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    Medium and high pressure compressors

    Product Description:

    Medium and high pressure compressors are mainly divided into water-cooled and air-cooled series.

    The water-cooled compressor consists of a multi-stage water-cooled compressor, motor, diesel engine, reduction clutch, piping system, control instrument system, automatic control system, and auxiliary equipment.

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    Detailed description

    This compressor is manufactured by our company using high-pressure compressor series technology introduced from well-known foreign companies. It features a high degree of automation, reasonable layout, stable operation, simple operation and maintenance, safety and reliability, stable air supply, and complete system configuration. The unit can be installed in stationary, vehicle-mounted, or container skid-mounted configurations, and its performance reaches the advanced level of similar international products.

    The operating system can be equipped with touch screen operation, PLC control, and transmitter measurement. It allows for on-site operation and remote display and control. Soft start can be selected for motor starting as needed, effectively preventing grid impact.

    The high-pressure compressor’s air volume can be automatically controlled and regulated, and each stage of wastewater discharge can be automatically timed, ensuring safety and reliability.

    This series of compressors is widely used in various drilling fields. It is mainly used in air down-the-hole hammer drilling, air lift reverse circulation drilling, and underbalanced drilling processes. Different air compressors or air booster compressors with different exhaust volumes and pressures can be selected according to wellhead size, drilling depth, and geological conditions.

    Unbalanced drilling is an underbalanced drilling technology that uses compressed air (or nitrogen) as both the circulation medium and the energy for breaking rocks. It uses gas (or nitrogen) as the circulation medium, gas compressors and other equipment as booster devices, and rotary blowout preventers as wellhead control equipment. This underbalanced drilling process is used for coalbed methane, oil, and natural gas drilling. This process significantly improves the mechanical drilling rate and shortens the drilling cycle. It provides better bottom hole cleaning and cooling conditions, extends drill bit life, and saves on drill bit consumption. Using air hammer drill bits results in lower drilling pressure, lower rotation speed, lower torque, and better anti-deviation effect. It can effectively avoid complex downhole conditions such as lost circulation, which is beneficial to environmental protection.

    This series of compressors is diesel-powered (electric motor drive is also possible in special cases), skid-mounted, and includes a metal casing. The compressors are fully air-cooled, making them ideal for field use.

    Model

    Gas

    Rotational Speed
    (r/min)

    Intake pressure (MPa)

    Discharge pressure (MPa)

    Displacement(Nm³/h)

    Power equipped

    Power/Shaft Power(kw)

    Weight(T)

     Remark

    Overall Dimensions  (L×W×H)mm

    V-3.4/210

    N₂

    980

    atm

    21

    3.4

    ~8000×2300×2460

    Y280MF-6

    75/66.4

    ~10

    Electric Skid

    D-3.7/4-80

    N₂

    980

    0.4

    8

    3.7

    ~6000x3000x2500

    Y355M-6

    185/144

    ~10

    Electric Fixed Skid

    W-4/210

     

    860

    atm

    21

    4

    ~3800×2000×2100

    Y280S-4-W

    75/69

    ~7

    Electric Fixed Skid

    W-10/140-B

    Air

    100

    atm

    14

    10

    ~6500×2000×2100

    TBD234V6

    227/151

    ~8.5

    Electric Fixed Skid

    W-10/200

    Chlorine

    980

    atm

    20

    10

    ~3620×2400×2300

    Y355M2-6

    185

    ~7

    Electric Fixed Skid

    W-5/350

    Air

    980

    atm

    35

    5

    ~3020×2340×2300

    Y315M-6

    90/85

    ~6.5

    Electric Fixed Skid

    W-7/350

    N₂

    740

    atm

    35

    7

    ~3620×2400×2300

    Y355M-8

    132/125

    ~7

    Electric Fixed Skid

    W-7/400

     

    740

    atm

    40

    7

    ~3620×2400×2300

    Y355M-8

    160/132

    ~7

    Electric Fixed Skid

    W-10/150-A

     

    980

    atm

    15

    10

    ~3400×2400×2400

    Y355M-8

    160/132

    ~8.5

    Electric Fixed Skid

    W-10/350

     

    1000

    atm

    35

    10

    ~2800×2496×3900

    TBD234V8

    303/187

    ~21.98

    Vehicle-mounted

    W-10/350-A

     

    980

    atm

    35

    10

    ~3600×2400×2400

    Y355L-6

    200/191

    ~8

    Electric Fixed Skid

    W-10/400

     

    980

    atm

    40

    10

    ~3620×2400×2300

    Y355L-6

    220/202

    ~7

    Electric Fixed Skid

    W-0.86/17-350

    Helium

    1000

    1.7

    35

    0.86

    ~8500×2500×2300

    TBD234V6

    277/151

    ~12

    Diesel Skid

    W-1.25/11-350

    N₂

    980

    1.1

    35

    1.25

    ~8000×2500×2500

    Y355M-6

    185/145.35

    ~15

    Electric Skid

    SF-7.5/80

     

    980

    atm

    8

    7.5

    ~3500×1800×1970

    Y315M,-8

    132/121

    ~6

    Electric Fixed Skid

    SF-7/150

     

    980

    atm

    15

    7

    ~6500×2300×2300

    Y315L,-6

    110/100

    ~8.5

    Electric Skid

    SF-7/250

     

    980

    atm

    25

    7

    ~6500×2300×2300

    Y315M₂-6

    160/145

    ~9

    Electric Skid

    SF-10/150

     

    1330

    atm

    15

    10

    ~7500×2300×2300

    TBD234V6

    227/139

    ~11.3

    Diesel Skid

    SC-10/250

     

    1330

    atm

    25

    10

    ~10280×2496×3900

    TBD234V6

    227/173

    ~11.3

    Vehicle-mounted

    SF-1.2/24-150

     

    1200

    2.4

    15

    1.2

    ~7500×2300×2300

    TBD234V6

    303/195

    ~11.3

    Diesel Skid

    SF-1.59/23-150

     

    1200

    2.3

    15

    1.59

    ~7500×2300×2300

    NTA855-P400

    290/210

    ~11.5

    Diesel Skid

    SF-1.55/12-130

     

    1200

    1.2

    13

    1.55

    ~7500×2300×2300

    NTA855-P360

    210/150

    ~11

    Diesel Skid

    Model Gas Volumetric Flow Intake pressure (MPa) Discharge pressure (MPa) Screw Compressor Speed Piston Compressor Speed Motor/Diesel Engine Power Cooling Method Weight(T) Overall Dimensions
    (m³/min) ( r/min) (r/min) (kw ) (L×W×H)mm
    LG.W-12/350 Air 12 0.1 35 3182 740 220 Air-cooled ~10 ~6500×2300×2300
    LG.W-12/250 Air 12 0.1 25 3182 740 200 Air-cooled ~10 ~6500×2300×2300
    LG.W-12/150 Air 12 0.1 15 3182 740 185 Air-cooled ~10 ~6500×2300×2300
    LG.W-15/350 Air 15 0.1 35 1450 980 280 Air-cooled ~12 ~6500×2300×2300
    LG.W-15/250 Air 15 0.1 25 1450 980 250 Air-cooled ~12 ~6500×2300×2300
    LG.W-15/150 Air 15 0.1 15 1450 980 220 Air-cooled ~12 ~6500×2300×2300
    LG.W-17/350 Air 17 0.1 35 1562 800 315 Air-cooled ~13 ~6500×2300×2300
    LG.W-17/250 Air 17 0.1 25 1562 800 280 Air-cooled ~13 ~6500×2300×2300
    LG.W-17/150 Air 17 0.1 15 1562 800 250 Air-cooled ~13 ~6500×2300×2300
    LG.W-20/350 Air 20 0.1 35 1954 800 355 Air-cooled ~15 ~7000×2420×2300
    LG.W-20/250 Air 20 0.1 25 1954 800 315 Air-cooled ~15 ~7000×2420×2300
    LG.W-20/150 Air 20 0.1 15 1954 800 280 Air-cooled ~15 ~7000×2420×2300
    LG.W-25/350 Air 25 0.1 35 2279 800 450 Air-cooled ~16 ~7000×2420×2300
    LG.W-25/250 Air 25 0.1 25 2279 800 400 Air-cooled ~16 ~7000×2420×2300
    LG.W-25/150 Air 25 0.1 15 2279 800 355 Air-cooled ~16 ~7000×2420×2300
    LG.W-30/350 Air 30 0.1 35 2782 800 500 Air-cooled ~19 ~8000×2420×2300
    LG.V-92/20 Air 92 0.1 2 1870 740 630/280 Water-cooled ~31.5 ~11500×2770×3670
    LGF.2VF-20/500 Air 20 atm 50 1480 740 250 Air-cooled ~19.5 ~9500×2500×2600
    LGF.VF-12/150 Air 12 atm 15 1480 740 220 Air-cooled ~15 ~8000×2500×2600
    LGF.VF-10/250 Air 10 atm 25 1480 740 185 Air-cooled ~16 ~9000×2500×2600
    LGF.VF-10/350 Air 10 atm 35 1480 740 185 Air-cooled ~16 ~9500×2500×2600
    LG.V-20/400 Air 20 atm 40 1480 740 385 Water-cooled ~18 ~9000×2500×2600
    LG.VW-20/40 Air 20 atm 4 1480 740 185 Air-cooled ~8.5 ~6000×2500×2600
    LG.VW-20/75 Air 20 atm 7.5 1480 985 132 Water-cooled ~8 ~7000×2500×2200
    LG.VW-15/85 Air 15 atm 8.5 2900 740 132 Water-cooled ~9 ~6500×2300×2000
    LG.DFW-60/70 Air 60 atm 7 1480 740 160 Air-cooled ~8 ~6500×2800×2300
    LG.SF-30/150CQ Air 30 atm 15 1480 1350 240 Air-cooled ~9.5 ~6500×2400×2700
    LG.2VF-60/100 Air 60 2.4 10 1400 740 250 Air-cooled ~15 ~8000×2500×2500
    LG.2VF-60/205 Air 60 atm 20.5 1500 740 537 Air-cooled ~15 ~6500×2500×2700
    LG.2VF-76/150 Air 76 atm 15 1480 740 559 Air-cooled ~15 ~6500×2500×2700
    LG.2VF-25/250 Air 25 atm 25 1480 740 200 Air-cooled ~11 ~6000×2500×2700
    LG.VF-40/205 Air 40 atm 20.5 1480 740 360 Air-cooled ~12 ~6000×2500×2700
    FAQ
    • Medium and high pressure compressors are widely applied in ?

      Oil & gas industry: wellhead gas recovery, pipeline boosting, gas gathering and storage. Chemical industry: raw gas compression, reaction process pressurization and nitrogen making support. Energy sector: coalbed methane utilization, hydrogen compression and new energy gas supply. Industrial manufacturing: high-pressure air supply for laser cutting, precision processing and pneumatic equipment. Fire safety & mining: high-pressure nitrogen injection, explosion suppression and inert protection. Special scenarios: vessel supporting, high-pressure testing and bottled gas filling.
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