Fire protection design of scientific research building

Construction organization design of fire protection engineering in scientific research building of Guangzhou Institute of Geochemistry

With a building area of 14831 square meters and a building height of 36.7 meters, it has nine floors and is a Class II high-rise building. The first floor of the basement is the garage and equipment room, the first floor to the ninth floor is the office building, and the roof is the elevator machine room.

Fire engineering organization design scheme of scientific research building of Guangzhou Institute of Geochemistry

During the construction, the quality shall be strictly controlled, and all unqualified products shall be eliminated. The unqualified materials shall not enter the site. The mobilized materials must be accepted by the supervision engineer of Party A before they can be used. In case of any inconsistency with the materials found during the use, they shall be stopped in time.

Construction organization design of fire protection engineering in scientific research building of Guangzhou Institute of Geochemistry/

The fire protection project of the scientific research building of Guangzhou Institute of Geochemistry, Chinese Academy of Sciences, was designed by Guangdong Baoan Fire Fighting Electromechanical Decoration Engineering Co., Ltd. and supervised by Guangzhou Suike Construction Supervision Engineering Co., Ltd.

Document of construction organization design of fire protection project of scientific research building of Guangzhou Institute of Geochemistry

The project is located in the Guangzhou Institute of Geochemistry, Baishigang, Wushan Road, Tianhe District, Guangzhou, with a building area of 14831 square meters, a building height of 36.7 meters, and a total of nine floors. It is a Class II high-rise building. The first floor of the basement is the garage and equipment room, the first floor to the ninth floor is the office building, and the roof is the elevator machine room. The company is responsible for the automatic fire alarm system and fire water supply system

Construction Organization Design of Fire Protection Engineering of Scientific Research Building of Guangzhou Institute of Geochemistry. doc

[Beijing] Fire emergency plan for a scientific research building

1. In order to effectively implement the safety production policy of "safety first, prevention first", ensure the smooth and orderly progress of safety production, and avoid greater losses of people's lives and property caused by emergencies, this plan is hereby formulated to put out and deal with emergencies in a tense and orderly manner.

Construction organization design of curtain wall of a scientific research building

***The * * * Academy of Science of Agricultural University has the graphic content of the professional construction drawing of the curtain wall of the graduate school research building project, including all materials related to the above project, such as granite, aluminum veneer, aluminum foil, glass, daylighting roof, aluminum alloy decorative strip, supporting profiles, steel structure of the base course, various connectors, fasteners, sealing materials, fire protection, lightning protection, heat preservation, sound insulation

Ventilation and air conditioning design of 20 storey scientific research building

The building area is 20000 ㎡ (including the basement), and the basement is used as the smoke control system for the garage; The main air conditioning system on the ground is fan coil unit plus fresh air system

Curtain wall construction organization design of a scientific research building in Sichuan

The total construction area of the project is about 15800 square meters. Project content * * * Agricultural University * * * Scientific Research Institute has the graphic content of the construction drawing of the curtain wall discipline of the graduate school research building project, including all materials related to the above project, such as granite, aluminum veneer, aluminum foil, glass, daylighting roof, aluminum alloy decorative strip, supporting profiles, steel structure of the base course, and various types of materials

Construction organization design of frame shear wall structure scientific research building

The west of the construction site area is now an office building and parking lot, the east is green land, and the east and west are main office buildings. Underground facilities such as heating, water supply and drainage and power cables are buried in the site. The terrain of the site is relatively flat, and the surface elevation of the orifice is between 36.75~37.46m. The proposed site belongs to the lower part of the alluvial proluvial fan of Yongding River

Construction organization design of a factory building and scientific research building in Suzhou

The total building area is 17516.89 ㎡. The main power house and R&D building project: the foundation is independent foundation (160 in total). The buried depth of the foundation is - 3.5m and - 4.0m. The maximum foundation size is 5200 × 6600 × (600 ＋ 300). Some foundation short columns are connected by ground beams. The top elevation of the short columns and ground beams is - 0.25m. The concrete strength grade is

Construction organization design of foundation pit support of scientific research building

There are two layers of groundwater within the drilling depth of 30.0m. The first layer is phreatic water, with a buried depth of 12.10-12.60m, and the aquifer is pebble round gravel layer ③ and medium coarse sand layer ④; The second layer is phreatic water, with a buried depth of 23.20-22.50m, and the aquifer is layer ⑤ of coarse sand.

[Hunan] Fire fighting construction scheme of a hospital scientific research building

This project is a 108 page fire protection construction scheme for a hospital research building in [Hunan], which is a Luban Prize project. The first floor underground of the project is mainly for garage and equipment room, the first to sixth floors are for medical comprehensive use, and the seventh to twentieth floors are for wards. The garage floor height is 4.5m, the first floor is 4.2m, the second floor is 3.9m, the third and fourth floors are 3.5m, the fifth floor is 4.2m, and the sixth floor is 4.2m

[Hunan] Fire fighting construction organization scheme of a hospital's scientific research building

The project covers an area of 39627 square meters above the ground, 2372 square meters underground, 1 floor underground, 20 floors above the ground, and the main building is 71.45 meters high. The first floor underground is mainly for garage and equipment room, the first to sixth floors are for medical comprehensive use, and the seventh to twentieth floors are for wards. The garage floor height is 4.5m, the first floor is 4.2m, the second floor is 3.9m, and the third and fourth floors are 3

Electrical construction organization design of a comprehensive scientific research building project

The total construction area of the project is 25107 square meters. Including 3587 square meters underground. 2) Building floors: 1 underground floor, 6~9 above ground floors. 3) Floor height: 4.5m underground floor; 4.2 m on the first floor; Other floors are 3.6m long. 4) The building cornice is 34.20m high. 5) The design elevation of the project is ± 0.000, which is equivalent to the absolute elevation of 47

Electrical engineering construction design of a scientific research building

The Scientific Research Building of Xi'an Base of China Railway First Survey and Design Institute is located in Xiying Road, Xi'an City, with a total construction area of 22148.99 square meters and a total height of 93.2 meters. The building has 2 underground floors and 23 floors above the ground. The second floor of the basement is the civil air defense basement, and the first floor of the basement is the equipment floor. The project is equipped with two electrical shafts, and the power distribution system includes normal

Construction organization design of a high-rise scientific research building in Shenzhen

The construction organization design of a high-rise scientific research building in Shenzhen includes a total floor area of 3580.58 square meters and a total building area of 77388.59 square meters; The basement has 4 floors and the overground part has 25 floors; The fire protection of high-rise buildings is classified as Class I, and the fire resistance rating of buildings is Class I; The civil air defense project is classified as Grade VI and Grade II personnel shelter, and the seismic intensity is set as Grade VII

Construction organization design of trading market and scientific research building

1 Project name Chongqing Agricultural and Sideline Products Preservation, Storage and Distribution Center Project 2 Construction site Chongqing * * Agricultural Products Logistics Distribution Center Project is located in A01-4, A01-6, Shipan River, National Agricultural Park, Yubei District, Chongqing. 3 Construction unit Chongqing * * Agricultural Products Development Co., Ltd. 4 Design unit North Design Institute 5 Survey

Construction organization design of trading market and scientific research building

The proposed site is relatively flat, without adverse geological conditions, and suitable for building. The landform of the site belongs to tectonic denudation hilly landform. As the site has been leveled, the terrain is generally flat. The overall terrain is higher in the north and lower in the south. The altitude is 330.20-336.02m, and the relative elevation difference is 5.8m. The topographic slope angle is generally 2~8 °.

Construction organization design of a high-rise scientific research building in Beijing

Project name: Beijing * * * Manufacturing and Scientific Research Experimental Building Geographic location: No. * * * * * * Road, Haidian District, Beijing Construction unit: Beijing * * * Manufacturing Plant Design unit: * * * * Department Engineering Design and Research Institute Survey unit: Beijing * * * Engineering Company Supervision unit: Beijing * * * Supervision Co., Ltd. Supervision unit: Beijing Municipal Construction

Construction organization design of electrical engineering of a scientific research building

The total building area is 22148.99 square meters, and the total height of the building is 93.2 meters. The building has 2 floors underground and 23 floors above the ground. The second floor of the basement is the civil air defense basement, and the first floor of the basement is the equipment floor. The project is equipped with two electrical shafts, and the power distribution system includes normal lighting, emergency lighting, fire, fire linkage control, cable television, computer sockets. The building is fortified according to three categories.

Construction Organization Design of Beijing 31 Scientific Research Building

This data is the construction organization design of Beijing 31 Scientific Research Building. The content of the data is clear and can be used for reference. Welcome to download it.

Construction organization design of a 4800m2 scientific research building reinforcement project

(1) Current situation: the bidding project is the seismic reinforcement, maintenance and reconstruction project of XX physical building and mathematics building. The physical building was designed and constructed in 1950. The building is symmetrical "L" type, with a building area of 4800m2, a north-south length of 29.44m, and an east-west length of 87.09m. The structural form is brick masonry structure, cast-in-place floor and roof slab, totaling

Construction organization design scheme of Songjian Scientific Research Building in rainy season

Building 1 # of the project is designed by the Architectural Design Institute of Harbin Institute of Technology and constructed by the Fifth Branch of Weihai Construction Group. It is a project integrating scientific research and office work. It is located in the campus of Harbin Institute of Technology (Weihai), with a total construction area of about 54000 square meters. It has one floor underground and nine floors above the ground. The structure is a frame shear wall structure.

Construction organization design of frame structure university scientific research building

The construction organization design of the frame structure university scientific research building includes project overview and characteristics, general layout of construction, general contracting management and coordination measures, project management, organization and key personnel arrangement, which can be downloaded for reference

Construction organization design of small high-rise scientific research building with frame shear wall structure

Our company undertook the general contracting project of XX cloud computing operation center project, including civil works and some decoration works and installation works. Decoration, installation and curtain wall works are subcontracted projects designated by Party A. The specific work of our company is as follows: 1) Civil engineering: (1) Site leveling; (2) Foundation pit support; (3) Earth excavation and filling; (4) Foundation cushion and

Complete electrical construction design of a university research building

Ventilation system accounts for a small proportion in this project. Mechanical ventilation is distributed in the substation, water pump room, library, toilet, conference room, and mechanical smoke exhaust is distributed in the middle hall and walkway.

Decoration construction organization design of scientific research building of an automation research institute

This project is a Class II building with a fire resistance rating of Class III. Automatic spraying is set for each layer. Two smoke proof stairs and one fire elevator

Organization design of decoration project of teaching and research building

This material is the organizational design of the decoration project of the teaching and research building. It is valuable and detailed for reference.

Construction Organization Design of a High rise (82m) Scientific Research Building in Shaanxi

The construction organization design of a high-rise (82m) scientific research building in Shaanxi includes that the project is a frame shear wall structure, with 2 underground floors and 20 floors above the ground. The total building area is 23107m2, including 18062.6 m2 above the ground, 5044.4 m2 underground, and the maximum building elevation is 82.85m. Foundation: reinforced concrete cast-in-place pile, pile cap, beam raft

Construction organization design of 3 # bid section of scientific research building and after-sales service center

Building floors: 12 floors above the ground. Structural form: podium: frame structure; Main building: frame shear wall structure. Planned building height: 61.15m, fire building height: 53.15m. The total floor area is 3495 square meters, and the total building area is 22184 square meters.

Comprehensive wiring design scheme of a teaching and research building

Beijing University of Aeronautics and Astronautics is located in the high-tech core area of Beijing Zhongguancun, adjacent to the National Olympic Sports Center, and is the first key aviation university in New China. Belonging to the National Defense Science, Technology and Industry Commission, Beihang is both an education center and a scientific research center. It is an important base for high-level talent training and scientific research in China.

A complete set of electrical construction organization design for a university research building

The fire alarm system is the (centralized regional) control center alarm system. The fire control center is located on the lower floor of the scientific research building. The fire control center is equipped with a piano desk fire alarm console (including bus fire alarm, bus linkage controller, multi wire linkage controller, fire broadcast, fire telephone, fire standby power supply and other devices and systems. There is also a regional alarm in the library

Fire protection construction organization design of a project

According to the specific situation of the fire protection system of the office building, the following overall construction scheme is proposed: in order to ensure the construction quality, the construction must be carried out in strict accordance with the specifications. Considering the construction period of this project, the personnel allocation is basically fixed. The following construction precautions and requirements must be strictly followed for safe construction.

Analysis on 100 Cases of Fire Protection Design Defects

In the design of bus linkage system, the fire control room did not consider the manual direct control of main fire extinguishing equipment. For example, CO2 gas fire extinguishing system.

Discussion on fire protection design of clean workshop

The clean workshop is a special kind of production workshop. In addition to meeting the basic requirements of the specification, its fire protection design should also be based on local conditions and realistic design. In addition, when meeting the requirements of building fire protection facilities, it is recommended to provide fire extinguishing facilities for some key production equipment, equipment using flammable and explosive liquids or equipment with expensive value

Application requirements for fire protection design documents

Details of application requirements for fire protection design documents

Fire fighting design documents for decoration of a hotel

The latest 2015 specification shall be adopted as the fire protection design document for the secondary decoration of the hotel. The construction drawing of the original XX Software Building # 3 has determined the indoor decoration materials (all parts) and passed the fire protection review; This design is due to the change of the use function of Building 3 # of XX Software Building from the original staff dormitory to XX Hotel (XX Donghai Store). This drawing is based on the architectural engineering

Case analysis of plant fire protection design

Designed according to foreign fire protection standards, exchange of domestic fire protection regulations with foreign standards

Fire Protection Design Manual 2007.08.27

All kinds of design data of a complete set of automatic fire alarm and control products consisting of various fire alarm controllers, manual control panels, gas fire extinguishing panels, floor displays, smoke and temperature detectors, input and output modules, manual fire alarm buttons, fire hydrant buttons, short circuit isolators, repeaters, etc.