At GDFCL, manufacture a complete range of Gel Breakers tailored for hydraulic fracturing (fracking) operations to break the gel formed by the Crosslinked Gelling agents .With our innovative products and expertise, we aim to optimize well performance, enhance reservoir productivity, and ensure the success of your fracking projects. Let us introduce you to the world of breakers and how they can revolutionize your fracking process.
Our range of Gel Breakers Include
Gel-Breaker also known as Breaker or viscosity reducers, are Fracking additives designed to degrade and break down the Cross linked gelled fracturing fluid after the fracturing treatment is completed to enable to flow of hydrocarbons out of the fractured formation. These additives are essential for restoring fluid mobility, improving well cleanup, and enhancing hydrocarbon recovery from the fractured reservoir.
GDFCL manufactures a range of both Bromate and Persullfate Based Oxidative breakers. Our range of Manufactured Oxidative Breakers Include
Our range of GLO FRAC-BREAK (Immediate release Gel-Breaker) and GLO ENCAP-FRAC BREAKER ( Slow Release or Delay Release Encapsulated Gel Breaker) are specially formulated Oxidative Hydraulic fracking Gel Breakers that function by promoting the oxidation and degradation of cross-linked gels used in fracturing fluids.
GLO FRAC-BREAK ENZ are Enzymatic breakers utilize biological enzymes to catalyse the degradation of polymer gels in fracturing fluids.
GLO FRAC-BREAK AZ are Gel Breakers for Crosslinked Acid Solutions
Surfactant Based Gel Breaker
GLO FRAC-BREAK SURF are Specially Formulated Surfactant based Gel Breakers for Synthetic Crosslinked Gels
Improved Well Cleanup: Breakers effectively degrade and remove residual gelled fluid from the wellbore and fracture network, ensuring better cleanup and enhancing well productivity.
Enhanced Hydrocarbon Recovery: By breaking down the gelled fluid, breakers improve reservoir connectivity and fluid flow, leading to increased hydrocarbon recovery and enhanced production rates.
Reduced Formation Damage: Breakers help minimize formation damage caused by residual gelled fluid, preserving reservoir permeability and prolonging the productive life of the well.
Versatility: Breakers are compatible with a wide range of fracturing fluids and additives, allowing for flexible fluid formulations tailored to specific reservoir conditions and operational requirements.
