海洋采油厂物质管理中心供应站可行性方案.docVIP

目 录 一 项目概况··············································2 1项目名称············································2 2建设单位············································2 3可再生能源应用形式··································2 4项目概况············································2 5节能措施············································2 二 土壤源热泵系统供热制冷可行性方案··················2 1设计内容·············································2 2技术方案·············································2 2-1设计依据··········································2 2-2冷热负荷核算······································3 2-3土壤热交换系统设计································4 2-3-1土壤热交换系统简介······························4 2-3-2能源井数量计算··································4 2-3-3换热器管路长度计算······························5 2-3-4能源井分布设计及管路连接安装设计················5 3机组选型············································5 4投资概算············································6 5本设计方案的优点····································7 三 经济社会效益分析······································8 四 售后服务承诺··········································10 五 部分油田工程案例······································11 一 、项目概况 1．项目名称：海洋采油厂物质管理中心 2．建设单位：东风油田海洋采油厂 3. 可再生能源应用形式：土壤源热泵系统供热制冷技术 应用面积：11731.94㎡ 4．项目概况 海洋采油厂物质管理中心位于永安镇郊外，总建筑面积为11731.94㎡，其中物质管理中心1370m2、召光石油技术公司9145.94m2、化工公司1216m2分为办公楼、公寓、餐厅、厂房等几部分。 5. 节能措施：均为老式非节能建筑，其中厂房为2层板房。 二、土壤源热泵系统供热制冷可行性方案 1．设计内容 本工程设计施工的主要内容为室外埋管热交换系统的设计与施工、机房内地源热泵机组及相关配套的设计与安装、空调末端的设计与安装。夏季为空调末端提供7/12℃的循环水，使各房间内温度达26±2℃，冬季为空调末端提供45/40℃的循环热水，使各房间内温度达18±2℃。 2．技术方案 2.1 设计依据 本工程根据建设单位提供的相关资料，并依据现行有关国家颁发的有关规范、标准进行设计，具体为： ※地源热泵系统工程技术规范(GB50366-2005) ※采暖通风与空调设计规范(GB50019-2003) ※通风与空调工程施工质量验收规范(GB50243-2002) ※建筑给排水及采暖工程施工质量验收规范(GB50242-2002) ※给排水管道工程施工及验收规范(GB50268-97) ※91SB6通风与空调工程; 91SB7制冷工程 ※全国民用建筑工程设计技术措施暖通空调动力(2003年版) ※公共建筑节能设计标准(GB50189-2005) ※建筑节能工程施工质量验收规范(GB50411-2007) ※设计施工建筑图纸 2.2冷热负荷核算 根据《公共建筑节能设计标准》和施工图纸的相关要求，结合建筑特性和现场实地勘察情况进行设计计算。 室内外设计参数 ※夏季空调室外计算干球温度: 34 oC ※夏季空调室外计算湿球温度: 26.8 oC ※夏季空调室内计算干球温度: 24 oC ※夏季空调室内相对湿度: 80% ※冬季采暖计算温度: -8oC ※冬季空调室内计算干球温度:18 oC ※冬季计算相对温度: 61 oC 冬季热负