OEM LNG Phase Separator Series
Custom OEM Solutions: As a renowned production factory, we excel in providing custom-designed OEM LNG Phase Separator Series that cater to the unique needs of industrial applications. Our approach allows us to customize phase separators to fit seamlessly into existing LNG processing systems, optimizing their functionality and overall performance.
Enhanced Efficiency: The OEM LNG Phase Separator Series is designed to enhance the efficiency of LNG processing within industrial settings. By effectively separating the phases of the LNG mixture, these separators contribute to improved operational productivity and performance, ultimately maximizing the output of industrial facilities.
Quality Assurance: Our production factory is committed to upholding stringent quality control measures to ensure that the OEM LNG Phase Separator Series adheres to industry standards for reliability and durability. Each phase separator undergoes thorough testing and inspection, guaranteeing the highest level of quality and performance for industrial use.
Product Application
The product series of Phase Separator, Vacuum Pipe, Vacuum Hose and Vacuum Valve in HL Cryogenic Equipment Company, which passed through a series of extremely strict technical treatments, are used for transferring of liquid oxygen, liquid nitrogen, liquid argon, liquid hydrogen, liquid helium, LEG and LNG, and these products are serviced for cryogenic equipment (e.g. cryogenic storage tank, dewar and coldbox etc.) in industries of air separation, gases, aviation, electronics, superconductor, chips, pharmacy, biobank, food & beverage, automation assembly, chemical engineering, iron & steel, rubber, new material manufacturing and scientific research etc.
Vacuum Insulated Phase Separator
HL Cryogenic Equipment Company has four kinds of Vacuum Insulated Phase Separator, their name are,
- VI Phase Separator -- (HLSR1000 series)
- VI Degasser -- (HLSP1000 series)
- VI Automatic Gas Vent -- (HLSV1000 series)
- VI Phase Separator for MBE System -- (HLSC1000 series)
No matter which kind of the Vacuum Insulated Phase Separator, it is one of the most common equipment of Vacuum Insulated Cryogenic Piping System. The phase separator is mainly to separate the gas from the liquid nitrogen, which can ensure,
1. Liquid supply volume and speed: Eliminate insufficient liquid flow and velocity caused by gas barrier.
2. Incoming temperature of terminal equipment: eliminate the temperature instability of cryogenic liquid due to slag inclusion in gas, which leads to the production conditions of terminal equipment.
3. Pressure adjustment (reducing) and stability: eliminate the pressure fluctuation caused by the continuous formation of gas.
In a word, VI Phase Separator function is to meet the requirements of the terminal equipment for liquid nitrogen, including flow rate, pressure, and temperature and so on.
The Phase Separator is a mechanical structure and system that does not require pneumatic and electrical source. Usually choose 304 stainless steel production, can also choose other 300 series stainless steel according to the requirements. The Phase Separator is mainly used for liquid nitrogen service and recommended to be placed at the highest point of the piping system to ensure maximum effect, since gas has a lower specific gravity than liquid.
About the Phase Separator / Vapor Vent more personalized and detailed questions, please contact HL Cryogenic Equipment directly, we will serve you whole-heartedly!
Parameter Information
| Name | Degasser |
| Model | HLSP1000 |
| Pressure Regulation | No |
| Power Source | No |
| Electric Control | No |
| Automatic Working | Yes |
| Design Pressure | ≤25bar (2.5MPa) |
| Design Temperature | -196℃~ 90℃ |
| Insulation Type | Vacuum Insulation |
| Effective Volume | 8~40L |
| Material | 300 Series Stainless Steel |
| Medium | Liquid Nitrogen |
| Heat Loss When Filling LN2 | 265 W/h (when 40L) |
| Heat Loss When Is Stable | 20 W/h (when 40L) |
| Vacuum of Jacketed Chamber | ≤2×10-2Pa (-196℃) |
| Leakage Rate of Vacuum | ≤1×10-10Pa.m3/s |
| Description |
|
| Name | Phase Separator |
| Model | HLSR1000 |
| Pressure Regulation | Yes |
| Power Source | Yes |
| Electric Control | Yes |
| Automatic Working | Yes |
| Design Pressure | ≤25bar (2.5MPa) |
| Design Temperature | -196℃~ 90℃ |
| Insulation Type | Vacuum Insulation |
| Effective Volume | 8L~40L |
| Material | 300 Series Stainless Steel |
| Medium | Liquid Nitrogen |
| Heat Loss When Filling LN2 | 265 W/h (when 40L) |
| Heat Loss When Is Stable | 20 W/h (when 40L) |
| Vacuum of Jacketed Chamber | ≤2×10-2Pa (-196℃) |
| Leakage Rate of Vacuum | ≤1×10-10Pa.m3/s |
| Description |
|
| Name | Automatic Gas Vent |
| Model | HLSV1000 |
| Pressure Regulation | No |
| Power Source | No |
| Electric Control | No |
| Automatic Working | Yes |
| Design Pressure | ≤25bar (2.5MPa) |
| Design Temperature | -196℃~ 90℃ |
| Insulation Type | Vacuum Insulation |
| Effective Volume | 4~20L |
| Material | 300 Series Stainless Steel |
| Medium | Liquid Nitrogen |
| Heat Loss When Filling LN2 | 190W/h （when 20L） |
| Heat Loss When Is Stable | 14 W/h （when 20L） |
| Vacuum of Jacketed Chamber | ≤2×10-2Pa (-196℃) |
| Leakage Rate of Vacuum | ≤1×10-10Pa.m3/s |
| Description |
|
| Name | Special Phase Separator for MBE Equipment |
| Model | HLSC1000 |
| Pressure Regulation | Yes |
| Power Source | Yes |
| Electric Control | Yes |
| Automatic Working | Yes |
| Design Pressure | Determine according to MBE Equipment |
| Design Temperature | -196℃~ 90℃ |
| Insulation Type | Vacuum Insulation |
| Effective Volume | ≤50L |
| Material | 300 Series Stainless Steel |
| Medium | Liquid Nitrogen |
| Heat Loss When Filling LN2 | 300 W/h （when 50L） |
| Heat Loss When Is Stable | 22 W/h （when 50L） |
| Vacuum of Jacketed Chamber | ≤2×10-2Pa (-196℃) |
| Leakage Rate of Vacuum | ≤1×10-10Pa.m3/s |
| Description | A Special Phase Separator for MBE equipment with Multiple Cryogenic Liquid Inlet and Outlet with automatic control function meets the requirement of gas emission, recycled liquid nitrogen and temperature of liquid nitrogen. |
