CalVisc™ CS-2 Slurried Friction Reducer

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CalVisc™ CS-2 Slurried Friction Reducer

Categories: Fluid Systems, Fracturing

Calfrac’s laboratory services continuously evaluates friction reducers to provide customers with quality products for pumping operations. CalVisc CS-2™ has been developed to work in a wide range of friction reduction applications and can be used in both slickwater and high viscosity friction reducer (HVFR) applications.

CalVisc™ Fracturing Fluid System

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CalVisc™ Fracturing Fluid System

The CalVisc™ frac fluid system was introduced in the Williston Basin in 2014 as an alternative to traditional crosslinked fluid systems. CalVisc provides many completion advantages including fracture complexity, minimal to no loss in fracture conductivity, improved clean-up and fewer chemicals pumped.

CalVisc™ Fracturing Fluid System vs. Slickwater Hybrid

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CalVisc™ Fracturing Fluid System vs. Slickwater Hybrid

Categories: Fluid Systems, Fracturing

The CalVisc™ fluid system was introduced to the Montney in late 2015 as an alternative to the traditional slickwater/hybrid fluid systems. Being a high concentration friction reduced system, CalVisc provides many advantages over a dual fracturing system design including the elimination of the hybrid portion of a conventional Montney fracturing treatment.

High Rate Annular Marcellus

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High Rate Annular Marcellus

Categories: Coiled Tubing, Fracturing

Calfrac’s Smithfield, Pennsylvania operation performed above and beyond customer expectations on the first annular coiled tubing fracturing completion technique executed in the Pennsylvania Marcellus Basin. Using NCS Multistage casing sleeves, the treatment was performed with Calfrac’s CWS-600 Slickwater System.

High Pressure Annular Coiled Tubing Fracturing

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High Pressure Annular Coiled Tubing Fracturing

Categories: Coiled Tubing, Fracturing

Formations in the Western Canadian Sedimentary Basin are continuously being completed in the pursuit of optimizing sand placement during hydraulic fracturing operations. Typical fracturing techniques in the Montney and Cardium area have included placing proppant into clusters between zones, which does not homogeneously distribute stimulation fluid between the multiple perforation intervals.