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LNG plant
3000000 M3 Per Day LNG Liquefaction Plant
The optimization of energy resource structure has taken place in the world, because environment protection is attracting increasingly more attention. Since LNG (liquefied natural gas) is regard as the cleanest energy worldwide, more and more countries tend to use LNG with respect to its cleanness.
The optimization of energy resource structure has taken place in the world, because environment protection is attracting increasingly more attention. Since LNG (liquefied natural gas) is regard as the cleanest energy worldwide, more and more countries tend to use LNG with respect to its cleanness.
LNG Plant, LNG Liquefaction Plant, LNG Regasification Plant/Station
Cryogenic Semi Trailer Tanker
LCO2 Road Tanker
Capacity: 20 tons or above
Working pressure: 22bar or above
Insulation mode: multi-layer super vacuum insulation; PU insulation
Capacity: 20 tons or above
Working pressure: 22bar or above
Insulation mode: multi-layer super vacuum insulation; PU insulation
CO2 Plant
CO2 Recovery Plant
CO2 Recovery Plant
1) LCO2 Recovery Plant from Carbon - contained Fuel
1. Basic situation of raw material being used: LNG, Oil like diesel, gasoline, Coal, Acid base neutralization or other source
2. Scope of capacity: 20kgs/hour-4000kgs/hour
3. Product quality:
Purity of CO2: ≥99.99% Standards: ISBT, , Food / Industrial Grade, Requirements of beverage additives
4. Product modality
Cryogenic liquid CO2; Pressure: 1.6~2.0Mpa; Temperature: -20°C~-25°C
2) LCO2 Recovery Plant from Rich CO2 Source
* Alcohol plant fermentation gas
* Sugar plant fermentation gas
* Synthesis ammonia (fertilizer) plant
* Methanol plant
* Refineries,
* Chemical plants
* CO2 mine
* Other CO2 gas source
* Scope of capacity: 800kgs/hr or above
CO2 Recovery Plant
1) LCO2 Recovery Plant from Carbon - contained Fuel
1. Basic situation of raw material being used: LNG, Oil like diesel, gasoline, Coal, Acid base neutralization or other source
2. Scope of capacity: 20kgs/hour-4000kgs/hour
3. Product quality:
Purity of CO2: ≥99.99% Standards: ISBT, , Food / Industrial Grade, Requirements of beverage additives
4. Product modality
Cryogenic liquid CO2; Pressure: 1.6~2.0Mpa; Temperature: -20°C~-25°C
2) LCO2 Recovery Plant from Rich CO2 Source
* Alcohol plant fermentation gas
* Sugar plant fermentation gas
* Synthesis ammonia (fertilizer) plant
* Methanol plant
* Refineries,
* Chemical plants
* CO2 mine
* Other CO2 gas source
* Scope of capacity: 800kgs/hr or above
CO2 Recovery Plant, CO2 Capture Plant,Decarbonization Plant,Carbon Capture and Storage Plant,CO2 Separation Plant,CCS Plant
 H2 plant Hypower Project wind power to H2 2000NM3 per hour (1).jpg)
Hydrogen production plant
Hydrogen Generation by Water Electrolysis
Hydrogen Generation by Water Electrolysis
Water electrolysis is a relatively convenient method for producing hydrogen gas.
In an electrolytic cell filled with electrolyte, direct current is applied, and water molecules undergo electrochemical reactions on the electrode, decomposing into hydrogen and oxygen.
The electrolytic cell is the core equipment for water electrolysis hydrogen production. When the electrolytic cell is connected to a DC power supply and the electrolysis current rises to a certain value, the water in the electrolytic cell is electrolyzed into hydrogen and oxygen. H2 is mainly produced in the cathode chamber, while O2 is produced in the anode chamber.
What we mainly produce are Alkaline-type hydrogen systems and PEM-type hydrogen systems.
Hydrogen Generation by Water Electrolysis
Water electrolysis is a relatively convenient method for producing hydrogen gas.
In an electrolytic cell filled with electrolyte, direct current is applied, and water molecules undergo electrochemical reactions on the electrode, decomposing into hydrogen and oxygen.
The electrolytic cell is the core equipment for water electrolysis hydrogen production. When the electrolytic cell is connected to a DC power supply and the electrolysis current rises to a certain value, the water in the electrolytic cell is electrolyzed into hydrogen and oxygen. H2 is mainly produced in the cathode chamber, while O2 is produced in the anode chamber.
What we mainly produce are Alkaline-type hydrogen systems and PEM-type hydrogen systems.
Hydrogen Plant by Water Electrolysis, Alkaline Electrolyser,H2 Plant, H2 Purifier, H2 Purification Plant
N2O production plant (80kgs, 160kgs)
Nitrous oxide plant
Capacity: 80kgs/h,160kgs/h
Purity: 99.9% industrial grade or 99.9995% electric grade
Raw material: Solid/liquid ammonia nitrate
Process description:Pour the ammonium nitrate into the melting vessel, add a small amount of water and a catalyst, and use electric heating to melt the ammonium nitrate into a liquid state. The material is injected into the reactor by the injection pump, and the ammonium nitrate decomposes in the reactor, and the temperature, pressure and liquid level in the reactor are guaranteed to be stable through the control system. The decomposition products enter the condenser for cooling, and the condensable water is discharged. The cooled non-condensable gas N2O, etc. is washed by a multi-stage purification tower to remove impurity gases and then enters the buffer gas cabinet. After being pressurized by the compressor, impurities such as moisture are deeply removed through a multi-stage dry adsorber, condensed and liquefied in a high-pressure condenser, and then stored
Capacity: 80kgs/h,160kgs/h
Purity: 99.9% industrial grade or 99.9995% electric grade
Raw material: Solid/liquid ammonia nitrate
Process description:Pour the ammonium nitrate into the melting vessel, add a small amount of water and a catalyst, and use electric heating to melt the ammonium nitrate into a liquid state. The material is injected into the reactor by the injection pump, and the ammonium nitrate decomposes in the reactor, and the temperature, pressure and liquid level in the reactor are guaranteed to be stable through the control system. The decomposition products enter the condenser for cooling, and the condensable water is discharged. The cooled non-condensable gas N2O, etc. is washed by a multi-stage purification tower to remove impurity gases and then enters the buffer gas cabinet. After being pressurized by the compressor, impurities such as moisture are deeply removed through a multi-stage dry adsorber, condensed and liquefied in a high-pressure condenser, and then stored
N2O Plant, Nitrous Oxide Plant, Hydrogen Plant
LNG plant
Customized LNG Liquefaction Plant
LNG Liquefaction Plant
The optimization of energy resource structure has taken place in the world, because environment protection is attracting increasingly more attention. Since LNG (liquefied natural gas) is regard as the cleanest energy worldwide, more and more countries tend to use LNG with respect to its cleanness.
Our company began to develop LNG purification and liquefaction plant as early as in 1980s. Until now we have provided about 30 sets of LNG separation plants. The technique includes expander process, MRC mixed cold process and so on. We also made the first set of 100% skid-mounted LNG plant (50000Nm3/day) in China, which was installed in Inner Mongolia in 2015.
LNG Liquefaction Plant
The optimization of energy resource structure has taken place in the world, because environment protection is attracting increasingly more attention. Since LNG (liquefied natural gas) is regard as the cleanest energy worldwide, more and more countries tend to use LNG with respect to its cleanness.
Our company began to develop LNG purification and liquefaction plant as early as in 1980s. Until now we have provided about 30 sets of LNG separation plants. The technique includes expander process, MRC mixed cold process and so on. We also made the first set of 100% skid-mounted LNG plant (50000Nm3/day) in China, which was installed in Inner Mongolia in 2015.
LNG Plant, LNG Liquefaction Plant, LNG Regasification Plant/Station
PSA Oxygen / Nitrogen
PSA Nitrogen Plant
PSA Nitrogen generator allows you to produce your own nitrogen when and where you need it. The mobile nitrogen generator can be moved to a new location for a new task easily. Stationary plant is also available.
Producing your own nitrogen is easy and cost-effective. An on-site nitrogen generator gives you 7/24 access to nitrogen- with an environmentally friendly, flexible, low cost solution.
Key figures:
Gas Yield: 4-2000Nm3/h
Power supply: 110V/220V 50HZ/60HZ
Purity: 99.5%-99.999%
Inlet pressure: 7.5 bar or customized
Outlet pressure: 5 bar-200 bar
Operation temperature: 5℃-45℃ Dry and ventilated room
PSA Nitrogen generator allows you to produce your own nitrogen when and where you need it. The mobile nitrogen generator can be moved to a new location for a new task easily. Stationary plant is also available.
Producing your own nitrogen is easy and cost-effective. An on-site nitrogen generator gives you 7/24 access to nitrogen- with an environmentally friendly, flexible, low cost solution.
Key figures:
Gas Yield: 4-2000Nm3/h
Power supply: 110V/220V 50HZ/60HZ
Purity: 99.5%-99.999%
Inlet pressure: 7.5 bar or customized
Outlet pressure: 5 bar-200 bar
Operation temperature: 5℃-45℃ Dry and ventilated room
PSA Nitrogen Oxygen Generator, N2 O2 PSA Generator, VPSA oxygen generator
ASU, Air Separation Plant, PSA, VPSA generators
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Air Separation Plant
Full Liquid Air Separation Plant
Full Liquid Air Separation Plant
Industrial gas in liquid form has advantages of easy storage and low transport cost. It’s a global trend that full liquid air separation plant is more and more required. And bigger and bigger liquid air separation plants have been set up in China based on the fast economic development. We can make up to 60000Nm3/h liquid air separation plant.
Main Performance Data:
Output: 10TPD-1000TPD
LOX Purity： ≥99.6%
LIN Purity: 99.99%-99.9999%
LAR Purity: ≥99.99%
Full Liquid Air Separation Plant
Industrial gas in liquid form has advantages of easy storage and low transport cost. It’s a global trend that full liquid air separation plant is more and more required. And bigger and bigger liquid air separation plants have been set up in China based on the fast economic development. We can make up to 60000Nm3/h liquid air separation plant.
Main Performance Data:
Output: 10TPD-1000TPD
LOX Purity： ≥99.6%
LIN Purity: 99.99%-99.9999%
LAR Purity: ≥99.99%
ASU, Air Separation Plant, PSA, VPSA generators
PSA Nitrogen Oxygen Generator, N2 O2 PSA Generator, VPSA oxygen generator
Calibration gases
1.7 liters Cylinder Filled with Standard Gas
1.7 liters cylinder with 58l gas volume inside
1.7 liters cylinder with 58l gas volume inside
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