The laboratory gas system has become a key infrastructure for ensuring experimental safety and improving scientific research quality through precise gas supply, risk prevention and control, efficiency optimization, and convenient maintenance. Botai editor will take you to learn about relevant knowledge.

1、 Gas supply and distribution

1. Provide the necessary gases for the experiment to transport high-purity gases to the experimental equipment, ensuring the accuracy of analysis and detection. Provide combustible gas as a heat source for sample processing.

2. Gas classification and adaptation

By using a centralized gas supply system to store and transport different gases separately, the risk of mixing can be avoided. Select the gas purity level according to the experimental requirements and adjust the pressure to the required range through a pressure reducing valve.

2、 Security and Risk Control

1. Reduce safety hazards

Store high-pressure gas cylinders in separate cylinder rooms and quickly shut off the gas source in emergency situations through a remote cut-off system. Equipped with leakage monitoring and alarm devices, real-time monitoring of air pressure and gas concentration to prevent leakage accidents.

2. Standardized design and protection

Following relevant standards, use explosion-proof and corrosion-resistant materials to lay pipelines, and install emergency shut-off valves and overpressure protection valves. Avoid storing gas cylinders directly in the laboratory to reduce the risk of accidents caused by improper operation or environmental factors.

4、 Improve experimental efficiency and stability

1. Optimize space and cost

Remove gas cylinders from the laboratory to free up more space for equipment placement and operation. Unified gas supply reduces cylinder rental and transportation costs, and lowers gas waste.

2. Ensure gas supply stability

Maintain a constant gas flow rate through high-precision voltage stabilization technology to avoid experimental data bias. Centralized gas supply reduces the frequency of cylinder replacement and lowers the probability of impurities entering the system.

5、 Maintaining convenience and long-term reliability

1. Extend equipment lifespan

Reduce the loss of instruments caused by gas impurities through corrosion-resistant pipes and filtering devices.

2. Modular maintenance design

Modular structure with independent components facilitates quick disassembly and replacement of faulty parts, reducing downtime. The intelligent diagnostic system monitors equipment status in real time to achieve preventive maintenance.