Case Study: Innovative Elect® Frac Sleeve System Proves Successful for Demanding Well Conditions
‘First of a Kind’ Sleeve System Enables Complex Completions and Minimizes Risk Challenges – Rockcliff Energy was interested in a frac sleeve system without operational...
Tech Paper: Improved Completion Economics Through Real-time, Fiber Optic Stimulation Monitoring
Successfully installed single fiber-optic equipped well provides useful feedback on completion designs This paper demonstrates how a single permanent fiber installation allowed the development of...
Tech Paper: Evolution of Frac Plug Technologies – Cast Iron to Composites to Dissolvable
The impact of the evolution of the frac plug over the past 20 years A technological revolution in hydraulic fracturing has occurred between early wellbore...
Tech Paper: Estimation of Capillary Pressure and Relative Permeability from Downhole Advanced Wireline Measurements for Waterflooding Design
New workflow developed to help estimate relative permeability and capillary pressure in downhole conditions Reservoir relative permeability and capillary pressure, as a function of saturation,...
Tech Paper: Reliable Detection and Power in an Electronic Sliding Sleeve Multistage Completion System
New electronic sliding sleeve helps increase flexibility, reliability, mechanical simplicity, and robustness for multistage hydraulic fracturing A new electronic sliding sleeve has been developed for...
Tech Paper: Continuous Use of Fiber Optics-Enabled Coiled Tubing Used to Accelerate the Optimization of Completions Aimed at Improved Recovery and Reduced Cost of Development
Halliburton Helps Operator Increase Production by up to 25% with Fiber Optics-Enabled Coiled Tubing Continuous improvement in completions designs leading to an increased return on...
