Improved Bonding
Bonds effectively under temperature and closure stress to maintain proppant pack integrity.
CARBOBOND CARBOHSP: Innovative Ceramic Proppant Solution
CARBOBOND CARBOHSP is a high-density, high-strength resin-coated ceramic proppant specifically designed to maximize the efficiency of hydraulic fracturing operations. Engineered to bond under stress and temperature in fractures, CARBOBOND CARBOHSP prevents proppant flowback and minimizes equipment damage, cleanouts, and disposal costs. Its resin coating encapsulates the ceramic substrate, enhancing grain-to-grain contact and improving the integrity and conductivity of the proppant pack under high-pressure conditions. The product’s high tolerance for cyclic loading and compatibility with frac fluids further ensures its reliable performance in diverse and demanding fracturing environments.
This innovative proppant significantly reduces the risk of crush and embedment, preserving fracture conductivity and maintaining permeability even at high stresses. Its robust formulation enables versatility in application, supporting operations at various depths, temperatures, and stresses without the need for additional chemical adjustments to frac fluid formulations.
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Benefits
1
Proppant Flowback Prevention
Eliminates proppant migration, preventing surface equipment damage and reducing cleanout and disposal costs.
2
Cost-Effective Solution
No additional chemical costs required for altering frac fluid formulations.
3
Versatile Application
Expands usability across varied depths, temperatures, and stress levels.
Features
Bonds effectively under temperature and closure stress to maintain proppant pack integrity.
Resin coating encapsulates the substrate, preventing crush and chemical degradation.
Minimizes fines release, ensuring consistent proppant pack conductivity under stress.
Withstands repeated stress cycles, preserving the proppant’s structural integrity.
Frequently Asked Questions
1. What is CARBOBOND CARBOHSP, and how does it improve hydraulic fracturing operations?
CARBOBOND CARBOHSP is a high-density, high-strength resin-coated ceramic proppant designed to enhance hydraulic fracturing. It bonds in fractures under stress and temperature, preventing proppant flowback, reducing equipment damage, and maintaining conductivity even under high-pressure conditions.
2. How does CARBOBOND CARBOHSP prevent proppant flowback?
The resin coating encapsulates the ceramic substrate, increasing grain-to-grain contact. This bonding mechanism minimizes proppant migration, eliminates surface equipment damage, and reduces the need for cleanouts and disposal costs.
3. What makes CARBOBOND CARBOHSP a versatile solution for different fracturing environments?
Its robust formulation ensures compatibility with a wide range of frac fluids and supports operations at various depths, temperatures, and stress levels. Additionally, no extra chemicals are required to modify frac fluid formulations.
4. How does CARBOBOND CARBOHSP maintain conductivity over time?
The resin coating prevents the release of fines and crush, preserving the proppant pack’s integrity and conductivity under increasing stress and cyclic loading conditions.
5. What are the cost-saving advantages of using CARBOBOND CARBOHSP?
By eliminating proppant flowback and its associated cleanout and disposal costs, as well as not requiring additional chemicals for frac fluid adjustments, CARBOBOND CARBOHSP significantly reduces operational expenses.
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