... estimates. The pipeline transport scenario becomes profitable when developing five or more wells concurrently. Our results demonstrate that CO 2 fracturing represents both an environmentally sustainable and economically viable alternative to conventional methods for shale reservoir development in water...

... recovery reservoir characterization surfactant shale oil sagd chemical flooding methods hnp experiment recovery formulation stability ketone mudstone relaxation time experiment spontaneous imbibition experiment unconventional resource technology conference shale reservoir shale sample...

... on the stress distribution before the operation. To address this, this study presents a model to simulate the stress field before refracturing in shale reservoirs. This model integrates the propagation of fractures during initial hydraulic fracturing under the influence of natural fractures, and the pressure...

... reservoir bulk modulus rock type log analysis geological subdiscipline basin resistivity-based saturation model well logging velocity ratio reservoir characterization sonic-based saturation model vpvs omovie sandstone mudstone dry frame bulk modulus log response shale reservoir shale gas...

... role of geological features and fracturing design in managing inter-well interactions and fault slip in layered shale reservoirs. Introduction The shale oil revolution has reshaped the global energy supply and demand landscape, providing a crucial strategic pathway for enhancing energy diversity...

... Abstract The quantification of inter-well stress interference among neighboring wells is critical to the success of well planning and completion design in shale reservoirs. Moreover, shale rocks, characterized by their inherent anisotropic nature, necessitate a fast and yet accurate approach...

... subdiscipline fracture permeability shale reduction urtec shale hydration shale permeability permeability variation pre-fracturing complex reservoir hydraulic fracturing reservoir characterization experiment matrix permeability hydration shale reservoir URTeC: 4035176 Permeability Variation...

... enhances our understanding of the phase equilibrium and flow mechanisms in shale oil reservoirs and offers guidance for the development of enhanced oil recovery methods for shale reservoirs. fluid dynamics upstream oil & gas united states government structural geology geologist pvt...

... shale reservoir correlation eom-a shale oil movability concentration evaluation qingshankou formation high-field nmr URTeC: 3860713 A Novel Method for Evaluating the Shale Oil Movability in Laboratory by Using High-Field NMR and Sequential Extraction Longhui Bai*1, Bo Liu1, Z. Harry Xie2 1...

...., 2019). As oil production from shale has become increasingly important, understanding the effects of MMP on the recovery of oil from shale reservoirs has become a key area of research (Lashgari et al., 2019). One of the challenges in oil production from shale is the deposition of asphaltenes, which can...

... Abstract A sweet spot in the shale reservoir is characterized by the optimal combination of oiliness, lithology, fracability, and mobility. The evaluation of a shale sweet spot differs from conventional tight oil evaluations due to the unique characteristics of shale reservoirs, including...

... unconventional reservoir exhibition shale gas unconventional resource technology conference gor payzone shale reservoir production sweet spot permian wolfcamp normalized production index initial gor characterization URTeC: 3866019 Production Sweet Spots of Eight US Shale Plays Constrained by Data...

... interactions of stress, communication, fracturing fluid choice, and drainage in shale reservoirs. The paper proposes a new conceptual model that explains seemingly incongruous observations and provides evidence to support it. This model has implications for improving recovery potential in heterogeneous shale...

...] . sedimentary rock unconventional play clastic rock complex reservoir china government asia government rock type upstream oil & gas united states government geologist mudrock co 2 sequestration shale reservoir mudstone petroleum play type adsorption ch 4 sichuan basin journal storage...

... with unconventional reservoirs is forecasting future production. Traditional curve-fit-based methods such as the popular empirical technique developed by Arps (1945) cannot generally provide an accurate long term production forecast because of the following assumptions, which are not satisfied by shale reservoirs...

... Abstract Hydrocarbon production from shale reservoirs is inherently inefficient and challenging since these are low permeability plays. In addition, there is a limited understanding of the fundamentals and the controlling mechanisms, further complicating how to optimize these plays. Herein, we...

... investigation of the impact of capillary forces on total porosity measurements in unconventional shale reservoir samples. For the purpose of this study, 7 samples were collected from an oil producing unconventional shale reservoir located in the Permian Basin. These samples were characterized by measurements...

... Abstract Water imbibition is an important process influencing early oil production after hydraulic fracturing of shale reservoirs. A major fraction of the injected fracturing fluid remains in the formation; however, where the unrecovered fracturing fluid resides and how it displaces the oil...

... Abstract Techniques such as horizontal drilling and hydraulic fracturing have helped in exploitation of unconventional shale reservoirs. However, a drawback of hydraulic fracturing is that it results in forced imbibition of frac-water into the pore system of the organic shale matrix. This can...

... void space saturation shale gas information porosity hydrocarbon well logging complex reservoir pvt measurement pore system rock analysis workflow interpretation water loss wettability core sample oil shale water production shale reservoir urtec 3002 plug core plug core data...