The Role of Gas Generators in Modern Laboratories

Gas purity and uninterrupted supply stability directly impact the accuracy and reproducibility of analytical results. Hydrogen gas generators and nitrogen gas generators have become standard solutions in modern laboratories, offering safer, cost-effective, and more efficient workflows compared to traditional high-pressure cylinders.

Nitrogen Generation for Laboratory and Plant-Level Use

Nitrogen Generation Plant for High-Demand Facilities

A nitrogen generation plant is the ideal choice for laboratories and facilities with continuous, high-volume nitrogen requirements. Advanced solutions like the Plant Level Nitrogen Generator – Dominus NL provide centralized, on-site nitrogen supply, ensuring consistent purity and pressure for large-scale research, testing, and production environments.

Application-Specific Nitrogen Generation

Modern nitrogen systems are designed to meet diverse analytical needs, including nitrogen generators for CAD applications, nitrogen generators for ELSD applications, and nitrogen generators for TOC. In high-performance chromatography, a dedicated nitrogen generator for LC-MS delivers ultra-high purity gas for stable baseline performance and reliable mass spectrometry results.

Hydrogen Gas Generation for GC and GC-MS

Hydrogen as a Carrier Gas

Using a hydrogen generator for carrier gas provides consistent flow rates and exceptional purity levels while dramatically improving laboratory safety by eliminating hazardous cylinder storage and handling. Precision-engineered systems deliver reliable, on-demand hydrogen tailored specifically for GC and GC-MS workflows, supporting faster analysis and superior separation efficiency.

Supporting Infrastructure for Better Lab Performance

Noise-sensitive laboratories can benefit from optimized setups such as a silent air compressor paired with gas generators or nitrogen generators without a compressor (using existing compressed air supply). These configurations create quieter, more comfortable working environments without compromising gas quality or system performance.

Why Gas Generators Are a Long-Term Investment

By transitioning away from gas cylinders, laboratories significantly reduce safety risks, recurring rental costs, supply disruptions, and administrative overhead. On-site gas generators provide predictable performance, full control over purity levels, minimal downtime, and long-term reliability across analytical, research, and quality control applications — making them a smart, future-proof investment.