Helium Extraction Unit for Scientific Experiments - High-Quality China Suppliers and Factory Solutions
Product Description
- 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.
Product Details
Parameter
Factory Pictures
Frequently Asked Questions
What is the feed source for Fullcryo's Helium Extraction Unit?
Fullcryo's Helium Extraction Unit (HEU) is designed to extract helium from BOG (Boil-Off Gas) in LNG and natural gas plants.
Will the installation of the HEU affect current LNG production?
No, there is no impact on the production of existing LNG plants. It integrates smoothly and helps reduce overall operating costs.
What capacity of LNG plant is suitable for this system?
The helium extraction system is suitable for LNG plants with a treatment capacity of 500,000 cubic meters (Nm³/d) and above.
What is the power consumption and purity of the extracted helium?
The system operates with a power consumption of less than 25 kwh/Nm³ and yields an output helium gas product with a purity exceeding 99.999%.
Why is liquid helium crucial for cryogenic cooling?
Liquid helium is the coldest known coolant, capable of reaching temperatures close to absolute zero (-273.15°C or 0 Kelvin). Below 2.17 Kelvin, it becomes a superfluid with frictionless flow, which is essential for low-temperature physics and superconductivity research.
What other scientific applications rely on helium?
Helium is widely used to cool superconducting magnets in MRI machines and particle accelerators, and serves as a detection medium in cosmic ray and particle physics experiments.