Your On-Site Liquid Nitrogen Partner

Noblegen Cryogenics specializes in on-site liquid nitrogen generation, providing reliable LN₂ solutions for veterinary, breeding, reproductive, and laboratory facilities. Liquid nitrogen plays an essential role in the cryopreservation and long-term storage of semen, embryos, and other biological material used in artificial insemination and advanced reproductive technologies.

As part of the PEAK International Group, Noblegen combines specialist cryogenic technology with the experience and global infrastructure of an established gas-generation company. Its liquid nitrogen generators allow facilities to produce LN₂ on demand, reducing dependence on external deliveries and providing greater control over a resource that is critical to reproductive work.

Liquid Nitrogen for Animal Reproduction

Cryopreservation has become fundamental to modern animal breeding and assisted reproduction. Maintaining semen and embryos at ultra-low temperatures allows valuable genetic material to remain viable for extended periods and facilitates its storage, transport, and future use.

For equine reproduction centers, veterinary practices, breeding facilities, and laboratories, a dependable supply of liquid nitrogen is therefore essential for the safe storage of frozen semen, embryos, and other cryopreserved biological material.

Noblegen's on-site liquid nitrogen generators provide facilities with their own reliable, on-demand source of high-purity LN₂, helping ensure continuity of supply for these critical applications.

Why Generate Liquid Nitrogen On Site?

Producing liquid nitrogen on site offers an alternative to relying entirely on delivered LN₂. A dedicated generator can provide a continuous supply when it is needed, while reducing the logistical and operational challenges associated with external deliveries.

On-site liquid nitrogen generation can provide several advantages:

• Reliable supply: LN₂ is available on demand, reducing dependence on delivery schedules and the risk of supply interruptions.

• Greater independence: Facilities have more direct control over the availability of liquid nitrogen required for semen, embryo, and biological sample storage.

• Operational efficiency: On-site production can reduce the administration, handling, and logistics associated with regular LN₂ deliveries.

• Improved safety: Reduced transport and handling of large quantities of externally supplied liquid nitrogen can simplify day-to-day operations.

• Long-term cost efficiency: Generating LN₂ on site can reduce dependence on external suppliers and associated delivery and rental costs.

• Reduced environmental impact: Fewer deliveries can help reduce the carbon footprint associated with transporting liquid nitrogen.

For veterinary reproduction centers and laboratories that rely on continuous access to LN₂, on-site generation offers reliability, independence, and greater control over supply.