An ammonia compressor is a mechanical device specially designed to compress gaseous ammonia.Its main function is to compress low-pressure gaseous ammonia into high-pressure gaseous ammonia for further processing or storage in industrial processes.Ammonia compressor is widely used in chemical, refrigeration and freezing industries, especially in refrigeration system, it is an important equipment to compress gaseous ammonia into liquid ammonia.
Lubrication method: pressure type, splash type.
Product structure: single-cylinder vertical, double-cylinder vertical, symmetrical balance type.
Discharge volume : 0.2m3/min-10m3/min
Discharge pressure: from 0.8Mpa-2.6Mpa
It can meet the needs of different working conditions such as loading and unloading, conveying, flushing and loading, and process pressurization of tertiary stations, secondary stations, fire tanks, terminals, refilling stations, industrial stations and refineries in different regions and seasons.
Low-pressure gaseous ammonia enters the compressor's cylinder or compression chamber through the intake valve. During this phase, the piston or rotor of the compressor moves to increase the volume within the chamber, creating a vacuum that draws in the ammonia gas.
The ammonia gas is compressed as the piston, screw, or impeller reduces the volume of the compression chamber. As the volume decreases, the pressure and temperature of the ammonia gas increase significantly.
Once the ammonia gas reaches the desired pressure, the discharge valve opens, and the high-pressure gaseous ammonia is expelled from the compression chamber into the condenser. At this point, the chamber volume is at its minimum, forcing the gas out.
The high-pressure gaseous ammonia enters a condenser, where it is cooled and converted into liquid ammonia. This process usually involves circulating cooling water or air to remove the heat from the gas.
After condensation, the liquid ammonia is typically stored in a tank for use in refrigeration systems or other industrial applications. In refrigeration, the liquid ammonia evaporates to absorb heat, turning back into gaseous ammonia, which is then re-compressed by the compressor, continuing the cycle.
Compressor model: MN-6.4/250
Compressed media: Ammonia
Structure type: Type DW
Compression stage: Two-stage compression
Nominal volume flow:6.4m3/min
Suction pressure: Atmospheric pressure
Exhaust pressure:2.5Mpa
Cooling method: Air cooling
Equipped power: 132KW
Dimensions (L×W×H) :5900*3100*2550mm
Compressor model: MN-10.7/250
Compressed media: Ammonia
Structure type: Type DW
Compression stage: Two-stage compression
Nominal volume flow:10.7m3/min
Suction pressure:Atmospheric pressure
Exhaust pressure:2.5Mpa
Cooling method: Air cooling
Equipped power: 250KW
Dimensions (L×W×H) :4800*1600*1200mm
Compressor model: MN-6/3
Compressed media: Ammonia
Structure type: Type VW
Compression stage: Two-stage compression
Nominal volume flow:6m3/min
Suction pressure:Atmospheric pressure
Exhaust pressure:0.3Mpa
Cooling method: Water cooling
Compressor speed: 740(r/min)
Equipped power: 30KW
Dimensions (L×W×H) :1850*1650*1600mm
Weight: 2500kg
Compressor model: MN-9.8/4
Compressed media: Ammonia
Structure type: Type DW
Compression stage: Two-stage compression
Nominal volume flow:9.8m3/min
Suction pressure:Atmospheric pressure
Exhaust pressure:0.4Mpa
Cooling method: Water cooling
Compressor speed: 980(r/min)
Equipped power: 30KW
Dimensions (L×W×H) :1850*1780*1600mm
Weight: 2500kg
Compressor model: MN-40/2.5
Compressed media: Ammonia
Structure type: Type VW
Compression stage: Two-stage compression
Nominal volume flow:40m3/min
Suction pressure:Atmospheric pressure
Exhaust pressure:0.25Mpa
Cooling method: Water cooling
Compressor speed: 980(r/min)
Equipped power: 30KW
Dimensions (L×W×H) :3000*1850*1780mm
Weight: 3500kg
The core pressurisation equipment of the ammonia filling station is the diaphragm compressor. The diaphragm of the diaphragm compressor completely separates the cylinder from the oil cylinder, and the diaphragm chamber is well sealed to ensure the purity of ammonia.
Its working principle is that the diaphragm reciprocating movement when the oil pressure drops, so as to achieve the purpose of ammonia pressurisation.
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– Easy installation: No need for water sources or piping.
– Low maintenance costs: Fewer components to maintain.
– Ideal for water-scarce areas: No water required.
– Environmentally friendly: No water consumption or discharge.
– Lower cooling efficiency: Less effective in high temperatures.
– Noisier: Fans can generate significant noise.
– Affected by ambient temperature: Performance drops in hot environments.
– Higher cooling efficiency: Better for continuous, stable operation.
– Quieter: Less noise compared to air-cooled systems.
– Stable performance: Less affected by external temperatures.
– Higher installation and maintenance costs: Requires additional equipment like pumps and cooling towers.
– Water consumption: Not suitable for areas with limited water resources.
– Water quality issues: Poor water quality can cause corrosion or blockages.
NO | model | Exhaust volume m3/h | Inlet pressur Mpa | Outlet pressure Mpa | Motor power kw | Dimension mm |
---|---|---|---|---|---|---|
1 | VW-1.67/6 | 100 | Atmospheric pressure | 0.6 | 11 | 1680*800*1300 |
2 | VW-0.83/250 | 50 | Atmospheric pressure | 25 | 30 | 1680*800*1300 |
3 | VW-6/3 | 6 | Atmospheric pressure | 0.3 | 30 | 1850x1650x1600 |
4 | DW-6.5/0.035-8 | 6.5 | 0.0035 | 0.8 | 45 | 1850x1780x1600 |
5 | VW-9.8/4 | 9.8 | Atmospheric pressure | 0.4 | 45 | 1850x1780x1600 |
6 | VW-40/2.5 | 40 | Atmospheric pressure | 0.25 | 132 | 3000x1850x1780 |
8 | VW-0.67/1-250 | 80 | 0.1 | 25 | 30 | 1680*800*1300 |
9 | ZW-1.5/0.1-250 | 100 | 0.01 | 25 | 30 | 2100*1170*1960 |
10 | ZW-1.67/30 | 100 | Atmospheric pressure | 3 | 30 | 2100*1170*1960 |
11 | ZW-3.33/20 | 200 | Atmospheric pressure | 2 | 55 | 2180*1250*2360 |
12 | ZW-4/80 | 240 | Atmospheric pressure | 8 | 75 | 2100*1170*1960 |
13 | ZW-3.2/ 0.3-50 | 250 | 0.03 | 5 | 55 | 2100*1170*1960 |
14 | ZW-2.3/04-250 | 200 | 0.04 | 25 | 75 | 2180*1250*2360 |
15 | ZW-6/50 | 360 | Atmospheric pressure | 5 | 90 | 3150*1350*2360 |
16 | ZW-5/150 | 300 | Atmospheric pressure | 15 | 110 | 3150*1350*2360 |
17 | ZW-5/0.2-250 | 360 | 0.02 | 25 | 110 | 3150*1350*2360 |
18 | ZW-3.34 /1-250 | 400 | 0.1 | 25 | 132 | 3500*2100*2300 |
23 | DW-6.4/0.4-250 | 800 | 0.04 | 25 | 132 | 5900*3100*2550 |
24 | DW-10.7/0.4-250 | 900 | 0.04 | 30 | 250 | 4800*1600*1200 |
25 | DW-18/250 | 1080 | Atmospheric pressure | 25 | 320 | 6000*1600*1200 |
The working principle of ammonia compressor is to use mechanical energy to turn the gaseous ammonia into a high -pressure liquid ammonia gas. The ammonia compressor includes a motor, reducer, condenser, and compressor. Gas ammonia enters the compressor from the power thermal exchange device, and a reducer is installed in the compressor to convert the high -speed rotation energy of the motor into a low -pressure liquid ammonia gas. The liquid ammonia is cooled by the condenser and stored in the storage tank.
Minnuo offers independent solutions according to flow/purity/pressure, usage environment, main application, and special customer requirements at a competitive prices. Our compressor booster is made of high-quality materials and has been tested thoroughly to ensure the best quality.
Ammonia compressors are an important part of the ammonia production process. They help to reduce the volume of ammonia, making it easier to store and transport. At Minnuo, we offer a wide range of ammonia compressors to meet your needs. Our compressors are designed to be reliable, efficient and economical. To find the ammonia compressor that best suits your needs, simply fill out our web form and one of our experts will contact you to discuss your requirements.
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