Skid-Mounted Medium and High Pressure Booster Air Compressor for Oil and Water Well Borehole Drilling

• After-sales Service: Available
• Warranty: Available
• Lubrication Style: Oil-free
• Model NO.: V/VW/VF/ZF/D/DW/DF/W/M/MF
• Cooling System: Air/Water Cooling
• Cylinder Arrangement: Balanced Opposed Arrangement
• Cylinder Position: Angular
• Structure Type: Closed Type
• Compress Level: Multistage
• Refrigerant Type: Air/Nitrogen/Oxygen/Natural Gas
• Structure of Cylinders: V/VW/Vf/Zf/D/Dw/Df/W/M/Mf
• Type of Compressor: Piston/Screw Type
• Application: Pet Bottle Blowing, Stress Testing, and Industrial
• Other Application: Laser Cutting, Plastics Forming, Pressure Testing
• Power: Electrical Motor
• Transport Package: Nude Packing
• Specification: 3500x2100x1850mm
• Origin: China
• HS Code: 8414809090
• Production Capacity: 10 Sets/Month

Product Description

Skid-mounted Medium and High Pressure Booster Air Compressor for Water Well Borehole Drilling


I. Descriptions

An air pressure booster system is a device that optimizes pre-compressed air circulating within an industrial system. Air from a low-pressure compressor can be multiplied by a booster to yield compressed air at significantly higher pressures. A standard air pressure booster pump can raise the pressure of circulating pre-compressed air as much as 10x its original value.

II. Applications

Pressurized air boosters can be used to optimize air supply in industrial processes that require compressed air. Typical booster air compressor applications include:

• Water or Oil Well Borehole Drilling
• PET bottle production
• Pressure maintenance in die cushions
• Actuated braking systems
• Testing industrial conduit and pipeline pressures
• Gas injection enhanced oil recovery
• Improving maximum torque in small air tools
• Optimizing high-pressure tires

Water or Oil Well Borehole Drilling
When the water well needs to drill deeper above 400 meters, a medium or high pressure booster air compressor will be required. 

PET Bottle Production
To rapidly and efficiently produce polyethylene terephthalate (PET) bottles requires a steady stream of highly compressed air. Booster compressors can provide plastic mold machines with the necessary air pressure stream to achieve optimal bottle casting.

Enhanced Oil and Gas Recovery Techniques
When oil and gas wells begin to age, the natural formation pressure diminished causing a drop in the output of recovered oil. To improve productivity, oil and gas project operators can introduce compressed air into the oil wells as an enhanced recovery method. Using a booster compressor in natural oil and gas recovery will compensate for natural formation pressure losses.

III. Specifications

No.	Model	Compressed Gas Medium	Compression Stages	Flow Rate (m³/min)	Intake Pressure (Mpa)	Exhaust Pressure (Mpa)	Cooling Mode	Overall Dimensions LxWxH (mm)	Total Weigh (t)	Rotating Speed (r/min)	Motor Power (kw)
1	VW-1.25/25	Compressible with special gases such as air, propylene, carbon dioxide, dimethyl ether, natural gas, etc.	Three	1.25	Barometric Pressure	2.5	Water Cooling	2400×1740×1600	1.5	980	18.5
2	VW-2/30		Three	2		3		2550×1780×1650	2	730	30
3	VW-2/40		Three	2		4		2550×1780×1650	2	730	30
4	VW-3/30		Three	3		3		2550×1780×1650	2.5	740	37
5	VW-3/40		Three	3		4		2550×1780×1650	2.5	740	37
6	VW-3/60		Three	3		6		2700×1780×1650	2.8	740	45
7	VW-4/30		Three	4		3		2700×1780×1650	2.5	740	45
8	VW-4/40		Three	4		4		2550×1780×1650	2.8	980	55
9	VW-4/60		Three	4		6		2700×1870×1650	3	980	75
10	VW-4.5/25		Three	4		2.5		2550×1780×1650	2.5	740	45
11	VW-5/30		Three	5		3		2700×1870×1650	3	980	55
12	VW-5/40		Three	5		4		3000x1870×1650	3.5	980	55
13	VW-6/30		Three	6		3		2550×1780×1650	3	740	75
14	VW-6/40		Three	6		4		3000×1870×1650	3.5	740	75
15	VW-6.8/30		Three	6.8		3		2550×1780×1650	3	740	75
16	VW-7/40		Three	7		4		2550×1870×1650	3.5	980	90
17	VW-8/35		Three	8		3.5		3000×1870×1650	3.5	980	90
18	VW-8/40		Three	8		4		3000×1870×1650	3.5	980	110
19	VW-10/30		Three	10		3		3300×1870×1700	3	980	110
20	VW_10/40		Three	10		4		3200×1870×1700	3	980	132
21	VW-15/20		Three	15		2		3000×1870×1700	3	980	160
22	VW-6/50		Four	6		5		3000×1870×1650	3.5	740	90
23	VW-7.5/60		Four	7.5		6		3500×2100×1850	3.5	980	110
24	VW-8/60		Four	8		6		3000x1870×1850	3.5	980	110
25	VW-2/80		Four	2		8		2700×1700×1650	3	730	30
26	VW-3/80		Four	3		8		2700×1700×1650	3	740	55
27	V-1.5/100		Four	1.5		10		2700×1700×1650	3	730	30
28	V-2/100		Four	2		10		2700×1700×1650	3	730	37
29	V-2/150		Four	2		15		2700×1700×1650	3	730	37
30	V-2/170		Four	2		17		2700×1700×1650	3	730	37
31	V-2/200		Four	2		20		2700×1700×1650	3	730	37
32	V-3/100		Four	3		10		2700×1700×1650	3	740	55
33	V-3/150		Four	3		15		2700×1700×1650	3	740	55
34	V-3/170		Four	3		17		3000×1870×1650	3.5	980	55
35	V-4/100		Four	4		10		2700x1700×1650	3	980	75
36	V-4/150		Four	4		15		3000×1870×1650	3.5	980	75
37	V-5/100		Four	5		10		2700×1700×1650	3.5	980	75
38	V-5/200		Four	5		20		2700×1700×1650	3.5	980	90
39	V-6/80		Four	6		8		3200x1870×1750	4	980	90
40	V-3/200		Four	3		20		3200×2000×1700	3.5	980	75
41	V-2.2/350		Five	2		35		3200×2000x1700	4	980	55
42	V-3/250		Five	3		25		3200×2000×1700	3.5	980	75
43	V-3/350		Five	3		35		3200×2000×1700	4	980	75
44	VF-1.5/250	Air	Four	1.5		25	Air Cooling	2800×1800×1700	3	740	37
45	VF-1.1/250	Air	Four	1.1		25	Air Cooling	2800×1800×1700	3	740	37
46	VF-1.1/350	Air	Four	1.1		25	Air Cooling	2800×1800×1700	3.5	740	45

IV. Photos