As part of a state‑of‑the‑art bioscience facility, the International Livestock Research Institute in Addis Ababa supports genomics, PCR, DNA sequencing, and biorepository services. These capabilities underpin critical advancements in animal agriculture, disease diagnostics, and nutritional analysis across Africa.
The bioscience hub operates as a central research facility for genomic evaluations of livestock species, nutritional profiling, and pathogen identification, key activities aimed at improving livestock productivity and long‑term sustainability. By training postgraduate students, technicians, and researchers, ILRI plays a pivotal role in expanding scientific capacity across the region.
To maintain the integrity of their cryogenic research (focusing on disease evolution, transmission, and resistance mechanisms) ILRI required a compact and reliable source of liquid nitrogen. Ensuring continuity of sample preservation was a top priority, driving the need for an on‑site LN₂ solution that was consistent, cost‑effective, and easy to integrate.
ILRI scientists with Noblegen Territory Sales Manager, Pieter Conradie
Continuous supply with on-site generation
Switching to on‑site liquid nitrogen generation offered ILRI a major advantage: a dependable and uninterrupted supply. This eliminated the risks associated with external deliveries, including delays, shortages, and transport‑related losses.
The Triton LN2 generator fit seamlessly into their facility. By generating liquid nitrogen on demand, ILRI is now protected against supply chain disruptions and can operate with confidence, knowing that critical sample preservation will never be compromised.
Improving food security and sustainability
Noblegen is proud to support leading livestock and agricultural research organisations dedicated to biodiversity, climate adaptation, and animal health. On‑site LN₂ generation strengthens research resilience by ensuring:
- Security of supply – continuous production without external dependence
- Operational efficiency – reduced logistical complexity and lower long‑term costs
- Improved sample integrity – consistent availability for cryogenic preservation
- Sustainable practice – minimised transport emissions and reduced handling risks.