Testing Laboratory

1Testing Laboratorypreliminary design

1. Survey the site and understand the characteristics of the site environment;

2. Understand the customer's ideas and requirements, digest and analyze them;

3. Collect relevant information in a targeted manner, including corresponding instruments and equipment, laboratory operation procedures, etc;

4. Determine the design style, plan the overall layout, and communicate with clients;

5. After determining the floor plan, proceed with the overall design, including color rendering, annotation, text scheme, project budget, etc.

IITesting LaboratoryMain content of construction

The laboratory design and planning need to fully consider a series of analytical and testing processes, including sample collection, sample preservation, sample transfer, sample preparation, instrument analysis, and data management. Reasonable arrangements should be made for the inspection instrument and equipment bureau to detect microorganisms, organic/inorganic chemical pollutants, radioactivity, and biological toxicity according to the testing requirements based on conventional water quality physical and chemical indicators.

Ventilation and gas prevention in the laboratory of the water quality testing center: During the testing process, toxic, odorous, or flammable and explosive gases are often produced. If not eliminated in a timely manner, it can cause indoor air pollution, affect the health and safety of inspectors, and also affect the accuracy and lifespan of instruments and equipment, thereby affecting the accuracy of test results. Therefore, the laboratory must have good ventilation. There are two ventilation methods: strong exhaust and full room ventilation.

Laboratory heating and cooling: Some experiments or instruments have certain temperature requirements, such as measuring the specific rotation of some raw materials, which requires around 20 ℃. Cooling is necessary in summer, and air conditioning must be installed.

Laboratory fire and explosion prevention: As the saying goes, water and fire are ruthless. Many reagents in the laboratory are flammable and explosive, so fire-fighting facilities are necessary. When designing with conditions, fire hydrants and alarm equipment should be considered, evacuation issues should be taken into account, and at least fire extinguishers (dry powder fire extinguishers, carbon dioxide fire extinguishers, etc.), fire-fighting sand and other fire-fighting equipment should be provided.

3、 Furniture Description for Testing Center Laboratory

1. In the selection of laboratory furniture and equipment, the equipment includes a series of laboratory supporting furniture and equipment such as all steel laboratory tables, instrument tables, fume hoods, sample storage cabinets, data cabinets, acid-base cabinets, gas cylinder cabinets, medicine cabinets, medicine cabinets, instrument cabinets, glassware cabinets, etc.

2. Air conditioning and ventilation facilities. In the new laboratory, all building areas are equipped with air conditioning. The ventilation system includes fume hood (fume hood), exhaust hood (fixed), movable hood, exhaust fan, etc

3. The water supply facilities include laboratory water tanks, washing sinks, testing faucets, etc.

4. Safety facilities include fire sprinkler systems, inert gas fire suppression systems, safety cabinets, emergency showers, etc Eye wash stations.

5. Gas supply facilities include gas supply stations, gas supply panels, gas panels, and their piping systems.

6. Computer management network system.