Helium Extraction Unit For Scientific Experiment

Fullcryo Helium Extraction(from LNG/Natural Gas)

There is no impact on the production of existing LNG plants.

Suitable for LNG plants of 500,000 cubic meters and above.

Reduce operating costs of existing LNG plants.

The economy is good, and the investment recovery time is short.

Most commercial helium is extracted from natural gas because certain natural gas fields contain significant amounts of helium (usually between 0.3% and 1.9%). Fullcryo’s HEU, suitable for extracting helium from BOG in an LNG plant with a capacity over 500,000 Nm3 /d , the helium extraction has a power consumption of less than 25 kwh/Nm3 ; output helium gas product has a purity of over 99.999%.

Helium plays a crucial role in scientific experiments, particularly in the fields of low-temperature physics and other areas requiring extreme conditions. 

1. Cryogenic Cooling:

- Liquid Helium: Liquid helium is the coldest known coolant, capable of reaching temperatures close to absolute zero (-273.15°C or 0 Kelvin). It is used in superconductivity research, low-temperature physics experiments, and quantum mechanics research.

- Superfluid Helium: Below 2.17 Kelvin, liquid helium transitions into a superfluid state, exhibiting unique properties like frictionless flow and other quantum characteristics, making it essential for studying quantum liquids and macroscopic quantum phenomena.