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1、Gay is now a provincial key construction project of aluminum Ltd-province with an annual output of 50,000 tons of technical innovation project of environmental protection and energy saving of electrolytic aluminum project manager. In this technological transformation projects, he has overall respons
2、ibility for the day-to-day affairs of the project. In order to ensure that southern companys control the scale of investment, strengthen field management, pay special attention to project progress, and ensure a successful operation, the overall goal. He and Engineering Department under the leadershi
3、p of all the staff in the companys technical command, on the difficulties and to overcome technical difficulties in the process, work hard, have made outstanding achievements, mainly reflected in the following aspects: first, careful organization and management achieved remarkable results. Technical
4、 innovation project of the year, started and completed a series of bids and completed to date, from production engineering to put into production after nearly a year, has achieved very significant results. A project first 56 slots from dismantling the old slot just 168 days, civil engineering, insta
5、llation, commissioning, guarantee engineering quality under the premise, on the production side transformation under difficult conditions, created the national industrys fastest speeds. II 32 large prebaked electrolytic cell on November 7 has been installed, marks has an annual production capacity o
6、f 50,000 tons of electrolytic aluminum production capacity of aluminum. Entire project almost 8 months earlier than planned, achieved the goal of production transformation benefits that year, created favorable conditions for aluminum through South. Second, effectively control the investment. Project
7、 is subject to a scientific approach to bidding, bidding to make savings of 20 million Yuan, in the implementation process of the project, every domestic prices of steel, cement and other building materials, the old buildings on the base encountered great difficulties in dealing with significant inc
8、rease in the volume of civil engineering, but through rationalization and optimization, project control in fixed investment of 350 million Yuan. Third, environmental energy-saving effect of the project. Project investment of nearly 30 million Yuan, using large prebake technology and aluminum oxide d
9、ense phase and hyper dense phase conveying technology, fluoride and other harmful gases purification efficiency of up to 98%. Compared with Soderberg cell before the modification, power consumption can be reduced by 1500 tons of electrolytic aluminum, and project environmental protection and energy
10、saving effect is obvious. Four are in a relatively short period of time to the normal production. After four months of efforts, a project has put into operation all the 54 240KA large cell into regular production, stable current channel conditions and all the economic indicators are good, current ef
11、ficiency in October had reached 93%, is close to and reach the domestic advanced level. In the case of production half of the cell, this effect can be achieved and better level in the industry. 50,000 tons of electrolytic modification process, from preliminary study to equipment selection, cost cont
12、rol, project progress, quality control and coordination among the various sub-projects and various professional, technical command under the correct leadership, both from an overall perspective, emphasis on integrity, and earnestly implement the relevant laws and regulations, strictly act according
13、to the contract. He tried to learn relevant knowledge, good style of business, operational and organizational coordination ability, project efficiency, quality and safety assurance system in place, with all units involved with the coordination and good .目 录目 录1梁板预制与安装安全专项方案31、工程概况31.1、主要技术标准31.2、地质水
14、文资料31.2.2. 水文地质特征41.3、气候、降水、日照、蒸发量、主导风向风速、冻深等42、编制依据53、编制目的54、施工计划65、施工工艺技术75.1、先张空心板施工方案75.2、预制箱梁施工方案165.3梁板安装305. 3.1施工准备305.3.2、总体施工方案说明315.3.3架桥机架梁方案335.3.4检查验收程序406、施工安全技术措施416.1、预制场布置的安全要求416.2、梁板预制安全技术436.3、钢筋的绑扎和安装446.4、混凝土工程混凝土的浇注机操作规程466.5、先张法施工的安全要求466.6、后张法预应力混凝土施工安全技术476.7、预留孔道486.8、预应力
15、筋制安497、张拉508、孔道压浆5210、梁板运输安全技术5810.1、梁板运输一般要求5810.2、梁板运输与堆放安全要求5910.3、梁板安装安全技术6011、施工安全保证措施6211.1组织保障6211.2、梁板施工危险源识别、分析及预防措施6611.3、预制箱梁吊装危险源识别、分析及预防措施7111.4、架桥机架设施工的安全技术措施7611.5、龙门吊吊装施工的安全技术措施7811.6、运梁炮车运输的安全技术措施8011.7、安全标志8012.监控监测措施81梁板预制与安装安全专项方案 1、工程概况临潼西安段高速公路是国家高速公路网规划中横向线连云港-霍尔果斯高速公路(G30)在陕西
16、境内的重要组成路段,同时也是陕西省交通运输主动脉。项目起点位于临潼(靳家),接已完成改扩建的潼关(豫陕界)至临潼(靳家)高速公路,止于方家村,接西安绕城高速公路,全长约15Km。 LX-C01合同段起点桩号为K115+500,终点桩号K122+560,全长7.06km,总投资2.15亿。本合同段原有旧路宽26m,两侧拼接加宽为42m的双向八车道;设计行车速度为120Km/h,全线车辆设计荷载为公路-级,设计洪水频率大中桥及路基为1/100,特大桥1/300。 1.1、主要技术标准1.1.1、设计车速:本合同段原有旧路宽26m,两侧拼接加宽为42m的双向八车道;设计行车速度120KM/h。1.1
17、.2、全线车辆设计荷载为公路级,设计洪水频率大中桥及路基为1/100,特大桥1/300.1.2、地质水文资料1.2.1、工程地形、地貌本项目属于平原-河谷貌区,根据地形标高、相对高差、形态及地貌成因,可以进一步划分为渭河一级阶地、渭河二级阶地两个次级地貌单元。各地貌类型主要特征如下:(1)渭河一级阶地地形平坦,工程地质条件良好。地基土类型主要为黄土状土(粉质粘土),下部夹粘土层及砂、砂砾石及卵石土。(2)渭河二级阶地渭河二级阶地地形总体较为平坦,中间有个别冲沟。地层表层普遍发育马兰黄土,厚312米,下部为黄土状土。1.2.2. 水文地质特征沿线底下水主要类型为潜水,地表水系较发育,但由于受地形
18、影响较大,底下水埋深度变化亦较大,从探明地层来看,底下水不丰富,主要赋存予第四系河流冲洪积层和黄土层中。其中河漫滩地带最富,其次是一级阶地地带,二级阶地地上地下水位较深,一般在30m以下,该地区底下水的补给来源主要为大气降水入渗、地表灌溉入渗。1.3、气候、降水、日照、蒸发量、主导风向风速、冻深等路线传阅区域属暖温带大陆性帮干旱气候。冬夏较长,春秋较短,日照充足,雨热同季,气温、降水年纪变化大,旱涝霜雹灾害多,司机变化分明。年平均气温13.413.6,一月平均气温-1.2,七月平均气温27.3,几段最高气温40.243.0,极端最低温度-13.1-18.2,年降水量590800毫米,多集中于七
19、至九月份。最大冻土深度40厘米,最大积雪12厘米。区域沿线大气流有明显的季节变化,各季风向随之改变。全年主导风向多东北风,频率13,其次是北风和西南风,频率为7。平均风速1.8米/秒,最大风速15.3米/秒,为北偏风。2、编制依据安全生产法 (主席令第70号)建设工程安全生产管理条例(国务院令第393号)危险性较大的分部分项工程安全管理办法建设部200987号公路水运工程安全生产监督管理办法交通部令20071号公路桥涵施工技术规范(JTG/T F50-2011)公路工程质量检验评定标准(JTG F80/12004)公路工程施工安全技术规程(JTJ76-1995)施工现场临时用电安全技术规范(J
20、GJ46-2005)公路交通安全设施施工技术规范(JTG F71-2006)公路工程安全管理手册西临高速公路改扩建工程 LX-C01标合同段合同文件西临高速公路改扩建工程 LX-C01标合同段施工图设计文件西临高速公路改扩建工程 LX-C01标合同段施工组织设计3、编制目的3.1、杜绝重大人员伤亡事故;3.2、杜绝多人重伤事故;3.3、杜绝重大机械设备事故;3.4、杜绝易燃易爆物品爆炸事故;3.5、消灭违章指挥,消灭违章作业,消灭惯性事故;3.6、无死亡事故,无重伤事故,全年轻伤率不超过3。4、施工计划根据工程总体推进安排,梁板预制安装计划开始生产日期为2014年3月25日,计划完工日期为20
21、15年3月25日。 4.1、施工管理人员序号管理人员工序名称姓名备 注1现场负责人苟怀金2技术人员苏盟3质检员向军4材料员吴凯5试验员文静6安全员宋胜利4.2、现场操作人员序号工种数量进场时间1钢筋工202014-3-252模板工252014-3-253混凝土工102014-3-254预应力张拉工62014-3-255机械工22014-3-256 吊车司机22014-3-257运输车司机42014-3-258架桥机操作手22013-5-259其他工202013-5-254.3.拟投入的机械设备序号名 称规格型号数量(台/套)备 注 2装载机5013电焊机BX3-31544钢筋切断机GC-502
22、5钢筋弯曲机GW6-40B26钢筋调直机27龙门吊80T48插入式振动 器ZN50Z 89附着式振动器1.5KW4010张拉设备YCD5000211压浆设备YSH-325、施工工艺技术5.1、先张空心板施工方案5.1.1、钢绞线制作及安装:在钢绞线进场以后,应进行检验。检验时从每批钢绞线中任选3盘,从每盘中截取一根进行表面质量、直径偏差、力学性能试验。在钢绞线试验合格后,根据每槽张拉台座的长度(包括横梁宽度)、张拉伸长值、外露长度以及张拉时所需要的长度等因素确定钢绞线的下料长度;钢绞线下料时,使用砂轮切割机切割,切割口的两侧各5cm处用铁丝绑扎。铺设预应力钢绞线时,预应力筋的失效长度采用硬塑料
23、管将其套住,在张拉完成之后按照设计要求的失效长度和位置重新固定塑料管的位置并用铁丝将两头绑扎牢固避免混凝土浆进入管内,使预应力筋与混凝土不产生握裹作用,达到设计要求的失效效果。钢铰线的安装:将下好料的钢绞线运到台座一端,钢绞线穿过端模及塑料套管后在其前端安引导装置以利于钢绞线沿直线前进。5.1.2、钢绞线的张拉:先张法施工预应力梁板采用“整拉整放”的施工工艺,“双控法”控制,即:“张拉力控制,伸长量校核”。(1)准备工作:a、施工现场安排具备预应力施工知识和正确操作的施工技术人员;b、检查锚具是否安装正确;c、施工现场必须具备确保操作人员和设备安全的必要的预防措施;d、检查张拉千斤顶的张拉力作
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