Academic research

What is academic research?

Academic Research is the systematic investigation of scholarly topics, often conducted at universities and research institutions. It involves exploring new knowledge, testing theories, and solving real-world problems

Liquid Nitrogen in academic research

Liquid nitrogen, with its extremely low temperature, plays a crucial role in various academic research fields:  

Cryopreservation:

Preserving biological samples like cells, tissues, and DNA for future research.  

Storing stem cells for regenerative medicine.  

Material Science:

Creating low-temperature environments for experiments in superconductivity, magnetism, and other quantum phenomena.  

Analytical Chemistry:

Cooling detectors in analytical instruments like mass spectrometers and NMR spectrometers to improve sensitivity and resolution.

Why choose liquid nitrogen generators?

Liquid nitrogen generators offer several advantages for academic research:

  • Reliable Supply: Ensures a continuous supply of liquid nitrogen, eliminating the need for frequent deliveries and minimizing downtime.  
  • Reduced Maintenance: Requires minimal maintenance, saving time and resources.
  • Improved Safety: Eliminates the risks associated with handling and transporting large quantities of liquid nitrogen.
  • Cost-Effective: Offers long-term cost savings by reducing reliance on external suppliers.  
  • Environmental Benefits: Reduces carbon emissions and promotes sustainable practices.  

By utilizing liquid nitrogen generators, academic institutions can optimize their research capabilities, improve efficiency, and contribute to groundbreaking discoveries

Liquid nitrogen generation on site

From cryopreservation, sample preparation, and cooling of electronics to NMR spectroscopy. Noblegen liquid nitrogen generators have various uses within academic research.

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Liquid nitrogen solutions for academic research

Liquid nitrogen generation on site

Large-scale liquid nitrogen generation systems offer solutions to meet the unique needs of various research facilities. For instance, biomedical research institutions can leverage these systems to support cryopreservation of cell lines, tissues, and organs. Materials science laboratories can utilize the abundant supply of liquid nitrogen for cooling specialized equipment and conducting low-temperature experiments. And environmental science facilities can employ liquid nitrogen for sample preparation and analysis, while physics and chemistry departments can benefit from its role in cryogenic experiments and spectroscopy.