... Abstract Different techniques have been used to evaluate fracture geometry and completion efficiency including chemical tracers, microseismic, fiber optics, and production logs. Most of these methods are analyzed post-stage and are time and cost-consuming processes. This study presents a new...

... between the oil and gas prices and the operators’ willingness to pump more or less proppant in their wells. Despite this general trend, operators are constantly assessing the optimization of completions design to find the optimum stimulation and completion applications. This paper utilizes 3782...

... Drilling, completion, and stimulation designs have changed over time as a result of the oil and gas industry's ongoing efforts to increase well productivity. Over the last five years hydraulic fracturing treatments, represented by the volume of pumped water and the amount of proppant utilized...

... Abstract This paper presents a novel fracture geometry control technology used to increase proppant placement around infill wells and prevent fracture interference in unconventional completions in Williston basin. In simple terms the technology uses a far field diverter pumped ahead...

... completions found in Queensland CSG wells. A range of typical formation properties were then simulated to develop a correction algorithm which was able to compensate for the variations in formations found in these environments, the input to be provided by pre-casing openhole logging. These variations...