... sustainability geology geologist co 2 application utilization advancement lithium carbonate subsurface storage geological subdiscipline greenhouse ga emission journal production catalyst social responsibility climate change mineral sustainable development carbon fiber emission...

... conditions. Additionally, the effect of reactive nature of CO2 on the inversion of the pressure-decay models are included in contrast to the existing work where such effects are not considered. geology diffusivity petroleum play type brine salinity engineering application solubility co2...

... subsurface storage machine learning project co2 plume saturation illinois basin decatur project application order model rom reservoir simulation artificial intelligence dmd decatur project fom reduced order model Computational hurdles significantly impact CO2 reservoir simulations by posing...

... chemical solutions used in oil and gas production. For example, in geothermal energy production, scale deposition, corrosion, and H 2 S contamination are common problems. Similarly, corrosion poses a significant risk in carbon capture and storage (CCS) applications and for hydrogen transport...

... concentration supernatant pei brine well fluid analysis production chemistry extraction efficiency tiyaboonchai pdi lithium extraction ds concentration polymer complexation application oilfield brine polyelectrolyte complex nanoparticle Introduction Lithium, a highly reactive alkali metal...

... or ammonia, and low-carbon fuels, such as biofuels, methanol made from plant waste, biomass etc. paired with carbon capture to prevent any released carbon from escaping into the atmosphere. This paper covers, methodically, the use of different energy options for each application, evaluates each technology...

... Abstract Gas solubility in brine plays crucial role in designing various industrial applications such as oil recovery, CCS, corrosion, and gas processing. However, most studies include only standard salts and may not capture the full spectrum of formation brines. The objective of this work...

...-of-state (EOS) modeling based on general framework to estimate heat capacities, enthalpy, entropy, sonic velocity, density, Joule-Thomson coefficient, and compressibility of CO2 that is applicable to wide range of pressure and temperature conditions. The sonic velocity measurement is based on a pulse-echo...

..., integrating Geothermal Energy Storage (GeoTES) practices. Premier Resources Management (PRM) is planning a demonstration project which demonstrates that this innovative process, appropriately expanded, can meet the electric power production needs for the people of California. Application of unguided process...

... SRMS Application Guidelines. However, working examples where the SRMS is used to communicate project status in the public domain are limited. In 2023 the authors of this paper referred to the SRMS as the standard to complete a Competent Person's Report – a term used in the United Kingdom (UK...

... generation or direct-use applications, such as district heating. It is important to identify potential issues associated with high-temperature reservoir thermal energy storage (HT-RTES) systems so that they can be mitigated, thus reducing the risks of these systems. This paper reviews past experiences from...

... ). Geothermal energy, harnessing the heat stored within the Earth's crust, has emerged as a promising and sustainable source of energy for various applications. Among its diverse uses, geothermal energy for community heating has gained significant attention due to its potential to provide efficient, cost...

... seeks to demonstrate the application of learnings from the oil and gas industry, specifically in the field of geoscience, as they relate to applications within the growing industry of Carbon Capture, Utilization and Storage (CCUS). Additionally, this paper will highlight how current educational programs...