Construction Scheme for Structural Hoisting of a Single storey Industrial Workshop

Uploaded on: April 8, 2020 19:11:45 come from: Architectural design / Industrial buildings / Industrial plant

zero

4 points

The metal workshop of a factory is a single storey workshop with two spans of 18m each. The workshop is 84m long, and the column spacing is 6m. There are 14 workshops in total. The workshop is a fabricated single-layer two span industrial workshop, with one high span and one low span. The main components are: reinforced concrete I-shaped section column; Reinforced concrete T-shaped crane beam; Prestressed concrete broken line roof truss; Prestressed concrete roof slab.

Construction Scheme for Structural Hoisting of a Single storey Industrial Workshop - Figure 1

Construction Scheme for Structural Hoisting of a Single storey Industrial Workshop - Figure 2

Construction Scheme for Structural Hoisting of a Single storey Industrial Workshop - Figure 3

Construction Scheme for Structural Hoisting of a Single storey Industrial Workshop - Figure 4

Construction Scheme for Structural Hoisting of a Single storey Industrial Workshop - Figure 5

Click to download the source file now

Special statement: This material belongs to the sharing uploaded by users Downloaded content, only for learning, not for commercial use. If there is any copyright problem, please timely contact Station delete!

Collection

WeChat code scanning and sharing

Click to share

Related recommendations

Organization design and construction of a single-layer industrial workshop programme
The roof truss of this project is generally fabricated by horizontal stacking casting on site. Before hoisting, it should be turned over and straightened before being hoisted to the designated place. According to the relative position between the crane and the roof truss, there are two methods for straightening the roof truss.

Topic: Construction organization design of single-layer industrial workshop Construction Scheme for Installation of Single storey Industrial Workshop Construction scheme of single-layer steel structure industrial plant
Organization design and construction of single-layer industrial workshop programme
The powerhouse of the project is composed of precast reinforced concrete columns, prestressed concrete thin web beams, large roof slabs, connecting beams, crane beams, steel roof trusses, etc. The maintenance wall is made of bricks, the living room is made of brick wall composite columns, and ring beams are set up layer by layer, and the floor is made of prestressed short hole plates.

Topic: Construction organization design of single-layer industrial workshop Construction Scheme for Installation of Single storey Industrial Workshop Construction scheme of single-layer steel structure industrial plant
Construction of single-layer industrial plant programme (Word format)
The project is a prefabricated single-layer industrial plant, with a building area of 24000 square meters, consisting of two parts: plant and living room. The powerhouse is a prefabricated bent structure, with 10 spans in total, of which 8 spans are assembly workshops (assembly), with a span of 18 meters; The two spans are constant temperature workshops, with a span of 12 meters. The living room is a mixed structure with three floors and a floor height of 2.9m. The powerhouse foundation is a reinforced concrete cup foundation, with precast reinforced concrete foundation beams under the maintenance wall, and the living room is a reinforced concrete strip foundation.

Topic: Construction Scheme of Single storey Industrial Workshop Construction organization design of a single-layer industrial workshop Calculation sheet of single storey industrial plant
Hoisting construction of a workshop steel structure in Huizhou programme
Class C warehouse of double span portal light steel structure in this project; The length is 120 meters, the width is 48 meters, the cornice height is 7.8 meters, the roof height is 10.3 meters, and the total construction area is about 5840.9 square meters; The spacing of longitudinal steel columns is 6 meters, a total of 21 beams, the horizontal structure span is 24 meters, 2 spans, the spacing of steel columns on the side of the gable is 6.0 meters, the columns are profiles [HM440 × 300 × 11 × 18] H-shaped steel columns, the beams are profiles [H (400~675) × 200 × 8 × 16] H-shaped steel beams, connected by high-strength bolts, the wall panels are 0.5 mm thick YX-35-125-830 single-layer profiled color steel plates, and the roof panels are 100 mm thick EPS sandwich plates, Rivet together to form a quincunx point for fixation. The brace is round steel, the angle brace is angle steel, the foundation is frame column foundation, and the connection with the column is embedded anchor bolt connection. After the steel beam and column are positioned, the C40 fine stone expansion concrete is used for secondary pouring. The window adopts aluminum alloy sliding window, and the door is steel plate door.

Topic: Downloading method statement for steel structure hoisting Special construction scheme for safety of steel structure hoisting Special construction scheme for Luwen steel structure hoisting
Hoisting construction of workshop steel structure corridor programme
The total construction area of the project is about 72776 ㎡. Including: the aboveground building area is 41188m2, the underground building area is 31588m2, with 6 floors above the ground and 2 floors underground. Including basement structure, superstructure and roof steel support, corridor with Phase I, brickwork and plastering, curtain wall works, ventilation and air conditioning, plant roads, retaining walls, indoor and outdoor fire protection systems, indoor and outdoor water supply and drainage, lightning protection and grounding, waterproof works, electrical systems and other works.

Topic: Safety construction scheme for hoisting of steel structure workshop Downloading method statement for steel structure hoisting Construction Scheme for Hoisting of Steel Structure Gantry
Hoisting construction of a workshop steel structure in Huizhou programme _
Project name: Class C Warehouse B Project of * * * Energy Development Co., Ltd. * * * Logistics Branch Project location: * * * Logistics Base, Plot D3, * * District, Huizhou Project introduction: Class C warehouse of double span portal light steel structure in this project; The length is 120 meters, the width is 48 meters, the cornice height is 7.8 meters, the roof height is 10.3 meters, and the total construction area is about 5840.9 square meters; The spacing of longitudinal steel columns is 6 meters, a total of 21 beams, the horizontal structure span is 24 meters, 2 spans, the spacing of steel columns on the side of the gable is 6.0 meters, the columns are profiles [HM440 × 300 × 11 × 18] H-shaped steel columns, the beams are profiles [H (400~675) × 200 × 8 × 16] H-shaped steel beams, connected by high-strength bolts, the wall panels are 0.5 mm thick YX-35-125-830 single-layer profiled color steel plates, and the roof panels are 100 mm thick EPS sandwich plates, Rivet together to form a quincunx point for fixation. The brace is round steel, the angle brace is angle steel, the foundation is frame column foundation, and the connection with the column is embedded anchor bolt connection. After the steel beam and column are positioned, the C40 fine stone expansion concrete is used for secondary pouring. The window adopts aluminum alloy sliding window, and the door is steel plate door.

Topic: Downloading method statement for steel structure hoisting Special construction scheme for safety of steel structure hoisting Special construction scheme for Luwen steel structure hoisting
Hoisting construction of a steel structure workshop programme
This document is the lifting construction scheme of a steel structure plant. The contents are detailed for reference.

Topic: Safety construction scheme for hoisting of steel structure workshop Steel structure workshop Construction Scheme for Reinforcement of Steel Structure Workshop
Hoisting construction of a large steel structure workshop programme
Because the cushion cap foundation of the 5th and 6th lines of Axis G, the 5th and 6th lines of Axis F, and the 4th and 5th lines of Axis E cannot be constructed for the time being, the foundation of the electric furnace needs to be excavated immediately. In order to ensure the water outflow of the electric furnace across the roof on April 30, the hoisting sequence in the original construction organization design cannot be carried out. After careful study, we first hoisted nine steel columns and inter column supports, brackets, roof trusses, skylights, purlins and roof beams of Line G, Line 2, 3 and 4, Line F, Line 1, 2 and 3, and Line E, and then hoisted 10 steel columns and inter column supports, brackets, roof trusses, skylights, purlins and roof beams of Line G, Line 5, 6 and 7, Line F, Line 4, 5, 6 and 7, and Line E, respectively.

Topic: Safety construction scheme for hoisting of steel structure workshop Method Statement for Steel Structure Hoisting Construction Scheme for Hoisting of Bridge Steel Structure
Hoisting of steel structure of a factory building programme (Single layer light steel structure)
Project name: * * * plant project of the company. 2. Project location: East of North * * * Road, Development Zone, in the original factory yard. 3. Structure type: the plant is a single-layer light steel structure. 4. Building area: the building area of the plant is 8379 m2. 5. Structural design: the seismic fortification intensity is 7 degrees, and the standard freezing depth is 0.85m. The powerhouse foundation adopts reinforced concrete precast pile foundation, with the fourth layer of completely weathered mixed granite in the site soil layer as the pile end bearing layer; The main structure of the plant is light steel structure, and the masonry partition wall is built with MU10 sintered porous bricks and M7.5 mixed mortar. The plant has a total length of 138.5 meters, three spans of 18 meters, 24 meters and 18 meters, and a column spacing of 6.9 meters. The main components include steel columns, steel beams, steel crane beams, steel supports between columns, C-purlins, roof and wall color plates, etc. The plant has 98 steel columns, and the maximum single weight of steel columns is about 1.5 tons. There are 120 crane beams, each of which weighs about 0.85 tons. There are 63 steel roof truss beams, and the maximum single weight of steel roof truss beams is about 2 tons. On the premise of ensuring the construction period, our company is faced with adverse construction factors such as large daily lifting quantities, so safe and civilized construction is particularly important. Our headquarters and project department leaders attach great importance to it, put forward clear requirements for safe construction, and made specific arrangements.

Topic: Light steel structure Construction scheme of single-layer light steel structure Specification for hoisting of steel structural steel columns
Construction of single storey industrial plant programme
All preparations must be made before construction, including site inspection, foundation preparation, component preparation and equipment preparation; Three supplies and one leveling have been completed at the construction site.

Topic: Construction Scheme of Single storey Industrial Workshop Construction scheme of industrial building engineering Construction Scheme for Single storey Steel Structure of Building Engineering
Construction of single-layer industrial workshop of a project programme Design
This document is the construction scheme design of a single-layer industrial plant of a project. The content includes the construction process and quality of single-layer industrial plant. The content is detailed for reference only.

Topic: Construction Scheme of Single storey Industrial Workshop Construction organization design of a single-layer industrial workshop Fire fighting scheme design of industrial plant
Construction of single-layer industrial workshop in a city programme Design
When the sliding method is used for hoisting in this project, the binding point of the column should be close to the foundation. When hoisting, the lifting arm does not move, only the lifting hook rises, the column top also rises, and the column foot slides along the ground to the foundation until the column body turns to an upright state.

Topic: Construction Scheme of Single storey Industrial Workshop Construction organization design of a single-layer industrial workshop Fire fighting scheme design of industrial plant
Organization design compilation and construction of single-layer industrial workshop programme
? During the excavation of this project, if the soil quality is good, the side wall of the pit can be used as the side formwork to save the cost of formwork erection. When pouring the column cup foundation, the bottom elevation of the cup mouth should be about 50 mm lower than the design elevation, so as to facilitate future adjustment according to the length of the column.

Topic: Construction organization design of single-layer industrial workshop Construction Scheme for Installation of Single storey Industrial Workshop Construction scheme of single-layer steel structure industrial plant
Construction of single-layer industrial workshop organization design programme
The structural form, welding method, welding sequence and other factors of the project should determine the reasonable assembly sequence. Generally, the main parts should be first, then the secondary parts, first the middle, then the ends, first the transverse, then the longitudinal, first the interior, then the exterior to reduce deformation.

Topic: Calculation Sheet for Construction Organization Design of Single storey Industrial Workshop Construction Scheme of Single storey Industrial Workshop Graduated from construction organization of single-layer industrial plant
Construction organization of a single-layer industrial workshop programme Design
When the column is hoisted by the rotation method in this project, the binding point of the column, the center of the column base and the center of the column foundation should be located on the arc of the same working range of the crane. When hoisting, the jib rotates while lifting the hook.

Topic: Construction organization design of single-layer industrial workshop Construction Scheme for Installation of Single storey Industrial Workshop Construction scheme of single-layer steel structure industrial plant
Construction of a single-layer industrial workshop organization design programme
After the excavation of the project is completed, the excavation width of the bottom of the foundation pit should be checked by a straight line. The depth of the bottom of the pit should be checked by the level mark, and the axis and elevation should be moved to the foundation pit. The axis, foundation sideline and elevation marks should be set in the foundation pit, and the foundation plane size should be set out (ink lines) on the cushion surface.

Topic: Calculation Sheet for Construction Organization Design of Single storey Industrial Workshop Construction Scheme of Single storey Industrial Workshop Graduated from construction organization of single-layer industrial plant
Organization design and construction of single-layer brick concrete industrial workshop programme
During the construction of the reinforced concrete cup foundation of the project, attention should be paid to the bottom, elevation and position of the cup formwork to prevent the cup formwork from floating and tilting. Because the cup foundation is buried at a relatively high depth, it is necessary to use man men to make grooves. The next process can be started only after it is qualified.

Topic: Construction organization design of single-layer industrial workshop Construction Scheme for Installation of Single storey Industrial Workshop Construction scheme of single-layer steel structure industrial plant
Organization design and construction of a single-layer brick concrete industrial workshop programme
The main structure of the project is prior to the equipment foundation to ensure a wide working surface during foundation construction and on-site construction of precast columns; When hoisting components, it is convenient for the crane to travel; At the same time, it is conducive to accelerating the construction progress of the main structure.

Topic: Construction organization design of single-layer industrial workshop Construction Scheme for Installation of Single storey Industrial Workshop Construction scheme of single-layer steel structure industrial plant
Safe and civilized construction of single-layer industrial steel structure workshop programme
The project is a single-layer industrial steel structure workshop, which adopts rigid frame structure; Roof system: Z-shaped cold-formed thin-walled steel continuous purlins, high-frequency welded H-shaped steel purlins and section steel supports. The roof is made of color profiled steel plate with insulation cotton; Column system: welded H-shaped solid web steel columns and double leg columns are used, and the bracing between steel columns and rigid tie bars are set longitudinally.

Topic: Safe and Civilized Construction Scheme for Steel Structure Workshop Construction scheme of single-layer steel structure industrial plant Construction scheme of large-span single-layer steel structure workshop
Hoisting construction of a light steel structure workshop programme
The project is a one story light steel structure plant with a building area of 7975.24m2, a design life of 50 years, a seismic intensity of 6 degrees, a main span of 36m, a roof truss lower chord height of 10.9m, a length of 203m, a secondary span of 3.9m, a roof truss lower chord elevation of 3.6m, and a length of 150m. Q345B is used for the steel frame, crane beam and wind column of the project, and Q235B is used for purlin and support members. Independent foundation is adopted for the foundation. Color profiled steel sheet wall is adopted above the elevation of 0.9m of the external wall, and 240 thick shale perforated brick is used for grouting and masonry below, and the structure is sloped.

Topic: Safety construction scheme for hoisting of steel structure workshop Construction scheme of light steel structure Method Statement for Steel Structure Hoisting
Hoisting construction of steel structure workshop in a city programme
Because the cushion cap foundation of the 5th and 6th lines of Axis G, the 5th and 6th lines of Axis F, and the 4th and 5th lines of Axis E cannot be constructed for the time being, the foundation of the electric furnace needs to be excavated immediately. In order to ensure the water outflow of the electric furnace across the roof on April 30, the hoisting sequence in the original construction organization design cannot be carried out. After careful study, we first hoisted nine steel columns and inter column supports, brackets, roof trusses, skylights, purlins and roof beams of Line G, Line 2, 3 and 4, Line F, Line 1, 2 and 3, and Line E, and then hoisted 10 steel columns and inter column supports, brackets, roof trusses, skylights, purlins and roof beams of Line G, Line 5, 6 and 7, Line F, Line 4, 5, 6 and 7, and Line E, respectively.

Topic: Safety construction scheme for hoisting of steel structure workshop Steel structure workshop Construction Scheme for Reinforcement of Steel Structure Workshop
Hoisting construction of a steel structure workshop programme .doc

Topic: Safety construction scheme for hoisting of steel structure workshop Steel structure workshop Construction Scheme for Reinforcement of Steel Structure Workshop
Safety hoisting of a single-layer light steel structure workshop programme
1. Project name: Phase III Plant Project of the Company. 2. Project location: East of North * * * Road, Development Zone, in the original factory yard. 3. Structure type: the plant is a single-layer light steel structure. 4. Building area: the building area of the plant is 8379 m2. 5. Structural design: the seismic fortification intensity is 7 degrees, and the standard freezing depth is 0.85m. The powerhouse foundation adopts reinforced concrete precast pile foundation, with the fourth layer of completely weathered mixed granite in the site soil layer as the pile end bearing layer; The main structure of the plant is light steel structure, and the masonry partition wall is built with MU10 sintered porous bricks and M7.5 mixed mortar. The plant has a total length of 138.5 meters, three spans of 18 meters, 24 meters and 18 meters, and a column spacing of 6.9 meters. The main components include steel columns, steel beams, steel crane beams, steel supports between columns, C-purlins, roof and wall color plates, etc. The plant has 98 steel columns, and the maximum single weight of steel columns is about 1.5 tons. There are 120 crane beams, each of which weighs about 0.85 tons.

Topic: Construction scheme of single-layer light steel structure Light steel structure Construction organization design of single-layer light steel structure
Hoisting of steel structure of a workshop with five consecutive spans and one story programme
The quantities of fabrication and installation of the project are large, the time is tight, and there are many cross operations between different types of work. Therefore, the construction scheme must be reasonably designed, the construction sequence must be arranged, and the manpower, material resources, and mechanical equipment must be deployed to ensure the continuity of the overall construction of the project. The project has a column spacing of 9 meters, a five span single-layer steel structure plant, a total length of 165.3 meters, a total width of 135 meters, a total building area of 23233.3 m2, and a single-layer steel structure plant. The main structure of the plant adopts Q345 steel plate to weld H-shaped steel columns and beams, and purlins and wall beams are made of Q235 materials. The butt welds of beams and columns of the main structure are Grade II welds, and the rest are Grade III.

Topic: Calculation sheet for steel structure of single-layer workshop Construction Scheme of Single storey Steel Structure Workshop Construction scheme of single-layer steel structure industrial plant
Construction drawing of building structure of a single-layer industrial plant
This data is the construction drawing of a single storey industrial factory building structure. The drawings include: floor plans, building elevations, sections, node details, etc. The design is accurate and the content is detailed, which can be downloaded for reference by netizens.

Topic: Structural construction drawing of single-layer industrial plant A single-layer industrial workshop Design of single-layer industrial workshop
Hoisting and installation of steel beam in plant programme
The main steel structure of Chongqing * * * Agricultural Products Distribution Center 2 # and 3 # warehouses is a single-layer steel structure project, with a total floor area of 18969 ㎡. The main components of the steel structure installation of this project include 162 steel columns, 270 roof beams, beam supports, column supports, horizontal supports, roof purlins, wall purlins, etc. The best installation process and lifting method shall be formulated in combination with the different characteristics of each project in order to ensure good project quality, safe production, guaranteed construction period and civilized construction

Topic: Method Statement for Steel Beam Hoisting and Installation Special construction scheme for plant hoisting Plant installation method statement
Construction design of a single-layer industrial workshop programme
The powerhouse of the project is composed of precast reinforced concrete columns, prestressed concrete thin web beams, large roof slabs, connecting beams, crane beams, steel skylight frames, etc. The maintenance wall is brick, the living room is brick wall composite column, ring beams are set at each floor, the floor is prestressed short hole plate, and precast reinforced concrete stairs are used.

Topic: Construction Scheme of Single storey Industrial Workshop Construction organization design of a single-layer industrial workshop Fire protection design scheme of industrial plant
Construction organization of a single-layer industrial plant programme
? During the excavation of the project, if the soil quality is good, the side wall of the pit can be used as the side formwork to save the formwork cost. When pouring the column cup foundation, the bottom elevation of the cup mouth should be about 50 mm lower than the design elevation, so that it can be adjusted according to the column length in the future.

Topic: Construction organization design of single-layer industrial workshop Construction Scheme for Installation of Single storey Industrial Workshop Construction scheme of single-layer steel structure industrial plant
Construction design of single-layer industrial workshop programme
In this project, the powerhouse is composed of precast reinforced concrete columns, prestressed concrete thin web beams, large roof slabs, connecting beams, crane beams, steel roof trusses, etc.

Topic: Construction Scheme of Single storey Industrial Workshop Construction organization design of a single-layer industrial workshop Fire protection design scheme of industrial plant
Concrete engineering construction of single-layer industrial plant programme
This project is the seventh phase of the expansion project of * * * Mechanical Transmission (Tianjin) Co., Ltd. The Project is located in the * * * Industrial Plant Park, No. 18A, Middle Shuangchen Road, * * Economic and Technological Development Zone, Tianjin. The total building area is 10206.25m2, and the building height is 15.45m. The structural form of the plant is single-layer steel frame structure, which belongs to single-layer industrial plant. This project is a Class II building, with fire resistance rating of Class II, seismic intensity of 7 degrees, and waterproof rating of Class II. The foundation form of this project is independent cushion cap foundation, and there are foundation coupling beams at local locations. The project mainly focuses on steel structure construction, and the main construction contents of concrete engineering include: construction of independent cushion cap foundation and foundation coupling beam; Construction of cooling tower foundation; The construction of the cable trench concrete structure and the construction of the concrete floor of the auxiliary room. The construction content of concrete works is scattered and interspersed throughout the construction period, which brings great difficulties to the organization of personnel and the preparation of materials.

Topic: Construction scheme of concrete industrial plant Construction Scheme for Foundation Works of Single storey Industrial Workshop Construction Scheme for Installation of Single storey Industrial Workshop
Organization design and construction of a single-layer brick concrete industrial workshop in a city programme
In this project, the main structure shall precede the equipment foundation to ensure a wide working surface during foundation construction and on-site construction of precast columns; When hoisting components, it is convenient for the crane to travel; At the same time, it is conducive to accelerating the construction progress of the main structure.

Topic: Construction organization design of single-layer industrial workshop Construction Scheme for Installation of Single storey Industrial Workshop Construction scheme of single-layer steel structure industrial plant
Construction organization of single storey industrial workshop in a city programme Design
When the column is hoisted by rotating method in this project, the binding point of the column, the center of the column base and the center of the column foundation should be located on the arc of the same working range of the crane.

Topic: Construction organization design of single-layer industrial workshop Construction Scheme for Installation of Single storey Industrial Workshop Construction scheme of single-layer steel structure industrial plant
Construction of single-layer industrial workshop organization design in a city programme
The foundation of the project is cast-in-place reinforced concrete cup foundation, 66 in total, and the bottom elevation of the foundation ▽ -1.900; Axis A C is I-shaped column (38 pieces in total), and axis B is double column (19 pieces in total). The column top elevation is ▽ 9.300, the bracket elevation is ▽ 7.000, the single weight of I-shaped column is 7.48t, and the single weight of double column is 11.88t.

Topic: Calculation Sheet for Construction Organization Design of Single storey Industrial Workshop Construction Scheme of Single storey Industrial Workshop Graduated from construction organization of single-layer industrial plant
Construction of single-layer industrial plant programme Design (word format)
The project is a single storey industrial workshop with two spans of 18m each, located in a development industrial zone in Guiyang City. The workshop is 84m long, and the column spacing is 6m. There are 14 workshops in total. The workshop is a fabricated single-layer two span industrial workshop, which is divided into high and low spans. The main components are: reinforced concrete I-shaped section column; Reinforced concrete T-shaped crane beam; Prestressed concrete broken line roof truss; Prestressed concrete roof slab.

Topic: Construction Scheme of Single storey Industrial Workshop Construction organization design of a single-layer industrial workshop Fire fighting scheme design of industrial plant
Steel structure installation construction of industrial plant programme
This project is: the 10m2 shaft furnace pelletizing plant construction project of XX Co., Ltd. - steel structure sub item, designed by Anhui Masteel Engineering Technology Co., Ltd. and contracted by XXXX Construction Co., Ltd. The project site is located in Leba Town, XX County, Bazhong City, Sichuan Province.

Topic: Construction scheme for structural installation of industrial plant Construction Scheme for Steel Structure Platform of Powerhouse Anti corrosion construction scheme of plant steel structure
Safety construction of steel structure industrial plant programme
XXXX photoelectric plant project is mainly composed of two large plants, namely, Bid A and Bid B. The bid section A is about 140000 square meters, and the bid section B is about 40000 square meters. The project is a key project in XX city, and any safety liability accident will bring serious negative impact to the owner and society, even lead to project shutdown, so safety management will be the key content of the project construction management. The safety management of the project is of high standards and strict requirements; The goal is to ensure that there are no major industrial accidents and the rate of minor accidents is controlled within three thousandths; No fire, poisoning and major mechanical loss accidents occur to ensure safe production; The policy is safety first, prevention first; The guiding ideology is prevention and pre control, hierarchical management and hierarchical control.

Topic: Safety construction scheme of plant steel structure Safe and civilized construction scheme for industrial plant Industrial safety construction scheme
Steel structure construction of Henan industrial workshop programme
Project name: Comprehensive Warehouse Project of XXXXXX Project Construction unit: Kaifeng XX Group Co., Ltd Designer: XXXX Second Design and Research Institute Supervisor: Henan XX Construction Supervision Co., Ltd Construction unit: Henan XX Co., Ltd Quality requirements: meet the qualification level of national engineering construction acceptance specifications Safety production requirements: meet the qualification standards specified in JGJ59-99 Standard for Construction Safety Inspection Construction period requirements: 200 calendar days from the date when the supervising engineer issues the order to commence. I Project Introduction This project is located in the yard of Kaifeng XX Group, XX Road, Kaifeng Economic and Technological Development Zone, Kaifeng City, Henan Province. This project is a steel structure plant with simple and beautiful facade. It is composed of 3-span single-layer industrial plants with a total construction area of 12936 ㎡. The total length is 178 meters, the total width is 72 meters, the span of the three span plants is 24 meters, and the column spacing is 8 meters. The roof elevation of the side span plants is 13.200 meters, the top elevation of the middle span plants is 15.000 meters, the indoor design elevation ± 0.000m is equivalent to the absolute elevation of 75.400 meters, and the indoor and outdoor height difference is 150 mm.

Topic: Construction scheme of single-layer steel structure industrial plant Construction Scheme of Steel Structure Concrete Workshop Fire protection design of steel structure industrial workshop
Organization and construction of steel structure industrial plant programme
During the peak period of masonry and plastering, the amount of mortar and the sporadic amount of poured concrete in this project are decided to use one mortar machine and one 350 mixer, which are arranged near the sand, stone and bulk cement cylinders, and the mixing site is provided with drainage ditches and sedimentation tanks.

Topic: Construction scheme of single-layer steel structure industrial plant Construction organization of industrial plant Construction Scheme of Steel Structure Concrete Workshop
Construction of industrial workshop with single-layer portal frame structure programme Technical summary
Based on many years of engineering construction management experience, the author summarized a complete set of steel structure construction scheme, shared it with everyone, and welcomed valuable comments and suggestions

Topic: Gantry frame installation method statement Technical code for portal frame Code for steel structures of portal frames
Plant hoisting in Jinxiong Industrial Park programme
This document is the lifting plan for the plant in Jinxiong Industrial Park The content is detailed and clear, with high reference value, and can be downloaded for reference. 1. The positioning of tower crane foundation at the construction site shall be determined according to the construction design. The concrete of tower crane foundation cushion cap shall be prepared for embedding anchor bolts according to the requirements. The reinforcement section shall be installed in order and there shall be no obstacles around. 2. According to the actual situation of the site, occupy the middle lane of the construction site.

Topic: Industrial Park Sewage Treatment Plant Fire protection design scheme of industrial park Construction Scheme of Industrial Park Road