搜索
名称：某大厦通风空调施组目录第一章编制依据和编制说明·········································································1第一节编制依据·································································································3第二节编制说明·································································································4第三节本工程拟定的施工目标···············································································4第二章工程概况·························································································6第一节总述·································································································6第二节通风空调工程概况·····················································································6第三章通风空调工程施工方案····································································10第一节通风与空调工程风管施工方法·····································································10第二节空调水工程施工方法················································································16第三节空调设备安装·························································································21第四章本合同人员和机械配备······································································26第一节项目管理班子配备表·················································································26第二节用于本工程的主要施工机械、检测、试验设备表···············································30第五章施工技术保证措施··········································································33第一节质量保证体系和措施·················································································33第二节工期保证措施·························································································41第三节雨季施工保证措施···················································································46第四节与其它交叉施工工程最小影响的保证措施························································47第五节安全施工的保证措施·················································································48第六节文明施工的保证措施·················································································57第七节成品保护的保证措施················································································60第六章材料供应及进场计划·······································································62第七章工程资金使用计划··········································································63第八章劳动力使用计划·············································································64第九章施工用水、用电、用地需求计划························································66第一节现场施工用水方案····················································································66第二节现场施工用电方案····················································································66第三节现场施工用地方案····················································································67第一章编制依据和编制说明第一节编制依据1.1通风空调工程施工招标文件。1.2施工图名称日期设计号有限公司设计的图纸2003.011.3主要图集、规定、规范、标准：类别名称编号图集暖通空调标准图集T9建筑设备施工安装通用图集通风与空调工程91SB6建筑设备施工安装通用图集91SB-X1(2000版)标准《建筑采暖卫生与煤气工程质量检验评定标准》(GBJ302-88)《通风与空调工程质量检验评定标准》（BGJ304-88）《建筑安装工程质量检验评定统一标准》（GBJ300-88）《施工现场临时用电安全技术标准》JGJ46-88规范规程《压缩机、风机、泵安装工程施工及验收规范》（GB50275-98）《建筑安装工程施工工艺及操作规程》DB/5100P0/001-88《通风与空调工程施工及验收规范》（GB50243-2002）《建筑给排水与采暖工程施工质量验收规范》（GB50242-2002）《现场设备、工业管道焊接工程及验收规范》（GBJ236-82）《建筑施工高空作业安全技术规范》（JGJ80-91）《机械设备安装工程施工及验收通用规范》JBJ23-96《建筑机械使用安全规范》JGJ33-86《建筑工程施工现场供电用电安全规程》GB50194-43第二节编制说明大厦是集办公、商业、宾馆为一体的综合性智能大厦，建筑地点位于。本工程占地面积5652.8M2，总建筑面积73897.5M2。本工程量大、质量要求高，工期紧，必须具备较高的组织协调、施工管理、技术性能、充足的机械设备和施工物资储备能力才能圆满地完成本工程的施工。本《施工组织设计》是工程施工的技术性文件，编制时对工期、质量目标、项目管理组织机构设置与劳动力组织、施工进度计划控制、机械设备及周转材料配备、主要技术措施、安全、文明施工等诸多因素尽可能做了充分考虑，突出其科学性、使用性及针对性。在分项工程实施前还要编制详细的施工方案、措施及作业指导书，指导工程施工，控制工序质量，确保本工程在拟定的工期内完成通风空调工程的全部施工内容，质量达市优质样板工程等级。第三节本工程拟定的施工目标充分发挥集团优势和成熟的民用工程施工经验、严格管理、科学组织，确保完成如下目标:1、工程质量目标：达到国家工程质量检验评定标准的优良等级，争创鲁班奖。2、施工工期目标：在合同工期内完成空调、通风安装工程的所有施工任务。3、安全施工目标：消灭责任死亡事故，多人伤亡事故和重大财产损失事故，年重伤率控制在0.5‰。4、文明施工目标：达到市级示范文明施工工地标准，努力做好现场管理，场容场貌创一流水平。第二章工程概况第一节总述厦是集办公、商业、宾馆为一体的综合性智能大厦，建筑地点位于。本工程占地面积5652.8M2，总建筑面积73897.5M2。空调系统分两部分设计，即七层以下裙房办公室、酒店客房等按集中供冷设计，设计冷量为3321KW（945RT）；八层以上办公区为满足空调计费、使用灵活的要求设置水源热泵空调系统（水冷集中空调系统），设计冷量为5175KW（1472RT）；空调工程总设计冷量为2417RT。第二节通风空调工程概况一、七层以下裙房办公室、酒店客房空调系统设计1、冷源：七层以下裙房办公室、酒店客房按集中供冷设计，集中空调面积20000M2，共设计三台螺杆式冷水机组R－1、2、3，制冷量为945RT。冷冻水进、出水温度为12℃/7℃，冷却水进、出水温度为32℃/37℃，选用四台冷冻水泵B－1、2、3、4（三用一备），四台冷却水泵b－1、2、3、4（三用一备）；相应的三台方形逆流冷却塔CT－1～3设于裙房四层屋面2、空调水系统：本工程空调水系统按两管制设计，一次泵系统，变流量运行。水系统共分为四个环路，其中裙房风机盘管、空调机组各为一路，塔楼风机盘管、空调机组各为一组。空调机组环路竖向与水平方向均按异程枝状布置；风机盘管环路竖向按异程布置，水平方向布置为同程。在塔楼八层新风机房设有膨胀水箱，对水系统进行定压、补水。水系统工作压力为0.80MPa，空调设备按此压力选型设计。本工程空调水系统设有水处理设备：冷水、冷却水管路的总管上均设有电子水处理仪。3、空调风系统：本工程末端系统分别设计为全空气低速空调系统及风机盘管加新风系统。一层证券、银行大厅设有系统K－1－1，办公、宾馆大堂设有系统K－1－2，三层餐厅设有系统K－3－1，四层会议室设有系统K－4－1。全空气低速空调系统送风设计为散流器均布送风，集中回风。一层商铺，二层至五层办公区，三层餐厅包房，六、七层酒店客房均设计为风机盘管加新风系统，采用卧式暗装型带回风帽风机盘管，送风采用方形散流器或设双层百叶侧送，回风采用门铰式回风口，为满足人员的舒适性要求设有九个新风系统。三层餐厅包房设有新风换气系统XP－3－1，同时解决新风，排风问题。二、八层以上办公区空调系统设计1、八层以上办公区空调面积为28000M2，空调系统设计为水源热泵空调系统，共设有三个水环路，即八层至十五层、十六层至二十三层、二十四层至三十二层各为一个水环路，相应在屋面分别设有方形逆流冷却塔及冷却水泵，冷却水进、出空调末端的温度为30℃/35℃。2、办公室各层均采用水冷分离式风机盘管，内机组设在房间内，外机组设于卫生间或走道，消除外机组压缩机噪音、振动对人员的影响；八层至三十二层每层设新风系统：X－8－1～X－32－1，选用带独立冷源的吊装型新风机组，分层控制。3、每个水环路均分为两个水支路，即带独立冷源的吊装型新风机组，水冷分离式风机盘管机组各为一个支路，其中新风机组竖向与水平方向均按异程枝状布置；风机盘管环