... reservoir geomechanics injection cement sheath geologist wellbore design co 2 reservoir characterization displacement cement-formation interface evolution sustainability social responsibility sustainable development climate change journal mpa greenhouse ga control thermal-mechanical impact...

...). All of these systems have regulatory, economic, and geological advantages and disadvantages. geologist sustainability production logging production monitoring geology reservoir surveillance social responsibility reservoir geomechanics sustainable development hydraulic fracturing...

... a strategic shift towards cleaner energy sources, particularly as the world steers towards achieving sustainable climate goals (Dincer, 2000). Driven by their intrinsically low carbon footprint, renewable sources of energy, such as solar and wind energy are rapidly gaining traction as potential clean energy...

... on the surrounding formations. This work serves as a critical step towards achieving the safe containment isolation of radioactive materials and reducing environmental risk as we move towards a future powered by clean, sustainable energy sources and commitment to net-zero emissions. 1. INTRODUCTION As one...

.... sedimentary rock mathematics of computing complex reservoir gasification fluid dynamics reservoir geomechanics sustainability subsurface storage flow in porous media reservoir characterization organic-rich rock reservoir simulation social responsibility sustainable development climate change...

...). sedimentary rock clastic rock geologist reservoir simulation hydraulic fracturing log analysis reservoir characterization scenario structural geology subsurface storage well logging sustainable development climate change wellbore design rock type co 2 reservoir geomechanics uinta basin...

... ABSTRACT: This study evaluates the viability and safety of underground hydrogen storage (UHS) within the Broom Creek Formation, North Dakota's Williston Basin, focusing on enhancing the transition to sustainable energy sources. Employing a comprehensive approach that combines 3D hydro...

... and long-term stability of a generic subsurface ice storage system. 1 INTRODUCTION Amid the global push for sustainable energy solutions, the reliability of renewable sources like solar and wind power is undeniable. However, their intermittent nature highlights the urgent need for efficient energy...

... repurposing existing oil and gas wells to hydrogen injectors or producers for UHS applications in depleted hydrocarbon reservoirs. 1. INTRODUCTION An essential component of the energy transition to a low-carbon, more sustainable future is hydrogen. It is the perfect fuel for a low-carbon energy system...

... by the National Institute for Occupational Safety and Health (NIOSH) to identify risk factors associated with bumps to prevent fatalities and accidents in highly stressed, bump-prone ground conditions. sustainability geologist organic-rich rock sedimentary rock geology sustainable development social...

... the details of rock fracturing and provide insights for the development of effective oil and gas extraction and carbon sequestration technologies. corrosion management sustainability sedimentary rock equation of state mathematics of computing calcite mineral social responsibility reservoir...

... storage is instrumental in facilitating the shift towards more sustainable energy systems, a topic that has gained prominence in recent research (Krevor et al., 2023). A primary challenge in the renewable energy sector is the mismatch between the periods of energy production and peak demand times (Matos...

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... surplus energy from wind and solar and releasing it for later use during peak demand period (Qin et al., 2023, 2024). sustainability geologist geology reservoir geomechanics displacement sustainable development natural gas storage geological subdiscipline deformation modulus cavern...

... is a pivotal aspect of renewable energy resources, characterized by its ability to provide consistent, sustainable power derived directly from the Earth's heat. Its significance lies in its vast potential to contribute to the energy mix with minimal environmental impact, offering a solution to the pressing...

... in porosity and permeability due to the increase in pore pressure (Zhao et al., 2021). Liteanu et al. investigated the effect of supercritical CO 2 on rock mechanics, where carbonic acid solution led to stress corrosion fracturing and strength reduction of rocks (Liteanu et al., 2013). sustainability...

... ABSTRACT: Tailwater reinjection is significant for replenishing formation energy ensuring the sustainable utilization of geothermal resources. However, the unclear effects of divalent ions on the tailwater reinjection greatly hinder the geothermal utilization scheme of deep sandstone...

... of curtailment of renewable power to maximize the use of clean energy sources. sedimentary rock geology geologist mineral fluid dynamics flow in porous media hydraulic fracturing sustainability rock type reservoir surveillance reservoir geomechanics geological subdiscipline enhanced recovery...

..., and subsequently utilized when demand arises (Okoroafor et al., 2022; Zamehrian & Sedaee, 2022). clastic rock rock type geologist geology sandstone organic-rich rock storage sustainable development climate change international journal reservoir geomechanics geological subdiscipline hydrogen...

... risk, but also have good economic and social benefits. Therefore, CO 2 injection into abandoned reservoirs is one of the important ways to achieve efficient CO 2 storage. casing and cementing sustainability directional drilling drilling operation hydraulic fracturing subsurface storage...