... complex reservoir energy economics dataset artificial intelligence unconventional resource economics sedimentary basin information williston cross-basin analysis shapley value eagle ford application gas production basin completion machine learning applied production driver proxy lateral...

...), evaluating potential field development applications of ADD in the Bakken. A fully coupled hydraulic fracture and reservoir simulation model was rigorously calibrated using a comprehensive measurement suite from multiple drainage mapping projects, including direct measurements of drainage versus distance...

... gas turbine as well as the operational, economic, and environmental benefits. Additionally, it discusses the application of the trailer-mounted turbine as a solution to reduce emissions and flared gas at the well site in an electric fracturing case study. The study illustrates the importance...

... the tracer analysis workflow, accompanied by real-world examples and best practice recommendations tailored to specific project scopes. The data presented is obtained from OXY's New Mexico assets. Introduction Field applications of tracer technology can be tracked back to the early 1900s in hydrology...

... Abstract With increasing application of Huff-n-Puff (HnP) gas EOR in fractured-propped formations, operators have realized the critical need of gas containment for increasing recovery and operational efficiency. In-situ foaming, utilizing injected gas in combination with foam forming...

... from the application of MPs (MP) by improving the conductivity from pre-existing or induced natural fractures. Thus, in a recent well, plans were made in two CBM hydraulic fracturing stages to add MP to the treatment to improve productivity and potentially the hydrocarbon recovery from these low...

... in recognizing input data and quantifying the likelihood of a specified depth interval comprising a given lithology. The application of advanced machine learning techniques yielded consistent lithological interpretations, effectively minimizing subjective biases. The initial testing on over the FORCE 2020...

... remediation scale inhibitor slow-release product application brine deposition coating scale formation prolonged period protection release behavior organophosphonate active ingredient presented active molecule encapsulated form URTeC: 4258729 Strategies for Controlling the Performance of Slow...

... applications of this method have been focused on quantifying the effects of inter-well communication between well pairs (for example, parent-child scenarios) where the parent has been producing for some time before the effects of child well production are felt. However, in certain development scenarios...

... accurate point measurements, they lack the predictive capabilities necessary for comprehensive resource estimation across large geographical areas. The application of machine learning techniques to lithium prediction represents a relatively recent but rapidly evolving field. Early implementations focused...

... showing improved correlation to the wells. A model-based inversion was applied on the seismic before and after the application of the workflow, showing an improvement in the achieved seismic image, as well as elastic properties estimation, by removing interbed multiple interference. Introduction...

... of liquid removal. Each method is analyzed in terms of its operational mechanics, field applications, implementation strategies, and economic implications. By evaluating these approaches, this paper aims to identify the most technically and economically viable solutions for deliquifying low-potential gas...

... drilling due to their high durability and efficiency. In deep or high-temperature wells, typical of both geothermal and unconventional oil and gas applications, rock formations can be extremely challenging to penetrate. The resilience of PDC cutters to wear and their ability to sustain high temperatures...

.... Furthermore, we developed simulation models for 2 wells Enhanced Geothermal System (EGS) to predict geothermal output under various scenarios, assessing net producing energy and Net Present Value (NPV). The selected models were used to evaluate two different end-use applications: direct heat and indirect...

... Abstract Foam-based fluids play a pivotal role in water sensitive porous media applications, including hydraulic fracturing, enhanced oil recovery (EOR), and drilling, due to their favorable flow characteristics and water efficiency. The effectiveness of these operations relies heavily...

... Abstract This study aims to demonstrate the application of artificial intelligence (AI) as an advanced control mechanism for artificial lift optimization. It focuses on how AI can be utilized for automated setpoint adjustments across artificial lift wellsites, reducing the time required...

..., but the complexity and high computational demands hinder its widespread application. To address this issue, we propose a new method for predicting the inter-well interference factor (IF), which quantifies the production loss caused by interference from neighboring wells. Our approach leverages the concept...

... application johnson jr paper exhibition spe asia pacific oil queensland leonardi gas conference chemical tracer stimulation urtec spe annual technical conference URTeC: 4025119 Successful Implementation of Two Decades of Australian Coal Seam Gas Research Can Improve Low-Permeability Coal...

... cases, including gas-oil, water-oil, and water-oil-gas scenarios. In all scenarios, the model consistently delivered promising results, effectively tracking water cut, gas-oil ratio, and free gas content along the well. This underscores the potential application value of SoS-based phase fraction...

... displacement application geology experiment flow in porous media saturation urtec injection residual saturation micromodel oil-based ferrofluid fracture mechanism geologist enhanced recovery water-based ferrofluid magnet in-situ valve URTeC: 4033730 Microfluidic Investigation of Ferrofluid...