1.  What is a progressing cavity pump?

2.  What are some standard applications of the progressing cavity pump?

3.  What is the expected run-time of the progressing cavity pump once installed?

4.  Will the progressing cavity pump lower my long-term operating cost?

5.  What is the typical lead-time for equipment delivery?

6.  What is the cost of the progressing cavity pump system?

7.  Who will oversee the installation of the progressing cavity pump system?

Q: What is a progressing cavity pump?

A:  The progressive cavity pump is a positive displacement pump, utilizing a eccentrically rotating, single-helical rotor, turning inside a stator.  The rotor is usually constructed of a high-strength steel rod, typically double chrome plated.  The stator is a resilient elastomer in a double-helical configuration molded inside a steel casing.

Q: What are some standard applications of the progressing cavity pump?

A: With it's ability to move large volumes of water, the progressing cavity pump is perfect for coal bed methane, dewatering, and water source wells.  With the design of the progressing cavity pump, the pump is also very useful when handling some corrosive conditions, abrasive conditions, and some high viscosity applications.  Unstable soil conditions and urban areas where low noise and reduced environmental impact are critical, the progressing cavity pump is an excellent selection.  In all situations, PC Pump L.P. will review the prospective application for proper use of the PCP, and design the system for optimal efficiency.

Q: What is the expected run-time of the progressing cavity pump once installed?

A:  Studies have been conducted that have progressing cavity pumps operating under ideal conditions consistently over 2 years and have some pumps still in the hole after 5 years.  The numbers vary, but with the proper system design and pump selection the reliability of the pump increases.  

Q: Will the progressing cavity pump lower my long-term operating cost?

A: Yes, the progressing cavity pump reduces overall operating costs by increasing operating efficiency at the same time reducing energy requirements.  Two other significant costs are identified.  Transportation costs are dramatically reduced.  The entire system can be delivered onsite using a pick-up truck.  Also, due to the time it takes to complete an installation, the installation costs are reduced.

Q: What is the typical lead-time for equipment delivery?

A: With the combination of our manufacturers capability and our overall logistical system our lead-times run between 7 and 10 days to have the entire system ready to deliver to your site.

Q: What is the cost of the progressing cavity pump system?

A: Obviously the cost varies depending on well depth, projected production of fluid, and other additional factors.  However, by completing the online "system design form" located by selecting the "Quote" button, we can provide a full quotation within 24 hours.  This will include a complete system design review based on the information that you provide about your specific well conditions.

Q: Who will oversee the installation of the progressing cavity pump system?

A: One of our staff will personally be onsite during the entire installation process to oversee the installation and ensure all equipment is working properly.  Also, someone from our staff will be available by phone to answer any questions that you may have concerning your equipment or any other questions that may arise.

Please check back soon as we will be adding to this page frequently.

For additional questions, please contact us at: toddr@pcpumplp.com