The positive displacement principle is used in a progressive cavity pump. When a high discharge pressure is required while handling viscous fluids at high flow rates, progressive cavity pumps are frequently used. Dough, pulps, mashes, and slurry from paper recycling plants, anaerobic digestion plants, and wastewater treatment plants are examples of typical fluids for advancing cavity pumps. Initially, before the development of synthetic elastomers and adhesives, progressing cavity pumps (PCP) were used as fluid transfer pumps in a wide range of manufacturing and industrial applications. Also, progressing cavity pumps are considered an ideal choice to provide constant flow irrespective of liquid viscosity, which may vary.
As a result, the two major components that distinguish this type of artificial lift from others are linked surface drive systems and downhole PC pumps. Furthermore, common scenarios such as high-temperature applications, water-source wells, and hostile fluid conditions, among others, are projected to boost the utilization of advancing cavity pumps.
Factors such as strong abrasion resistance, low maintenance, low surface noise levels, and low profile surface equipment, among others, are expected to boost the market’s growth. When a liquid has a higher thickness or viscosity than water, progressive cavity pumps are commonly utilized because they become more volumetrically and mechanically efficient as the viscosity of the liquid increases.
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Progressing Cavity Pumps Market: Dynamics
Progressing cavity pumps provide significant overall efficiency to the system and thus, possess the ability to produce high sand concentration, which is expected to drive the global progressing cavity pumps market over the forecast period. Further, features such as low internal shear rates and the ability to tolerate high percentages of free gas are estimated to fuel the further growth of the progressing cavity pumps market.
Progressing cavity pumps require low maintenance, produce low surface noise levels and have low profile surface equipment to compete with substitutes and propel the demand over the forecast period. Progressing cavity pumps relatively have simple installation and operation along with relatively low power costs, which is expected to drive the global progressing cavity pumps market.
However, limited production rate and the lower lifting capacity of larger progressing cavity pumps are estimated to hamper the global progressing cavity pumps market over the forecast period. Further, the requirement of highly skilled labor to install and operate systems along with paraffin control issues in waxy crude application are further expected to hamper the market growth over the forecast period.
Progressing Cavity Pumps Market: Regional Outlook
Europe, followed by Asia Pacific and North America, is estimated to hold a significant share in the global progressing cavity pumps market. Europe is projected to be a dominant consumer of progressive cavity pumps, owing to the extensive application across the oil and gas industry. Furthermore, Asia Pacific is estimated to exhibit significant growth during the forecast period, owing to the growth in wastewater, oil and gas activities. Moreover, the Middle East & Africa region is further expected to witness substantial growth during the forecast period. Latin America is expected to account for a small share in the global progressing cavity pumps market; however, during the forecast period, the region is estimated to witness substantial growth.
Progressing Cavity Pumps Market: Market Participants
Some of the market participants in the global progressing cavity pumps market include,
- Verder Liquids BV
- PCM
- NETZSCH
- NOV Process & Flow Technologies UK Limited
- Liberty Process Equipment, Inc.
- Colfax Americas
- Roper Pump Company
- Ritmac
- Bornemann Exzenterschneckenpumpen GmbH
- Apergy Artificial Lift
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Progressing Cavity Pumps Market: Segmentation
The global progressing cavity pumps market can be segmented on the basis of stage type, power rating, stator profile type and application.
On the basis of stage type, the global progressing cavity pumps market can be segmented into,
- Single Stage
- Double Stage
- Four Stage
- Eight Stage
On the basis of power rating, the global progressing cavity pumps market can be segmented into,
- Up to 40 HP
- 40 – 100 HP
- 100 – 160 HP
- Above 160 HP
On the basis of stator profile type, the global progressing cavity pumps market can be segmented into,
- Conventional (single helix rotor inside double helix stator)
- Stator (double helix rotor inside triple stator)
- Standard (short pitch)
- Long Geometry
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