Nitrogen is crucial for electronic manufacturing for component cleaning and preventing oxidation, enhancing the efficiency and quality of electronic devices. This blog will guide you through a checklist to help assess your current nitrogen supply and explore the option of generating nitrogen onsite. Read more...

Onsite oxygen generators are becoming an increasingly popular choice to supply oxygen to wastewater plants, due to their reliability, cost-effectiveness and capacity to provide a consistent and tailored oxygen supply. Understanding the differences and benefits between cylinder oxygen and onsite oxygen generation in this blog. Read more...

In recent years, the prevalence of oxygen generators has dramatically grown across a range of industries. With technological advancements and decreasing price points, onsite oxygen generation has become increasingly accessible and integral to many applications. In this guide, we navigate the basics to get you started with onsite oxygen generation!

For years, traditional methods of oxygen supply using cylinders or liquid gas seemed economically viable. However, there's a ground breaking solution lurking beneath the surface—onsite oxygen generation. Gas Generation Australia’s cost-benefit analysis reveals the true economic potential of oxygen generators for a range of aquaculture operations. Read more...

A blog article covering the technical differences between membrane and pressure swing adsorption (PSA) nitrogen generators.

As leaders in this technology, Gas Generation Australia is at the forefront of offering innovative onsite nitrogen generator systems that cater to a broad range of industrial needs. Here, we delve into the top five reasons to make the switch to onsite nitrogen generation.

When it comes to meeting the demand for nitrogen, businesses have a fundamental choice: onsite nitrogen generators or traditional nitrogen cylinders. This decision can significantly impact both the bottom line and the smooth operation of a company.

Considering the importance of nitrogen in the food and beverage industry, businesses are turning to onsite gas generation as a more reliable, efficient supply of nitrogen.

Laser cutting in manufacturing also benefits from nitrogen gas, providing precise cuts and preventing oxidation. Nitrogen generators are a reliable, cost-effective source of nitrogen, eliminating unnecessary charges and waste. They offer control over supply, improved cutting precision, lower long-term costs, and enhanced safety.

Discover the future of grain protection with nitrogen gas. It's a chemical-free, cost-effective, and safer alternative to traditional fumigants like phosphine. Nitrogen preserves grain quality and colour while reducing transition times. Experience environmentally friendly and efficient grain storage with nitrogen gas.

Learn about the advantages of nitrogen inflation for mine sites and the innovative solutions offered by Gas Generation Australia. Traditional compressed air inflation poses risks like corrosion and explosions, while nitrogen inflation improves tyre life and site safety. Gas Generation Australia provides on-site nitrogen generation, eliminating the need for costly cylinders. Experience consistent nitrogen supply, improved safety, and reduced downtime ...

Discover the advantages of onsite oxygen generators for fish farming. Experience improved fish growth, precise gas control, cost savings, reduced energy consumption, and environmental friendliness. Unlock the potential of dedicated onsite oxygen generation for your aquaculture needs. Read more to learn about the benefits and solutions offered by Gas Generation Australia.

Many wineries are reconsidering their nitrogen source due to the rising price of liquid nitrogen as a result of ever-increasing energy and transport costs. Onsite nitrogen generation gives wineries greater financial and operational control, only generating the nitrogen needed for current demands. Combined with the use of localised green energy, wineries can make a real difference to their carbon footprint using onsite gas generation.