Jiangxi Huazhijun Technolgy company, Design chemistry laboratory Profesionally , with highly skilled technicians can tailor-make products specifically for your laboratory. A safe overall design, functional products, and aesthetically pleasing designs are the cornerstones of laboratory planning.
Design chemistry laboratory standard laboratory configuration:
1. Center of the laboratory: This is where the central laboratory bench is located. A wash basin is typically located on the longitudinal side or in the center of the central bench, along with a reagent rack. A universal exhaust hood may also be installed.
2. Right side window: Place a side bench, workbench, overhead platform, side bench reagent rack, modular racks, and wall cabinets.
3. Right side door: Place a fume hood, laboratory bench, wash basin, drying rack, medicine cabinet, and storage cabinets. (The fume hood should be conveniently located for ventilation duct access.)
4. To the left and right of the door: Safety equipment, such as emergency showers, eyewash stations, and fire extinguishers, is typically located.
5. Left side door: Place a fume hood, side bench, side bench reagent rack, wash basin, wall cabinets, and other large equipment.
6. Place a side table, workbench, reagent rack, and large equipment near the left window.
7. Window Position: The space under the window can be used to accommodate a side table, test bench, and microscope stage, providing excellent visibility during operations.
Laboratory Classification and Layout Plan
In modern research institutions, laboratories are typically categorized by physics, general chemistry, organic synthesis, and biology. When selecting equipment and designing floor plans, different fields have distinct requirements, and these differences can be significant.
When design chemistry labiratory analysis , a central workbench is typically located in the center of the laboratory, with side tables, test benches, fume hoods, medicine cabinets, drying cabinets, and other equipment flanking it. Clean benches and constant temperature and humidity equipment are also provided as needed.
With the development of physical industries such as pharmaceuticals, medicine, food, agriculture, forestry, and animal husbandry, a highly reliable sterile and dust-free environment is essential in laboratories in these fields. In biological laboratories, the specific requirements of workflows, from general operations to inspection, testing, photography, and photo development, must be considered. Typically, a wash station and drying station can be coordinated at the entrance.
Reagent racks and universal brackets are installed on the central and side tables to hold reaction tubes, extraction tubes, and other instruments for different experimental purposes. Special gas piping and cooling water pipes should also be routed to the laboratory tables. Universal brackets for securing instruments can also be installed inside the fume hood.
To facilitate the operation of analytical instruments, a single-sided instrument table is often located in the center of the laboratory, with test benches located on the exterior walls. Special gas piping for analytical instruments should be placed as close to the instruments as possible.
Design chemistry Laboratory Facility Construction
I. Key Points in Laboratory Facility Construction
We offer excellent designs and high-quality equipment to address the safety of people, objects, and the external environment; environmental comfort, including noise, odor, and visual factors; equipment operability and functionality; and convenient information processing and intelligent features. These requirements are unique to conventional buildings.
II. Electricity, Water, and Gas Piping
The piping system for electricity, water, and gas in a laboratory is crucial during laboratory design. It must be considered comprehensively based on the laboratory's content and building type (high-rise or single-story), as well as future expansion, safety, budget, and functionality. Through extensive experience, we can provide piping system design and construction services.
III. Electricity, Water, and Gas Supply Methods
There are two common methods for supplying electricity, water, and gas to a laboratory: horizontal supply and vertical supply. The diagram uses a central laboratory bench as an example, showing the supply method facing the bench.
2009116103724595.jpg
IV. Laboratory Air Conditioning
Laboratory Ventilation
Ventilation is crucial to maintaining a healthy laboratory environment. Air exchange rates vary depending on the laboratory type, area, and usage.
Using Fume Hoods for Air Conditioning
Harmful gases generated inside the fume hood are exhausted simultaneously with the laboratory. Therefore, when designing the laboratory's air conditioning equipment, the fume hood's exhaust volume must be within the load. One way to reduce the amount of air exhausted from the fume hood into the room is to use a fume hood that directly draws in makeup air.More details Email: Whatsapp :0086 19970724683 .
Jiangxi Huazhijun Technolgy company, Design chemistry laboratory Profesionally , with highly skilled technicians can tailor-make products specifically for your laboratory. A safe overall design, functional products, and aesthetically pleasing designs are the cornerstones of laboratory planning.
Design chemistry laboratory standard laboratory configuration:
1. Center of the laboratory: This is where the central laboratory bench is located. A wash basin is typically located on the longitudinal side or in the center of the central bench, along with a reagent rack. A universal exhaust hood may also be installed.
2. Right side window: Place a side bench, workbench, overhead platform, side bench reagent rack, modular racks, and wall cabinets.
3. Right side door: Place a fume hood, laboratory bench, wash basin, drying rack, medicine cabinet, and storage cabinets. (The fume hood should be conveniently located for ventilation duct access.)
4. To the left and right of the door: Safety equipment, such as emergency showers, eyewash stations, and fire extinguishers, is typically located.
5. Left side door: Place a fume hood, side bench, side bench reagent rack, wash basin, wall cabinets, and other large equipment.
6. Place a side table, workbench, reagent rack, and large equipment near the left window.
7. Window Position: The space under the window can be used to accommodate a side table, test bench, and microscope stage, providing excellent visibility during operations.
Laboratory Classification and Layout Plan
In modern research institutions, laboratories are typically categorized by physics, general chemistry, organic synthesis, and biology. When selecting equipment and designing floor plans, different fields have distinct requirements, and these differences can be significant.
When design chemistry labiratory analysis , a central workbench is typically located in the center of the laboratory, with side tables, test benches, fume hoods, medicine cabinets, drying cabinets, and other equipment flanking it. Clean benches and constant temperature and humidity equipment are also provided as needed.
With the development of physical industries such as pharmaceuticals, medicine, food, agriculture, forestry, and animal husbandry, a highly reliable sterile and dust-free environment is essential in laboratories in these fields. In biological laboratories, the specific requirements of workflows, from general operations to inspection, testing, photography, and photo development, must be considered. Typically, a wash station and drying station can be coordinated at the entrance.
Reagent racks and universal brackets are installed on the central and side tables to hold reaction tubes, extraction tubes, and other instruments for different experimental purposes. Special gas piping and cooling water pipes should also be routed to the laboratory tables. Universal brackets for securing instruments can also be installed inside the fume hood.
To facilitate the operation of analytical instruments, a single-sided instrument table is often located in the center of the laboratory, with test benches located on the exterior walls. Special gas piping for analytical instruments should be placed as close to the instruments as possible.
Design chemistry Laboratory Facility Construction
I. Key Points in Laboratory Facility Construction
We offer excellent designs and high-quality equipment to address the safety of people, objects, and the external environment; environmental comfort, including noise, odor, and visual factors; equipment operability and functionality; and convenient information processing and intelligent features. These requirements are unique to conventional buildings.
II. Electricity, Water, and Gas Piping
The piping system for electricity, water, and gas in a laboratory is crucial during laboratory design. It must be considered comprehensively based on the laboratory's content and building type (high-rise or single-story), as well as future expansion, safety, budget, and functionality. Through extensive experience, we can provide piping system design and construction services.
III. Electricity, Water, and Gas Supply Methods
There are two common methods for supplying electricity, water, and gas to a laboratory: horizontal supply and vertical supply. The diagram uses a central laboratory bench as an example, showing the supply method facing the bench.
2009116103724595.jpg
IV. Laboratory Air Conditioning
Laboratory Ventilation
Ventilation is crucial to maintaining a healthy laboratory environment. Air exchange rates vary depending on the laboratory type, area, and usage.
Using Fume Hoods for Air Conditioning
Harmful gases generated inside the fume hood are exhausted simultaneously with the laboratory. Therefore, when designing the laboratory's air conditioning equipment, the fume hood's exhaust volume must be within the load. One way to reduce the amount of air exhausted from the fume hood into the room is to use a fume hood that directly draws in makeup air.More details Email: Whatsapp :0086 19970724683 .
