Ammonia Compressor Manufacturer | Ammonia Gas Compressor Price

Ammonia Compressor

Ammonia compressor is a machine used to compress ammonia gas to high pressure for use in various applications such as industrial refrigeration, refrigerant preparation, air purification, ammonia generator, etc. Ammonia compressors are usually composed of turbo compressors, piston compressors, screw compressors, etc., which help to increase the pressure of ammonia, thereby improving refrigeration efficiency.

Lubrication method: pressure type, splash type. Product structure has 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.

Solution of Hydrgen Compressor

Diaphragm Compressor

The core pressurisation equipment of the hydrogen refuelling station is the diaphragm compressor. The diaphragm compressor diaphragm completely separates the cylinder from the oil cylinder and the diaphragm chamber is well sealed to ensure the purity of the hydrogen. The working principle is that the diaphragm moves reciprocally during the drop of the oil pressure, thus achieving the purpose of pressurising the hydrogen.

Features

Diaphragms, wear parts for long life.
Single unit capacity up to 1000Kg/d
Low procurement costs, small footprint, and low energy consumption;
High operational safety, no gas leakage due to the short life of wearing parts.

Reciprocating Compressor

The piston hydrogen compressor produced by Minnuo is the most advanced piston compressor unit in China, which is manufactured by introducing the technology of Mannes. Mandemag is the most advanced piston compressor in China. It can also be called reciprocating compressor.

Features

Low noise, low vibration, compact structure, smooth running, safe and reliable, automatic level
Can be equipped with data remote display and control system according to customer requirements
With compressor oil pressure low, low water pressure, high temperature,
low inlet pressure, high discharge pressure, and high alarm stop function, the compressor operation is more reliable
are oil-free lubrication compressors, compression medium does not contain oil.
Flow rate: 10~1800 Nm³/h
Pressure: ≤35MPa
Control: PLC automatic control
Drive mode: motor
Cooling method: air-cooled, water-cooled, mixed cooling
Installation: container skid-mounted, fixed, soundproof square cabin type

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The difference between biogas compressor and other compressors

Compressors are distinguished by cooling and heat dissipation methods: water cooling and air cooling.
The water cooling and air cooling of the compressor are two different cooling and heat dissipation methods. The air cooling heat dissipation system uses forced air convection to dissipate heat, while the water cooling with relatively good heat dissipation effect uses cooling water to dissipate heat and cool down.
Different levels of complexity.Air-cooled and water-cooled compressors are completely different in cooling and heat dissipation methods, and the complexity of the two cooling and heat dissipation systems is completely different. The water-cooled heat dissipation system is relatively complicated, and the air-cooled heat dissipation system is only a fan system, which is relatively simple.
The cost of the two cooling systems is different.
Compared with air cooling, water cooling is more expensive purely from the cooling system, because the water cooling system is complex. Regardless of the cost of the cooling system itself, water cooling is still more expensive. This is because water cooling uses cooling water to dissipate heat and requires continuous injection of cooling water to maintain normal operation, while air cooling relies on the atmosphere, which is almost free of cost. of.
Maintenance is different.

The maintenance methods of the cooling and heat dissipation methods of the two compressors are also different. The maintenance of air cooling mainly requires the lubrication of the bearings of the motor and fan, the dust cleaning of the fan, and the guarantee of the surrounding air environment, while the maintenance of water cooling Maintenance is mainly focused on the cooling water tower of the water cooling system and the heat dissipation of the cooling water, and to ensure that the scaling problem in the cooling system can be cleaned and cleaned in time, and the water quality of the cooling water should be guaranteed.

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	16808001300
2	VW-0.83/250	50	Atmospheric pressure	25	30	16808001300
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	16808001300
9	ZW-1.5/0.1-250	100	0.01	25	30	210011701960
10	ZW-1.67/30	100	Atmospheric pressure	3	30	210011701960
11	ZW-3.33/20	200	Atmospheric pressure	2	55	218012502360
12	ZW-4/80	240	Atmospheric pressure	8	75	210011701960
13	ZW-3.2/ 0.3-50	250	0.03	5	55	210011701960
14	ZW-2.3/04-250	200	0.04	25	75	218012502360
15	ZW-6/50	360	Atmospheric pressure	5	90	315013502360
16	ZW-5/150	300	Atmospheric pressure	15	110	315013502360
17	ZW-5/0.2-250	360	0.02	25	110	315013502360
18	ZW-3.34 /1-250	400	0.1	25	132	350021002300
23	DW-6.4/0.4-250	800	0.04	25	132	590031002550
24	DW-10.7/0.4-250	900	0.04	30	250	480016001200
25	DW-18/250	1080	Atmospheric pressure	25	320	600016001200

Working Principle

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.

Benifits

High Efficiency: Ammonia compressors are designed to be highly efficient and reliable. They are capable of delivering high-pressure air or gas with minimal energy consumption.
Low Maintenance: Ammonia compressors are designed to be low maintenance and require minimal servicing.
Low Noise: Ammonia compressors are designed to be quiet, reducing noise pollution in the workplace.
Durability: Ammonia compressors are designed to be durable and can withstand long-term use.

We Serivice for many customer

Minuo 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.

Get Your Free Solution

Biogas compressors are an important part of the biogas production process. They help to reduce the volume of biogas, making it easier to store and transport. At Minnow, we offer a wide range of biogas compressors to meet your needs. Our compressors are designed to be reliable, efficient and economical. To find the perfect biogas compressor for your needs, simply fill out our website form and one of our experts will contact you to discuss your requirements.