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January 28, 2021
Category Connection: Sucker Rod Pump
Brief: Stay tuned as we highlight the most important features and real-use results. In this video, we demonstrate the H2S Resistant Structure Subsurface Sucker Rod Pump, showcasing its specialized design for extreme corrosion environments containing salt water, H2S, and CO2. You'll see how its corrosion-resistant materials and NACE-compliant construction ensure reliable performance in harsh oil well conditions.
Related Product Features:
  • Designed according to NACE standard for extreme corrosion resistance.
  • Suitable for harsh environments with salt water, H2S, and CO2.
  • Features corrosion-resistant materials throughout pump construction.
  • Equipped with mechanical seating assembly for secure installation.
  • Available in both heavy wall and thin wall configurations.
  • Compatible with standard API oil rod pump basic structure.
  • Simplified maintenance without requiring tubing string removal.
  • Chrome plated surface for enhanced durability and performance.
FAQs:
  • What environments is the H2S Resistant Sucker Rod Pump designed for?
    This pump is specifically designed for extreme corrosion environments containing salt water, hydrogen sulfide (H2S), and carbon dioxide (CO2), making it ideal for harsh oil well conditions.
  • How does the maintenance process work for this sucker rod pump?
    Maintenance is simplified as you don't need to remove the tubing string. The entire pump can be removed together with the rod string, making operations simple and efficient.
  • What standards does this pump comply with?
    The H2S Resistant Sucker Rod Pump is designed according to NACE standards and follows API oil rod pump basic structure while using specialized corrosion-resistant materials.
  • What are the available configuration options for this pump?
    The pump is available in various specifications including different pump diameters, barrel lengths, plunger lengths, and comes in both heavy wall and thin wall configurations to suit different operational requirements.