... efficiency geological subdiscipline permian basin stimulation spe hydraulic fracturing technology conference rock type reservoir surveillance production control reservoir pressure texas drilling target modeling Introduction Over the years, U.S. onshore operators have continued to challenge...

... performed immediately after stimulation treatments confirmed significant hydraulic connectivity between the two wells. A successful longer-term circulation test conducted three months after the stimulation program is also described. Efficiency built to about 90% before a planned shutdown and flowing...

... and feasibility of transitioning to natural gas-burning equipment in the context of hydraulic fracturing operations. air emission gas reciprocating engine 1 efficiency climate change tier ii diesel natural ga tier iv dual fuel fuel consumption thermal efficiency direct drive hydraulic fracturing...

... emission sustainability hydraulic fracturing social responsibility gas turbine climate change turbine engine liquified natural gas (lng) sustainable development reduction diesel engine efficiency generator operation power density footprint emission reduction tier 4 configuration...

.... Case histories for the above-mentioned methodologies will also be presented separately where applicable. Improved operational efficiencies and production can be observed when utilizing targeted methods. As examples, stimulations can be sized based on proper data analysis and modeling by area...

... subdiscipline calibration fracture geometry time-dependent conductivity loss geomechanics technology conference efficiency houston maximum immobilized proppant Introduction Over the past decade, there has been an explosion of high-quality diagnostic data to characterize the size and shape...

... Viscous carrier fluids, such as linear and crosslinked gels, have good proppant suspension and hence enhanced transportation and placement efficiency into the fractures without the need for pumping at high rates ( Li et al., 2016 ). This leads to higher chances of placing resin coated sand near...

... site efficiency but has missed out on the synergies that can be leveraged between proppant delivery and hydraulic fracturing operations. A new logistics solution was developed to take advantage of these synergies and support higher operational efficiency. The new proppant logistics solution was built...

... is the measurement that is applied to supply feedback to the process and ultimately increase results (more pumping hours, increased flowrates, reduced emissions, better producing oil wells, etc.) With increased understanding and demand centered around efficiencies related to optimizing fuel consumption...

... and proppant design element of the completion design cycle. sedimentary rock spe hydraulic fracturing technology conference rock type geologist geology completion installation and operations clastic rock mudrock perforation efficiency woodland usa exhibition texas perforation friction...

... of a well pad (from rig move to decommissioning) using designs based on each system. The plug-and-perf cluster efficiency percentage is swept, and the percentage at which its economics breakeven with the single-point entry scenario is calculated. This is performed for multiple subsurface areas whose well...

... life wells due to sub optimal fracture stage spacing. Reduced order models (ROM) enable deconvolution of the k-contrast SRV to quantify the effect of stress shadows in terms of fracture stage efficiency. The process also enables estimation of effective stage spacing and effective permeability...

... Abstract The hydraulic fracturing of an unconventional well is typically the single most significant component of the expenditure for that well; however, there is no industry standard for assessing the efficiency of that operation. This work will present an approach for evaluating hydraulic...

... and portfolio management production control simulation hydraulic fracture simulation eagle ford variability history operator reservoir surveillance field development practice reservoir characterization fracture clusters efficiency hydraulic fracture production monitoring geological subdiscipline...

... conductivity and justifies usage of coarser proppants. Abstract The performance and completion efficiency of horizontal multistage hydraulically fractured wells stimulated using the plug-and-perf technique are affected by the uniformity of the multiple perforation cluster treatment. Depending...

...), and the maximum Clusters Per Stage (CPS) that can still further maximize well production and provide optimum fracture cluster efficiency and Uniformity Index (UI). This paper will also address the comparison between XLE design and other diversion techniques. Through the 3-year journey of understanding...

.... An OTR industry study published by the North American Council for Freight Efficiency (NACFE) focused exclusively on the potential of idle reduction technologies ( Otto, K. et al. , 2019 ). According to this study, Stop/Start systems performed more favorably for use in diesel-powered trucks when...

... is transferred from a surface pond to a high-pressure reservoir, and high efficiency pumps/turbines are employed to transfer the working fluid, effectively storing and extracting electric power by hydraulic means. Unlike PHS, which needs elevated terrain and gravity potential to realize a high- pressure...

... is allocated across the productive lateral and any portion of the lateral not covered by the intervention fiber optics. Production is summarized and overall cluster efficiency is then calculated ( Figure 7 ). Statistical analysis of the cluster and stage level production data reveals lateral uniformity...

..., supplementing the benefits of 100 mesh sand. It is theorized that microproppant can provide two primary benefits to well productivity – propping open microfractures, which reduces the production decline, and assisting in the breakdown of the perforations, thereby improving cluster efficiency. Production...