... which contains physical simulation in lab, numerical simulation, and fracturing fluid additives development as well. Firstly, a comprehensive formation evaluation was conducted such as rock lithology, pore throat size, porosity, permeability, rock mechanics, three dimensional stress, pore structure...

... Abstract The development of a high-temperature seawater-based fracturing fluid has received much attention because it offers a solution to fresh water shortages; however, the rheological properties suffer significantly as a result of interactions between dissolved ions with fluid components...

... stimulation with the new fluid, 3.38 times higher than similar groups of wells using Guar as stimulation. fracturing fluid guar gum formation damage proppant yongjun lu Wang fracturing materials Upstream Oil & Gas stimulation field application characteristic application reservoir Novel...

... to the cost reduction and operation efficiency. Directional Drilling Upstream Oil & Gas three-year cumulative production hydraulic fracturing fracturing fluid lateral length one Williston Basin proppant multistage fracturing stage length Bakken fracturing materials stage interval...

... are trapped in the "void" space created by particles packing against each other, and the mechanism is completely different from that of conventional fracturing fluids. It improves effective fracture height by placing proppant across the complete productive interval under downhole conditions when properly...

... fracturing concentration seam geometry proppant stimulation detector count rate application stress contrast proppant fracture India Upstream Oil & Gas fracturing fluid fracture height basin fracture height growth fracture geometry cleat coal seam tracer technology height growth...

... low-pressure fluid feeding stage outlet pressure fracturing fluid viscosity blender evolution storage tank society of petroleum engineers critical node fracturing materials Upstream Oil & Gas pressure sensor probable reason slurry 7 pressure difference Introduction Hydraulic...

... performance. fracturing materials hydraulic fracturing fracturing fluid proppant intensity Efficiency normalized peak rate Upstream Oil & Gas slick water proppant mesh sand correlation horizontal well horizontal length natural fracture density exploration society of petroleum...

... fracture stimulated in the Glauconite Formation in southern Chile. The analysis will attempt to discover the key fracture design parameters that drive well performance in this unconventional resource. Some key questions to be addressed include: What type of fracture fluid (cross-linked, linear gel, hybrid...

... on the other due to its tendency to degrade, complex disposal and high cost. As a response, a low-cost recyclable fracturing fluid is developed and tried for the gas field. A polyacrylamide polymer with surface activity is synthesized based on the consideration of reservoir characteristics, requirements...

... Abstract Seawater-based fracturing fluids are favorable in offshore locations because of the readily available seawater. This minimizes or even eliminates costly vessel trips that are necessary to transport fresh water to rig sites, while also reducing rig downtime. This paper presents...

..., and serious corrosion to downhole string. This paper presents a new acid fracturing fluid system. This system consists of the acid-generator SGA-E, the optimized polymeric thickener CHJ-1 and the cross-linking agent SJL-1. With the performance of water-based fracturing fluid, this system can be used as prepad...

... than 200°F and the maximum effective stress on the fracture would be less than 5,000 psi. In proppant fracturing, non-reactive fracturing fluid and proppant tolerance in the fracture sustain the conductivity higher than that in acid fracturing. The inert fracturing gel does not react with the formation...

... fracture networks. In addition, comparing the results between physical model and numerical model, the results can reveal, during the process of SRV, the law of proppant placement in complex fracture networks and serve as guidelines for engineering design. fracturing fluid heterogeneity complex...

... in the far-field. fracturing fluid far-field diversion hydraulic fracturing far-field diverter proppant fracture complexity application particulate diverter society of petroleum engineers far-field solid particulate diverter solid particulate diverter reservoir acid diversion particle...

... presents a technical challenge for such fluids due to copious precipitation at high pH. The goal of this study is to find additives that control divalent cation precipitation to enable a seawater-based borate fracturing fluid suitable for high-temperature application, ideally with the additional benefit...

... must be fracture-stimulated with large fracture networks for enhanced well production and improved economics. Guar-based fracturing fluids are the most commonly used in stimulation treatments. Cross-linked fluids with low polymer loading and high viscosity are needed to transport proppant efficiently...

... this technology. An environment friendly, polymer-free fracturing fluid has shown remarkably consistent results, following multiple deployments in Saudi Arabian tight gas formations. Alongside laboratory tests, field studies such as fracture geometry and conductivity, ecological impact and well productivity were...

... Abstract Preventation of shale formation damage by fracturing fluid-rock interactions plays an important role in well production performance and subsequent refracturing design. In this paper, the effect of converting typically hydrophilic fracture surface to hydrophobic ones on fluid-induced...

... for completions in the Montney Formation. Providing a comparison of Upper and Lower Montney cased hole completion performance. machine learning shale gas Modeling & Simulation Artificial Intelligence proppant hydraulic fracturing fracturing fluid drilling operation complex reservoir month...