... Abstract As the urgency to combat climate change intensifies, developing innovative and efficient carbon sequestration strategies to capture and store carbon dioxide (CO 2 ) from industrial sources has become a critical priority. This paper reviews the simultaneous scCO 2 -brine aquifer...

... are of paramount importance. This study presents advanced water treatment and recycling solutions that can help reduce freshwater consumption in HF while improving operational efficiency and minimizing the environmental impact. To address water management challenges in HF, this study integrates predictive...

... efficiency flow metering production monitoring flow rate gas project requirement innovative and sustainable approach implementation sand-free rate rate measurement drillstem/well testing operation real time system multiphase flow meter operational efficiency ultrahigh rate well testing zero...

... level of accuracy, with an R² score above 0.97 across data splits. The study also demonstrates how the ANN model can be applied to existing ESPs to assess their energy efficiency. Results suggest that total power consumption could be reduced by up to 23% while still maintaining the production level...

... (1,370 hours). The results highlight the scalability of these measures across oilfield clusters, emphasizing the transformative role of operational standardization and automation in maximizing production efficiency. gas lift efficiency knowledge management deferment inefficiency artificial...

... polymer injection injectivity reservoir surveillance guadua formation efficiency simulation result velasquez oil saturation production control viscosity concentration screening study relative permeability permeability scenario hardness Introduction The Velasquez field currently...

... climate change thermal energy storage storage application energy storage drilling operation production logging production monitoring efficiency te system roundtrip efficiency social responsibility conversion heat exchanger outlook borehole battery storage capacity consideration thermal...

... strategy, with the moderate fluid exhibiting the most efficient pressure drop and saturation distribution. Our innovative approach to optimizing CO 2 injection and storage presents an effective EOR strategy and emphasizes the dual benefit of mitigating greenhouse gas emissions through effective...

...-dependent approaches and emphasizes the superior capabilities of reforming processes. CH 4 +CO 2 is effective across a range of temperatures and mole fractions, making it the optimal choice for in-situ hydrogen generation within light oil reservoirs. The efficiency of CO 2 +O 2 is contingent on oxygen...

... for stored electricity while concurrently reducing the need for storing electricity. This is because a nuclear power plant can operate most efficiently for 24 hours per day. During daylight hours it provides normal and peaking power. At night it can replace solar power. If available nuclear power could both...

... Polymer flooding, have proven valuable in improving the macroscopic sweep efficiency and changing rock and fluid interactions at a reasonable technical and economic cost. To appropriately select a suitable polymer, it is essential to understand the impact of diffusion, polymer adsorption, and geochemical...

..., corresponding to the removal of 140 kg of accumulated CSS. This mechanical action, driven by cavitational erosion, proved crucial in the cleaning process. Further analysis revealed that the pulsing tool's optimized operational parameters led to increased penetration rates and improved removal efficiency...

... rate efficiency carbon capture efficiency Introduction The increase in the global population has led to a substantial upsurge in the worldwide demand for energy. This surge, in turn, has given rise to the emission into the atmosphere of excess CO 2 and other greenhouse gases. Notably, human...

... recovery potential. Unsteady-state oil-water relative permeability tests were subsequently conducted to ensure the effectiveness of the classification. Sensitivity parameters were correlated with the efficiency of mercury withdrawal and condensed with the factor analysis (FA) method. After dimensionality...

..., such as highly efficient batteries. Such a low-carbon approach could potentially be an alternative to the Carbon Capture and Storage (CCS) model, which typically incurs high energy and financial costs. geologist sustainability liquified natural gas (lng) air emission geology hydrogen geochemistry...

... organic working fluids instead of water in the organic Rankine cycle process to improve efficiency. These are often integrated into district heating projects, expanding the range and effectiveness of energy applications. However, the optimal and flexible design of such systems under uncertainties...

... CO 2 injection process. The porosity and permeability are the most influential features for predicting the fate of the injected CO 2 . The results from this study show that the data-driven proxy models can be used as a computationally efficient alternative to optimize CO 2 sequestration operations...

... with the expanded use of ML, AI, data centers, and cloud computing applications. In all operational phases, introducing and expanding digital technologies, including data analytics and AI, is intended to help reduce emissions, minimize accidents, and improve efficiency. These technologies are also changing job...

... and history matched to investigate continuous gas injection of a four-well pad. Different gas injection schemes were examined to identify the best scenario for temporary gas storage, assess the incremental production, analyze the effect on offset wells, evaluate gas recovery and efficiency. Gas reinjection...

... sustainable energy review perspective contemporary prospect energy economics turbine geothermal electricity carbon dioxide climate change dependence transition europe government ut faculty researcher work wind energy greenhouse ga emission emission efficiency renewable energy reliance...