Laboratory centralized gas supply and gas path design renovation

Laboratory centralized gas supply and gas path design renovation(AI algorithm)

The central centralized gas supply system is an intelligent gas supply system that places gas sources (steel cylinders/liquid storage tanks/gas generators) in independent gas cylinder rooms and delivers gas to various laboratory terminal equipment through a high-purity pipeline network (BA/EP grade stainless steel or copper pipes).

Technical strength:

l Our own equipment manufacturing factory can provide a complete gas path solution from selection, design, process matching to equipment manufacturing

l Having years of experience in designing laboratory pre-processing equipment, mass spectrometry, instruments, and central gas supply systems

l Provide integrated application of various nitrogen production technologies, from all-in-one machines to centralized gas supply systems, as well as personalized products with flexible and diverse standard products and customized designs

Design a smart gas supply system using AI algorithms:

Storage capacity: 500-5000L gas cylinder group (including helium/argon/nitrogen/hydrogen/air)

Intelligent monitoring: real-time display, pressure/flow/purity three parameters, linked alarm

Safety protection: Explosion proof wall+Explosion vent+Automatic fire extinguishing device

Automatic switching: seamless switching of multiple gas sources

Energy saving design: Variable frequency air compressor (energy efficiency level one)

7 days * 24 hoursProduct consultation: 185 * 0177 * 0605，185*0177*0601

TB Enterprise DIAN: Runrong Mall

Tip:

Practical Guide for Air Circuit Renovation of Old Laboratories

Step 1: Demand quantification and spatial planning

Gas map: Mark all instrument locations, gas types, peak flow rates (such as LC-MS nitrogen requirement of 30 L/min), and pressure requirements (such as ICP-MS requirement of 0.6 MPa).

Location selection for gas cylinder room: Priority should be given to rooms located on the exterior wall of the building and below the experimental floor (with an area of ≥ 15 m ²) to facilitate the transportation of gas cylinders and the downward diffusion of leaked gases.

Step 2: Staged renovation strategy

Step 3: Key Technologies of Pipeline Engineering

Central gas supply is an inevitable choice for modern laboratories

Although the initial investment in the central gas supply system is relatively high, its value in terms of intrinsic safety improvement, cost savings in operation and maintenance, and reliability of experimental data far exceeds the cost:

-Compliance guarantee: Meet the mandatory specifications for compressed gas storage in OSHA 29 CFR 1910.101 and Chinese GB 50016.

-Investment return: Within 5 years, the comprehensive cost can be lower than that of dispersed gas supply (taking a laboratory that consumes 10 bottles of nitrogen per day as an example, saving ≥ 150000 yuan per year).

-Future compatibility: Provide seamless gas source support for automated robots and high-throughput screening platforms.

Suggestion for the renovation of old laboratories: Adopt a gradual renovation based on gas types and regions, prioritize laying basic gas pipelines such as nitrogen and argon, and gradually connect special gases.