At Go Green Scientific, we’re always looking for solutions that make labs safer, more sustainable, and more efficient. One product line that checks all three boxes is LNI’s gas generators. Instead of relying on bulky, high-pressure cylinders, labs can now generate hydrogen, nitrogen, and zero-air on demand, saving money, improving safety, and reducing environmental impact.
I’ve seen firsthand why this matters. Over the last decade, I’ve had the opportunity to step into a diversity of labs across North America and beyond. I’ve seen everything from a GC tucked in a closet (yes, really) to sprawling, multi-million-dollar facilities. One thing that shows up again and again is gas cylinders.
I’ve seen that cylinder safety varies from lab to lab, and more than a few setups that raised red flags. As someone who has lived through major California earthquakes, it’s impossible to ignore the risks of storing pressurized cylinders in less-than-secure ways. Which why I’m a big fan of gas generators.
When starting Go Green Scientific, I knew I wanted to include these in my catalog as they check so many boxes from both a safety and environmental perspective. Given the solid quality and service record of LNI, their generators were top of mind and aligned perfectly with Go Green Scientific’s mission.
Lower Costs, Faster ROI
Cylinders might look cheap up front, but the hidden costs add up quickly: rental fees, delivery charges, price markups, and even downtime when tanks run dry. On-site gas generators, like those from LNI, eliminate those recurring costs. Hydrogen generators run on water, nitrogen generators on ambient air, and zero-air generators simply clean and compress atmospheric air. Many labs see a return on investment within one to two years.
Reliable Supply, No Interruptions
Running out of gas in the middle of a sequence isn’t just frustrating—it’s expensive. It can mean downtime, recalibration, or even lost samples. With on-demand generation, supply interruptions become a thing of the past.
A Safer Approach
Pressurized cylinders come with serious safety risks: explosion hazards, fire risk from leaks, or asphyxiation dangers. LNI gas generators operate at low pressure and only produce the amount of gas needed. Built-in leak detection and automatic shutdown features make them significantly safer.
Consistent Purity, Better Results
Instrument performance depends on consistent, ultra-pure gas. Cylinders can degrade over time through handling, refilling, or moisture contamination. LNI gas generators deliver >99.999% purity, translating into stable baselines, reduced noise, and reproducible results.
Don’t Forget Zero-Air
For labs running FID detectors or other applications that need ultra-clean air, on-site generation eliminates the variability and contamination risk of compressed cylinders. LNI’s Swissgas zero-air generators remove hydrocarbons and moisture, producing a consistent, pure stream that improves detector sensitivity while reducing cost and cylinder handling.
A Greener Choice
Every cylinder delivered to your lab carries a carbon footprint: from manufacturing and transport to disposal. On-site generation eliminates that shipping cycle and reduces metal waste, aligning perfectly with eco-conscious lab goals.
Smarter, Scalable Technology
Today’s generators aren’t just plug-and-play. They are smart. Remote monitoring, predictive maintenance, and modular scalability mean they grow with your lab and free up staff to focus on science instead of logistics.
The Bottom Line
Generating your own hydrogen, nitrogen, or zero-air isn’t just about convenience. It’s a strategic investment in safety, performance, and sustainability. For labs ready to cut costs, reduce risk, and shrink their footprint, LNI gas generators offer a smarter path forward.
Curious how this could work in your lab? Explore our selection of LNI gas generators at Go Green Scientific and discover how on-site generation can make your operations safer, greener, and more efficient.
