ESP Series Artificial Lift Pump

Technical Product Description:

The Franklin Electric ESP Series Artificial Lift Pump is a submersible artificial lift pump engineered for marginal oil and gas wells. Franklin Electric states that the series uses a patented floating stage system to improve efficiency and performance while helping protect the pump against wear from coal fines and other debris, making it suitable for harsh downhole conditions.  

Franklin also specifies that the ESP Series is designed for use with its Energy Service, CBM+, and Oil Stripper motors. According to Franklin, these motor platforms are built to withstand the severe operating conditions associated with marginal oil and gas wells, giving the overall system a purpose-built configuration for artificial lift service.  

The pump belongs to Franklin Electric’s artificial lift pump line, which the company describes as designed specifically for coalbed methane and shale gas applications and built to perform in harsh environments. This broader product family positioning indicates that the ESP Series is intended for dependable downhole production in demanding energy applications where durability and wear resistance are critical.  

Published third-party brochure material that appears to summarize Franklin ESP systems describes corrosion-resistant stainless steel and other durable materials, along with available configurations in flow ranges such as 7 to 25 GPM for certain applications. I would treat those values as model-dependent and verify them against the exact Franklin part number before publishing as fixed series specs. 

Key Technical Features:

• Submersible artificial lift pump for marginal oil and gas wells.  
• Patented floating stage system for improved efficiency and performance.  
• Designed to protect against wear from coal fines and other debris.  
• Designed for use with Energy Service, CBM+, and Oil Stripper motors.  
• Part of Franklin Electric’s artificial lift family for coalbed methane and shale gas applications.  
• Built for harsh downhole operating conditions in oil and gas production.