We are known for our superb engineering expertise in fabricating liquid oxygen plants which are based on cryogenic distillation technology. Our precision designing makes our industrial gas systems reliable and efficient resulting in low operational costs. Being manufactured with high quality materials and components, our liquid oxygen plants lasts for a very long time requiring minimum maintenance. For our compliance with strict quality control measures, we have been awarded with acclaimed certifications like ISO 9001:2015 and CE. Our plants generate oxygen with high purity & come in sizes ranging from 10 liter/hr to 5000 liter/hr.
(For 100% Liquid Production for Filling Liquid Tanks or 50% gas & 50% liquid) FOR PRODUCTION OF LIQUID OXYGEN / NITROGEN FOR FILLING IN TANKS With leakproof stainless steel column and skid mounted version for high purity medical and industrial oxygen.
100 m3 /hour Liquid Oxygen Tank Filling Plant.
170 m3 /hour Liquid Oxygen Tank Filling Plant.
| Techincal Specification (UBPL Series Plant) | |||||||||||
|
Model |
Production in M3 /hours. |
Production Liters /hours. |
Purity |
||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
| UBPL-30 | 30 | 35 | 99.7 | ||||||||
| UBPL-50 | 50 | 58 | 99.7 | ||||||||
| UBPL-100 | 100 | 117 | 99.7 | ||||||||
| UBPL-200 | 200 | 234 | 99.7 | ||||||||
| UBPL-300 | 300 | 351 | 99.7 | ||||||||
UBTL-50 m3 /hr.
PROCESS SKID WITH AIR COMPRESSOR.
| Technical Specification Data | |||||||||||
|
Production |
UBTL-10 |
UBTL-20 |
UBTL-30 |
UBTL-50 |
|||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
| Liquid Oxygen output (liters per hour) | 12 | 24 | 35 | 60 | |||||||
| Purity Oxygen (%) | 99.7 | 99.7 | 99.7 | 99.7 | |||||||
| Liquid Nitrogen Output (ltr/hr.) | 14 | 28 | 43 | 73 | |||||||
| Purity Nitrogen (%) | 99% to 99.999% or ppm | 99% to 99.999% or ppm | 99% to 99.999% or ppm | 99% to 99.999% or ppm | |||||||
Basic Principle
Our oxygen Plant taps oxygen and nitrogen from the atmosphere air. The feed air is entered into the molecular sieve purification system to separate the moisture and CO2 from the process air. Subsequently, it is liquefied by cryogenic cooling using the latest plate and fin, high efficiency heat exchangers and expanders. The liquid air gets separated into oxygen and inert gases in the air separation column. Liquid oxygen is stored in a liquid storage tank.
Special Features of Liquid Oxygen Plant
Air Compressor: Air is compressed at a low pressure of 5-7 bar (0.5-0.7mpa). It is done by using the latest compressors (Screw/Centrifugal Type).
Pre Cooling System: The second stage of the process involves use of a refrigerant for pre-cooling the processed air to temperature around 12 deg C before it enters the purifier.
Purification of Air By Purifier: The air enters a purifier, which is made up of twin molecular Sieve driers that function alternatively. The Molecular Sieve separates the carbon dioxide & moisture from the process air before the air reaches at air separation Unit.
Cryogenic Cooling of Air By Expander: The air must be cooled to sub zero temperatures for liquefaction. The cryogenic refrigeration and cooling is provided by a highly efficient turbo expander, which cools the air to temperature below -165 to-170 deg C.
Separation of Liquid Air into Oxygen and Nitrogen by Air Separation Column: The air that enters the low pressure plate fin type heat exchanger is moisture free, oil free and carbon dioxide free. It is cooled inside the heat exchanger below sub zero temperatures by air expansion process in the expander. It is expected that we achieve a difference delta as low as 2 degree Celsius at the warm end of exchangers. Air gets liquefied when it reaches at the air separation column and is separated into oxygen and nitrogen by the process of rectification.
Liquid Oxygen is Stored in a Liquid Storage Tank: Liquid oxygen is filled in a liquid storage tank that is connected to the liquefier forming an automatic system. A hose pipe is used for taking out liquid oxygen from the tank.
Liquid oxygen (LOX) plant generates 100% liquid oxygen for storage into liquid storage tanks or 50% gas & 50% liquid. Our plant machinery uses leak-proof stainless steel column and skid mounted version for high purity medical and industrial oxygen for production of oxygen/nitrogen for filling tanks.
100 m3 /hour Liquid Oxygen Tank Filling Plant.
170 m3 /hour Liquid Oxygen Tank Filling Plant.
| Techincal Specification (UBPL Series Plant) | |||||||||||
|
Model |
Production in M3 /hours. |
Production Liters /hours. |
Purity |
||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
| UBPL-30 | 30 | 35 | 99.7 | ||||||||
| UBPL-50 | 50 | 58 | 99.7 | ||||||||
| UBPL-100 | 100 | 117 | 99.7 | ||||||||
| UBPL-200 | 200 | 234 | 99.7 | ||||||||
| UBPL-300 | 300 | 351 | 99.7 | ||||||||
| Technical Specification Data | |||||||||||
|
Production |
UBTL-80 |
UBTL-100 |
UBTL-120 |
UBTL-150 |
|||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
| Liquid Oxygen output (liters per hour) | 94 | 120 | 140 | 175 | |||||||
| Purity Oxygen (%) | 99.7 | 99.7 | 99.7 | 99.7 | |||||||
| Liquid Nitrogen Output (ltr/hr.) | 115 | 114 | 173 | 217 | |||||||
| Purity Nitrogen (%) | 99% to 99.999% or ppm | 99% to 99.999% or ppm | 99% to 99.999% or ppm | 99% to 99.999% or ppm | |||||||
Basic Principle
LOX Plant uses atmospheric air which is, then, is entered into the molecular sieve purification system to remove the moisture and CO2 from the process air. Next, it is liquefied by cryogenic cooling using the latest plate and fin, high efficiency heat exchangers and expanders. The liquid air gets separated into oxygen, nitrogen and inert gases in the air separation column. Liquid oxygen is stored in a liquid storage tank.
Special Features of Liquid Oxygen Plant
Air Compressor: Air is compressed at a low pressure of 5-7 bar (0.5-0.7mpa). It is done by using the latest compressors (Screw/Centrifugal Type).
Pre Cooling System: The second stage of the process involves use of a refrigerant for pre-cooling the processed air to temperature around 12 deg C before it enters the purifier.
Purification of Air By Purifier: The air enters a purifier, which is made up of twin molecular Sieve driers that function alternatively. The Molecular Sieve separates the carbon dioxide & moisture from the process air before the air reaches at air separation Unit.
Cryogenic Cooling of Air By Expander: The air must be cooled to sub zero temperatures for liquefaction. The cryogenic refrigeration and cooling is provided by a highly efficient turbo expander, which cools the air to temperature below -165 to-170 deg C.
Separation of Liquid Air into Oxygen and Nitrogen by Air Separation Column: The air that enters the low pressure plate fin type heat exchanger is moisture free, oil free and carbon dioxide free. It is cooled inside the heat exchanger below sub zero temperatures by air expansion process in the expander. It is expected that we achieve a difference delta as low as 2 degree Celsius at the warm end of exchangers. Air gets liquefied when it reaches at the air separation column and is separated into oxygen and nitrogen by the process of rectification.
Liquid Oxygen is Stored in a Liquid Storage Tank: Liquid oxygen is filled in a liquid storage tank that is connected to the liquefier forming an automatic system. A hose pipe is used for taking out liquid oxygen from the tank.
Our large capacity liquid oxygen plant generates 100% liquid oxygen (LOX) and liquid nitrogen (LIN) for filling into cryogenic storage tanks. LOX plant can also produce 50% gas or 50% oxygen. Our LOX Plant or LIN Plant uses leak-proof stainless steel column and skid mounted version for high purity medical and industrial oxygen.
UBTL m3 /hour.
PURIFICATION UNIT.
UBTL m3 /hour.
PURIFICATION UNIT.
| Model Selection Chart- Large Capacity Liquid Oxygen/Nitrogen Plant | |||||||||||
| Technical Specification Data | |||||||||||
|
Production |
UBTL-200 |
UBTL-300 |
UBTL-400 |
UBTL-500 |
|||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
| Liquid Oxygen output (liters per hour) | 235 | 350 | 470 | 590 | |||||||
| Purity Oxygen (%) | 99.7 | 99.7 | 99.7 | 99.7 | |||||||
| Liquid Nitrogen Output (ltr/hr.) | 290 | 435 | 578 | 700 | |||||||
| Purity Nitrogen (%) | 99% to 99.999% or ppm | 99% to 99.999% or ppm | 99% to 99.999% or ppm | 99% to 99.999% or ppm | |||||||
Basic Principle
Our large capacity LOX plant taps air from the atmosphere which is then used as feed air in the sieve purification system to eliminate the moisture and CO2 from the process air. Afterwards, the feed air liquefied by cryogenic cooling using the latest plate and fin, high efficiency heat exchangers and expanders. The liquid air gets separated into oxygen and inert gases in the air separation column. Liquid oxygen is stored in a liquid storage tank.
Special Features of Liquid Oxygen Plant
Air Compressor: Air is compressed at a low pressure of 5-7 bar (0.5-0.7mpa). It is done by using the latest compressors (Screw/Centrifugal Type).
Pre Cooling System: The second stage of the process involves use of a refrigerant for pre-cooling the processed air to temperature around 12 deg C before it enters the purifier.
Purification of Air By Purifier: The air enters a purifier, which is made up of twin molecular Sieve driers that function alternatively. The Molecular Sieve separates the carbon dioxide & moisture from the process air before the air reaches at air separation Unit.
Cryogenic Cooling of Air By Expander: The air must be cooled to sub zero temperatures for liquefaction. The cryogenic refrigeration and cooling is provided by a highly efficient turbo expander, which cools the air to temperature below -165 to-170 deg C.
Separation of Liquid Air into Oxygen and Nitrogen by Air Separation Column: The air that enters the low pressure plate fin type heat exchanger is moisture free, oil free and carbon dioxide free. It is cooled inside the heat exchanger below sub zero temperatures by air expansion process in the expander. It is expected that we achieve a difference delta as low as 2 degree Celsius at the warm end of exchangers. Air gets liquefied when it reaches at the air separation column and is separated into oxygen and nitrogen by the process of rectification.
Liquid Oxygen is Stored in a Liquid Storage Tank: Liquid oxygen is filled in a liquid storage tank that is connected to the liquefier forming an automatic system. A hose pipe is used for taking out liquid oxygen from the tank.
Our tonnage liquid oxygen plant generates 100% liquid oxygen (LOX) and liquid nitrogen (LIN) for filling into cryogenic storage tanks. LOX plant can also produce 50% gas or 50% oxygen. Our LOX Plant or LIN Plant uses leak-proof stainless steel column and skid mounted version for high purity medical and industrial oxygen.
UBTL-1000 m3 /hour.
LIQUID STORAGE TANKS.
| Model Selection Chart - Tonnage Liquid Oxygen/Nitrogen Plant | |||||||||||
| Technical Specification Data | |||||||||||
|
Production |
UBTL-700 |
UBTL-1000 |
UBTL-2000 |
UBTL-3000 |
UBTL-4000 |
UBTL-5000 |
|||||
|---|---|---|---|---|---|---|---|---|---|---|---|
| Liquid Oxygen output (liters per hour) | 820 | 1172 | 2344 | 3516 | 4688 | 5860 | |||||
| Purity Oxygen (%) | 99.7 | 99.7 | 99.7 | 99.7 | 99.7 | 99.7 | |||||
| Liquid Nitrogen Output (ltr/hr.) | 650 | 1440 | 2890 | 4340 | 5788 | 7235 | |||||
| Purity Nitrogen (%) | 99% to 99.999% or ppm | 99% to 99.999% or ppm | 99% to 99.999% or ppm | 99% to 99.999% or ppm | 99% to 99.999% or ppm | 99% to 99.999% or ppm | |||||
Basic Principle
Our large capacity LOX plant taps air from the atmosphere which is then used as feed air in the sieve purification system to eliminate the moisture and CO2 from the process air. Afterwards, the feed air liquefied by cryogenic cooling using the latest plate and fin, high efficiency heat exchangers and expanders. The liquid air gets separated into oxygen and inert gases in the air separation column. Liquid oxygen is stored in a liquid storage tank.
Special Features of Liquid Oxygen Plant
Air Compressor: Air is compressed at a low pressure of 5-7 bar (0.5-0.7mpa). It is done by using the latest compressors (Screw/Centrifugal Type).
Pre Cooling System: The second stage of the process involves use of a refrigerant for pre-cooling the processed air to temperature around 12 deg C before it enters the purifier.
Purification of Air By Purifier: The air enters a purifier, which is made up of twin molecular Sieve driers that function alternatively. The Molecular Sieve separates the carbon dioxide & moisture from the process air before the air reaches at air separation Unit.
Cryogenic Cooling of Air By Expander: The air must be cooled to sub zero temperatures for liquefaction. The cryogenic refrigeration and cooling is provided by a highly efficient turbo expander, which cools the air to temperature below -165 to-170 deg C.
Separation of Liquid Air into Oxygen and Nitrogen by Air Separation Column: The air that enters the low pressure plate fin type heat exchanger is moisture free, oil free and carbon dioxide free. It is cooled inside the heat exchanger below sub zero temperatures by air expansion process in the expander. It is expected that we achieve a difference delta as low as 2 degree Celsius at the warm end of exchangers. Air gets liquefied when it reaches at the air separation column and is separated into oxygen and nitrogen by the process of rectification.
Liquid Oxygen is Stored in a Liquid Storage Tank: Liquid oxygen is filled in a liquid storage tank that is connected to the liquefier forming an automatic system. A hose pipe is used for taking out liquid oxygen from the tank.