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CARBOHYDROPROP

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CARBOHYDROPROP

CARBOHYDROPROP low-density, high-transport ceramic proppant was engineered for fracturing applications such as slickwater. It offers 40% to 100% greater conductivity than sand-based products, delivering higher value, but at a similar cost structure.

Benefits

Why Choose
CARBOHYDROPROP

  • Best combination of proppant transport and conductivity on the market

  • Priced similarly to resin-coated sand for optimum value

  • Higher conductivity: 40% more conductivity than higher priced 40/70 premium resin-coated san

  • Increased productivity: More than twice the conductivity of standard 40/70 resin-coated sand or white sand

  • Best combination of proppant transport and conductivity on the market

  • Priced similarly to resin-coated sand for optimum value

  • Higher conductivity: 40% more conductivity than higher priced 40/70 premium resin-coated san

  • Increased productivity: More than twice the conductivity of standard 40/70 resin-coated sand or white sand

Features

Advanced Attributes
of CARBOHYDROPROP

  • Ideal for slickwater fracturing applications

  • Higher thermal stability than sand or resin-coated sand

  • 40/80 mesh provides similar transport characteristics to 40/70 sands

Case Studies

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Frequently Asked Questions

Everything You
Need to Know

  • 1. What is CARBOHYDROPROP® used for?

    CARBOHYDROPROP is a lightweight ceramic proppant designed for hydraulic fracturing in hydrocarbon reservoirs to enhance well productivity.

  • 2. How does it improve well performance?

    Its low density and high strength allow for optimal proppant transport, ensuring better placement and conductivity in fractures.

  • 3. What types of reservoirs benefit from CARBOHYDROPROP?

    It is ideal for low-pressure and shallow reservoirs, where efficient transport is crucial.

  • 4. Is CARBOHYDROPROP environmentally friendly?

    Yes, it is chemically inert and safe for use in various well environments.

  • 5. How does it compare to natural sand?

    CARBOHYDROPROP provides higher crush resistance and better flow performance than traditional sand.

  • 6. How does it impact operational efficiency?

    Its durability reduces proppant crushing, minimizing well maintenance and maximizing production.

  • 7. What fluids can CARBOHYDROPROP be used with?

    It is compatible with a wide range of fracturing fluids, ensuring versatility across different operations.

  • 8. How does it improve hydrocarbon recovery?

    By maintaining fracture conductivity, it ensures consistent flow paths for hydrocarbons, improving long-term recovery.