EPC项目管理实施总体设想(精简版)

EPC项目管理实施总体设想(精简版)

本工程报建管理涉及多个部门和机构，包括建设工程规划许可证、施工图审查、施工许可证等。为了提高报建效率和减少报建时间，各部门和机构需进行并联协办。我们将密切关注各部门和机构的协作进展，及时跟进和解决问题，确保工程报建顺利进行。

4）施工图设计审查

施工图设计审查是工程报建的重要环节之一，也是确保工程质量和安全的重要保障。我们将严格按照相关规定，对施工图设计进行审查，并及时反馈审查意见，确保设计符合要求、合理可行。

5）竣工验收移交

竣工验收移交是工程报建的最后一个环节，也是工程建设的关键节点。我们将全程跟踪、指导和协助竣工验收工作，确保工程质量和安全符合要求，并及时完成移交手续，确保工程按时竣工。

3.3工程实施管理

3.3.1项目启动

项目启动是工程实施管理的第一步，也是确保工程顺利进行的重要环节。我们将与业主充分沟通、明确项目目标和要求，制定详细的项目实施计划和进度安排，确保工程实施顺利进行。

3.3.2资源管理

资源管理是工程实施管理的核心内容之一，包括场地移交、项目团队确定、采购管理、分包管理等。我们将根据项目实际情况，合理配置各方资源，确保工程实施顺利进行。

3.3.3施工管理

施工管理是工程实施管理的重要环节之一，包括勘察作业、施工实验室和材料测试、设备安装、现场监控和检验等。我们将严格按照相关规定和要求，对施工过程进行管理和监督，确保工程质量和安全符合要求。

3.3.4成本控制

成本控制是工程实施管理的重要内容之一，我们将制定详细的成本控制计划和预算，严格控制各项成本支出，确保工程实施经济合理。

3.3.5验收移交

验收移交是工程实施管理的最后一个环节，也是工程实施的重要保障。我们将全程跟踪、指导和协助验收工作，确保工

程质量和安全符合要求，并及时完成移交手续，确保工程按时竣工。

总之，我们将全程跟踪、指导和协助工程实施管理工作，确保工程顺利进行，保证工程质量和安全符合要求，确保工程按时竣工。

在工程设计设想阶段，结构专业主要负责对建筑结构进行设计和优化。通过对建筑的荷载分析、结构计算和结构构造设计等工作，确保建筑的结构安全、稳定和经济。同时，结合项目的特点和要求，采用先进的结构设计软件和技术，提高设计效率和质量，确保施工图设计的准确性和可行性。

3）给排水、电气、暖通

在工程设计设想阶段，给排水、电气、暖通等专业主要负责对建筑内部的管道、电缆、设备等进行设计和布置。通过对建筑的功能需求和使用特点进行分析，合理布局和选用设备，确保建筑内部的各项设施能够满足使用要求，并符合相关的规范和标准。同时，结合工程造价控制的要求，采用节能、环保、经济的设计方案，控制工程成本，提高工程的经济性和可持续性。

6）其他专业设计

除了以上几个主要专业外，工程设计设想阶段还需要涉及其他专业的设计，如园林景观、防雷接地、消防等。这些专业的设计也需要根据项目的特点和要求进行合理布局和设计，确保项目的整体效果和安全性。同时，也需要与其他专业进行协调，确保各专业之间的配合和协作，形成一个完整、协调的工程设计方案。

The structural design complies with nal and local ns and other nal requirements。ensuring structural safety。and implementing limited design control indicators for structural design results。striving to optimize the structural system and ensure reasonable n.

To achieve the goal of controlling the structural design indicators to the lowest value while ensuring safety。the specific steps of structural n design are carried out according to the following control points:

1) Strictly review the input files of the structural design to ensure their accuracy.

2) Strengthen the design management during the design process。At the component design level。while ensuring structural safety and reliability。the layout of ns。columns。and beams is repeatedly scrutinized and compared to obtain the most cost-effective structure system。The structural n carefully cleans

up the loads。accurately controls the load size while ensuring safety。and after establishing the structural model。precisely adjusts us n parameters and analyzes the n results in detail。When designing structural components from ns to beams。slabs。columns。stairs。etc。the n data for configuring steel bars are accurately checked and combined with the n of structural materials and n measures to ensure convenient n while reasonably controlling the project's concrete usage and steel content.

3) Calculate us indicators for the structural design output files。If the limited design requirements are not met。the design institute is required to optimize the design until it meets the requirements.

The plumbing and drainage system meets the requirements of nal ns。planning and fire departments。the overall requirements

of the owner。and the special requirements of different departments with different uses。Based on the water supply。drainage。and rainwater interface ns of the municipal pipe ork and the water pressure n。the systems are reasonably designed to meet the requirements of ns。laws。and standards。considering safety。reliability。and practicality。and reasonably applying more mature new technologies and materials.

Water supply: Design parameters and equipment n are optimized based on the handover standards while meeting the ns.

Fire n: Ordinary sprinkler systems are temporarily installed in the underground class I garage。The setting of the fire water tank satisfies the pressure requirements of the most unfavorable layer in the ns。and the design is optimized to increase the pressure n system to ensure the n of the fire n n。Under the ns allowed by the structure。some pressure pipelines are laid through beams to save floor height.

Drainage: Gravity self-flow is used for above-ground drainage to ce lifting and discharge。which ces energy n and saves operating and maintenance costs for owners in the later stage。The underground part uses nal pressure drainage to ensure smooth drainage.

The high and low voltage n system and trunking system。main equipment n。transformer。and generator capacity n are appropriate and economical。The emergency power supply n is reasonable and meets the ns。The high and low voltage n room

and electrical shaft are set reasonably。facilitating management without affecting the quality of other nal rooms。The grounding method of the high and low voltage n system is safe and reliable。The low-voltage n system's electric shock measures are complete。and the setting of the fire automatic alarm system complies with ns.

为了优化电缆的敷设方式，我们需要合理选择电缆截面。根据业主提供的交房标准要求，我们要配置电气设备，并对本项目电气设计进行精确控制。我们应该选用节能型设备，例如节能灯具和节能变压器，以节约大量后期运行费用，并为社会节约能源。

在暖通方面，我们需要满足建筑室内使用要求，符合规范法规标准，并确保各系统的布置设计合理、规范有序。我们应该选择可靠的材料和设备性能，并确保施工切实可行。风机房和空调机房应该合理经济，各种机房内设备布置及流程合理，管线配合无冲突，机房内管线整洁有序，管理方便。防排烟系统中各种阀门的设置和控制应该满足消防要求，并对设计中的相关进风、排风、排烟、防烟、空调、风系统及水系统的经济合理性和可行性进行优化。如果采用新技术和新设备，我们需要验证设备选型的可靠性和经济性。

在装饰方面，我们需要按照建筑施工图纸和交楼标准的技术要求进行方案设计及深化设计，并做好设计评审工作。我们应该充分考虑当地室内设计风格，做到统一协调。公共通道的设备和设施应该完善，选择合适的地面材质，设置空调及各电器末端的恰当位置，充分考虑各空间的尺度适宜。在选择材料方面，我们应该以实用性为主，确保所选材料、洁具、灯具等的适用性。重点做好装饰细节的深化设计评审。在设计中，我们应该结合各个专业的图纸及现场条件，采用合理、简单、耐

久、经济的连接做法进行装饰设计。装饰材料应该严格按交楼标准的要求确定，如有变更需得到业主的认可确认。

在景观方面，我们需要深刻领会原方案设计赋予景观的深刻含义，按照建筑施工图纸进行方案设计及深化设计，并做好设计评审工作，保证设计与方案的完美统一。重点做好以下工作的深化设计及评审：铺装设计，环境设计，功能性设施设计及排水、围墙设计等。我们应该以使用功能为前提，考虑好人为活动与景观的结合和需求。做好场地竖向设计，考虑好场区排水问题。做好亮化工程与景观设计的结合。在初步设计和施工图设计中，结合方案要求，提出合理的优化意见，做到设计合理，使用耐久，施工方便、造价降低。

在电梯方面，我们需要在建筑设计阶段，建筑师和电梯工程师按照招标条件交楼标准和业主要求选配合理电梯。通过合理选型配置，我们可以使乘客和货物在楼内快捷、便利、安全、舒适地流通，并增加建筑面积的利用率、节省设备和能源，降低运营成本。

When selecting and configuring elevators。it is important to carefully analyze the building's characteristics and usage

environment。including the building's purpose。size。height。and passenger and cargo flow。When conducting elevator traffic analysis。the following factors should be considered:

1) The building's purpose。number of floors。floor height。and elevator lifting height.

2) The number of people in each nal area and their n on each floor.

3) The effective use of space on each floor and its purpose.

4) The floor space used by each person.

5) The n of the n facilities and other supporting facilities around the project.

Based on the above analysis。a reasonable elevator type。car capacity (rated passenger capacity)。rated load capacity。elevator rated speed and n。total time for opening and closing car doors。and passenger entering and exiting time should be selected according to the delivery standards.

For intelligent systems。the weak current engineer will precisely design the system according to the project's specific

needs。ning。and n goals。in accordance with the latest nal standards and the requirements for project n and management。

The engineer will select relevant equipment。complete a feasibility analysis。and design technical requirements。list ns。and n drawings to provide a scientific and efficient management and control system for the project。creating a comfortable。safe。and reliable commercial environment。The automatic fire alarm system will be set up in accordance with nal ns and will meet the requirements of government approval for fire n.

The general contracting management team will arrange for nals to be responsible for deepening the design management work

in the design management department based on different specialties。The specific deepening design work will be implemented by nal subcontracting units。The design management department will mainly control the quality。progress。and material and equipment sample approval of the deepening design。especially the n and n management of the interfaces een

us specialties and subcontracting units。to ensure that before n。the standards are clear。the interfaces are clear。and no ns or

heavy content occur。The deepening design of this project mainly includes civil engineering specialties such as walls。floors。decorative ceilings。walls。curtain walls。medical facilities。

and weak currents。The general contracting design management department will monitor the design documents。progress。and quality in all aspects according to our company's deepening design guidelines.

The deepening design drawings generally adopt the "whoever constructs。deepens" approach。and each subcontractor is responsible for the deepening design work within their contract scope。The survey and design department is responsible for coordinating and managing the deepening design work of each subcontractor.

The deepening design progress will be managed by developing a deepening design plan based on the overall project le。The design management department will compile and review the deepening design approval plan and the material/equipment

approval plan submitted by each subcontractor and supervise their n.

The design management department will chair the deepening design meeting (generally held weekly。with representatives from the supervising party and each subcontractor's deepening design personnel in attendance)。The meeting will confirm the progress of the deepening design。the review progress of the deepening drawings。the material/equipment approval progress。and the n of design technical issues。The meeting will also discuss the new design issues。the responsible units。and the time requirements。Relevant ns will be collected and summarized two days before the meeting。and the relevant parties will be required to prepare their responses one day in advance.

Design Management Department is responsible for deepening the design meeting and thematic meeting minutes n。n。and archiving。tracking the n of the deepening design thematic meeting agenda.

3.4 Engineering Tendering and Procurement Plan

3.4.1 Subcontractor Tendering and Procurement Plan

Our nal subcontractors are uniformly tendered by the company's business department。and the corresponding subcontracting projects have a qualified subcontractor roster and core subcontracting resources。If necessary。they can follow up on the subcontracting projects and ensure the n progress.

At the same time。our company has fully understood the n content involved in this project。In this project。elevator engineering。n signs。large-scale equipment。and municipal supporting projects need to be uniformly tendered by the company's business department。Our company has corresponding ns for civil engineering。mechanical and electrical engineering (water supply and drainage。fire n。water。heating。n。etc.)。intelligent engineering。r n engineering。r n engineering。and outdoor landscape engineering。which can be quickly organized for n.

After the project is launched。our business department will quickly start the relevant engineering tendering res and reasonably plan the tendering order of each nal subcontractor.

Tendering Plan re:

1) Demand plan n: Submit the demand plan for nal subcontracting engineering to the company's business department 30 days in advance before the n。and the company's business department will uniformly tender.

2) n of bidding units: The company's business department selects qualified subcontracting units with ns that meet the requirements and strong n capabilities.

3) Tendering plan n: After the company approves the demand plan。the tendering plan is formulated and submitted for approval within 2 working days.

4) Bid n of tender documents: During the n of the tender documents。full n with relevant units is necessary。After the legal。financial。and tender n office n。it is submitted for approval。Each unit's n does not exceed 2 working days.

5) Bid opening。n。and n: The bid opening is evaluated according to the n rules。and the n n is formed after the n personnel sign and agree。and it is submitted for approval according to the n。The tendering n approval does not exceed 4 working days.

6) Tendering results announcement: After the tendering is over。the tendering organizer department will announce the tendering results within 1 working day.

7) Issuance of the winning bid notice: Within 1 working day after determining the winning bid unit。the "Winning Bid Notice"

is issued to the winning bid unit.

8) Contract n: The n company's document template contract does not require n and can be directly submitted for approval。The names of each subcontractor and the tendering time are detailed in Chapter 2.n 1.Tendering Procurement Plan.

3.4.2 Material Procurement Plan Arrangement

The project has a tight le。and there are many types of materials and systems involved。In the tendering and procurement process。it is necessary to arrange the tendering and procurement work reasonably according to the project progress。material processing。and n cycle。The material procurement work is implemented based on the total plan of us materials needed。and a perfect material management system is established to ensure the quality。quantity。and timely supply of us materials。ensuring the normal n of each link in the project n。Our company utilizes the advantages of our group procurement platform for n content procurement。and external subcontractors purchase materials on their own。which we supervise and review.

3.5 Engineering n Plan

3.5.1 n n Stage

1) Do a good job in the site handover with the us owner's self-contracting。and do a good job in the transfer and n of n measurement control points.

2.我们将迅速组织相关人员进场，在业主前期分包施工单

位作业期间完成现场办公区、生活区的搭设工作。计划在2天内完成现场办公区、生活区的规划，10天内完成现场办公区、生活区的搭设。

3.在5天内，我们将完成现场临时用水、临时用电的管线

布置。在10天内，我们将完成现场围墙、大门封闭、现场钢

筋加工棚、木工加工棚等的布置。

4.我们将提前进场进行塔吊基础施工及塔吊安装。

5.进场后，我们将立即组织前期施工的劳动力进行施工。

6.我们将提前做好大宗材料供应商的考查及招标工作。同时，我们将提前完成零星材料的准备工作，确保兵马未动，粮草先行。

3.5.2 施工区段划分

项目分为A区（xx#、xx#、xx#、xx）和B区（xx#、xx#、xx#、xx），分别由两家劳务负责。每个区根据主体楼栋划分

为4个施工段，组织流水施工。

3.5.3 地下室施工阶段

1.在承台、地基梁土方开挖、截（接）桩阶段，我们将准

备好劳动力和机械设备进行施工。完成承台、地梁土方后，我们将及时进行砖胎模和回填土方施工。然后，我们将浇筑承台、底板垫层砼，并进行砖胎模抹灰施工。

2.在地下室底板防水阶段，我们将重点控制防水工序质量

要求。我们将进行原材料的送样检验和现场验收，确保防水材

料的粘结和接头质量。我们还将加强特殊部位加强层的隐蔽验收，并在防水保护层施工时加强防水工程成品保护。

3.在地下室底板砼施工阶段，我们将根据地下室后浇带进

行施工区划分。我们将严格控制砼的浇筑质量，设计好砼的浇筑路线，并严禁出现施工冷缝。我们还将做好底板砼的养护。

4.在地下室结构施工阶段，我们将提前完成地下结构施工，减轻后续工程的工期压力。我们将重点做好施工组织，以实现既定目标。

1.为了确保施工大面积展开，各施工段平行施工，需要充

足的资源投入。

2.选择质量高、体系先进的模板系统可以确保混凝土结构

的表观质量，减少后期装饰抹灰的难度，为装饰工程创造条件。

3.在作业空间充分利用的基础上，可以为后续工序提前插

入创造条件。

4.地下室可以划分为四个区，由四个独立的劳务分包组织

平行施工作业。