目竣工环境保护验收条件，现申请贵局给予环境保护验收。
特此报告。
