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Product Sheet
HiWAY Flow-Channel Fracturing Technique
Create infinite fracture conductivity to improve production while reducing environmental impact.
Case Study
Flow-Channel Fracturing Reduced >8,500 t of CO2 Emissions
HiWAY technique completes >1,100 jobs in 2020, improving production while reducing proppant, water, and CO2.
Case Study
BroadBand Shield Service Boosts Oil Production up to 3,000% Near Water Zones, Serbia
Improve oil production—but avoid water production—from mature wells in a tight sandstone formation with weak or thin barriers to nearby water zones.
Brochure
HiWAY Flow-Channel Fracturing Technique
Infographic of the benefits of infinite fracture conductivity.
Executive Presentation
Kibsgaard Speaks at Barclays CEO Energy-Power Conference 2018
Case Study
HiWAY Technique Doubles Production and Improves Efficiency in Tight Wells for PPL
Flow-channel fracturing technique eliminates screenouts and reduces polymer damage that limited conventional stimulation, Pakistan.
Product Sheet
SandTec Dust Control Proppant Coating
Reduces dust generation during fracturing operations.
Case Study
Using UltraMARINE Fluid with the HiWAY Technique Yields 14-Fold Increase in Productivity Index
Seawater-base fracturing fluid enables effective fracture stimulation at low treating pressure and provides optimized viscosity, Northwest Congo.
Case Study
La técnica HiWAY incrementa un 38% la producción, requiere un 32% menos de agua y un 37% menos de apuntalante
Un estudio multipartes compara más de 1 100 pozos de la lutita Eagle Ford con tratamientos de fracturamiento con canales de flujo versus tratamientos convencionales, con la subsiguiente generación de ahorros significativos.
Case Study
HiWAY Technique and Rod-Shaped Proppant Increase Fracturing Efficiency 99% in Depleted Formations
Combined stimulation technologies double well productivity, eliminate proppant flowback, and prevent screenouts in 20 wells of a fracturing campaign.
Case Study
HiWAY Technique Increases Production by 38%, Requires 32% Less Water and 37% Less Proppant
Multipart study compares more than 1,100 Eagle Ford wells with flow-channel fracturing treatments versus conventional treatments, resulting in significant savings.
Case Study
Operator Uses HiWAY Technique to Increase Production 36% with Less Water and Proppant
HiWAY technique consumes 13% less fluid and 32% less proppant per stage than slickwater fracturing in Cline Shale formation.

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