Publication | Closed Access
Encapsulated Breaker for Aqueous Polymeric Fluids
47
Citations
9
References
1992
Year
EngineeringMechanical EngineeringAqueous Polymeric FluidsPolymer MaterialPolymer ProcessingProppantsPolymer PhysicPolymer CompositesPolymer ChemistryMaterials SciencePolymer StabilityPolymer BlendSummary Conventional BreakersFracture ConductivityFracturing-fluid ViscosityPolymer SolutionPolymer SciencePolymer PropertyMechanics Of Materials
Summary Conventional breakers reduce fracturing-fluid viscosity much too rapidly, even at moderate temperatures (140 to 200°F), to be used at the high concentrations required to degrade polymers within proppant packs. A delayed-release, encapsulated breaker was developed that permits the use of high breaker concentrations and thus significantly increases fracture conductivity.
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