CARBOHSP

High strength for deep and hostile downhole environments CARBOHSP® is the original high-density sintered bauxite proppant, with enhanced performance to maintain high fracture conductivity in deep hot, high-stress downhole environments.

Benefits

  • CARBOHSP

    Maintains high fracture conductivity in deep, high-temperature and similarly harsh downhole environments

  • SALTGUARD

    Minimizes abrasion characteristics that cause wear on production and pumping equipment

Features

Advanced Attributes
of CARBOHSP

  • High strength and conductivity for use in deepest wells

  • Excellent roundness and sphericity

  • Available in five sizes—12/18, 16/30, 20/40, 30/60, and 40/70

Frequently Asked Questions

Learn more about
CARBOHSP®

  • 1. What is CARBOHSP® used for?

    CARBOHSP is a high-strength ceramic proppant designed for hydraulic fracturing in ultra-high-stress reservoirs.

  • 2. How does it improve well performance?

    Its superior crush resistance ensures long-term fracture conductivity, enhancing production and efficiency.

  • 3. What types of reservoirs benefit most from CARBOHSP?

    It is ideal for deep, high-pressure reservoirs that demand durable proppants.

  • 4. How does it compare to other ceramic proppants?

    CARBOHSP offers higher strength and conductivity, ensuring better performance in extreme conditions.

  • 5. How does CARBOHSP improve operational efficiency?

    It reduces proppant crushing, minimizing well maintenance and extending production life.

  • 6. Is it compatible with all fracturing fluids?

    Yes, CARBOHSP works with various fracturing fluids used in different well environments.

  • 7. How does CARBOHSP enhance production longevity?

    By maintaining high fracture conductivity under extreme pressure, CARBOHSP helps extend well performance and reduce operational downtime.

  • 8. What makes CARBOHSP suitable for deep reservoirs?

    Its exceptional strength and crush resistance ensure durability, making it ideal for the most challenging ultra-high-stress environments.