... Abstract Geological storage of carbon dioxide (CO 2 ) in depleted gas reservoirs represents a cost-effective solution to mitigate global carbon emissions. The surface chemistry of the reservoir rock, pressure, temperature, and moisture content are critical factors that determine the CO 2...

...Study Area CCUS potential in Colorado The top-ranked CO 2 emission facilities in Colorado are located above the DJ Basin. According to the carbon emission data ( EPA Flight, 2022 ), 13 facilities in Colorado emit more than 0.7 million tons of CO 2 in the year 2020, among which there are 5...

... co 2 reservoir upstream oil & gas monitoring acquisition subsurface storage m-foss surface seismic requirement time-lapse surface seismic plume migration technology screening cement evaluation logging climate change injection cost effective mmv planning selection integrity...

... and technologies is unmatched and needed for a long time. subsurface storage north america government upstream oil & gas co 2 petroleum engineer consumption engineer petroleum engineering net zero forecast uncertainty department spreadsheet united states government climate change...

... Abstract Geologic carbon dioxide (CO 2 ) sequestration has received significant attention from the scientific community as a response to global warming due to greenhouse gas emission. Effective monitoring of CO 2 plume is critical to CO 2 storage safety throughout the life-cycle of a geologic...

... distributed over a joint probability distribution and data-driven. Abstract This paper examines the application of Bayes’ theorem to evaluate risk of induced seismicity associated with CO 2 sequestration in the Arbuckle Group, which extends across the southern Mid-Continent of the US. Geological...

... sustainability sustainable development hydraulic fracturing upstream oil & gas co 2 emission society petroleum technology annual technical conference transition energy expertise petroleum engineer climate change student spe michael bp statistical review social...

... Abstract Natural gas can be used to generate either blue or grey hydrogen depending on whether or not the carbon dioxide byproduct is captured and stored. When captured, the carbon dioxide (CO 2 ) produced from a steam methane reforming (SMR) or partial oxidation (POX) process can be injected...

... We use a recently carried out CO 2 monitoring baseline survey to illustrate the data quality and issues. The consistency between the log-derived 3D anisotropic model and the inversion suggests good workflow calibration and the acquisition system. Even the 1D inversion results match the seismic...

... Abstract Geologic CO 2 sequestration (GCS) has been considered a viable engineering measure to decrease global CO 2 emissions. The real-time monitoring to detect possible CO 2 leakage is an important part of big-scale GCS deployment. In this work, we introduce a deep-learning-based algorithm...

... production and to utilize and store CO 2 . This research study includes multi-phase rate transient analyses of five wells and a pressure build-up test on one of the wells to calculate the stimulated permeability of the SRV region. Moreover, decline curve analysis of 34 wells in four well-groups (based...

...-salt fields are still ramping up production at very high rates. Hence, as an alternative, in those reservoirs, CO 2 -WAG might be applied in the near future before reaching a decline in the oil production. This study briefly discusses the status of the oil and gas fields in Brazil both located onshore...

...Problem Statement The biggest challenge after capturing the CO 2 from CO 2 emitting facilities is to transport it to the CO 2 injection facility. Transportation of CO 2 can be through different means, but the most economical option is via pipeline. To transport a large volume of CO 2...

... that will be used for CO 2 injection and storage in the Northern Lights CCS project. The extracted image-based rock fabric features were in agreement with the visual aspect of the evaluated depth intervals. The detected rock classes captured the fluid-flow behavior using a permeability-based cost function...

... predictive modeling accelerating pipeline corrosion modeling materials and corrosion artificial intelligence prediction flowline corrosion dimension reduction co 2 iteration corrosion prediction Introduction Various models for pipeline corrosion prediction have been developed to date...

... Abstract San Juan Basin (SJB) is a geologic structural basin located in northwest New Mexico. Comprehensive field-scale reservoir simulation work was performed in finely constructed basin-wide geologic models, targeting sequestering over 120 million metric tons of CO 2 for a period of 20 years...

... For SCC test, three materials will be tested which are enhanced 13 Cr, 22 Cr and 25 Cr. The test will be conducted based on NACE TM0316 guideline. The H 2 S partial pressure is set to 2.3 psi or 0.16 bar which is maximum H 2 S partial pressure. The CO 2 partial pressure will be set to 2900 psi...

... Abstract Carbon dioxide (CO 2 ) sequestration is one of the most effective ways of overcoming the excessive emissions of anthropogenic CO 2 and the resulting climate change. The existence of large and accessible pore space, along with the wells, pipelines, and surface facilities, makes...

... upstream oil & gas flow in porous media fluid dynamics miscible method gas injection method artificial intelligence evolutionary algorithm saturation wag flood permeability efficiency chemical flooding methods co 2 pag polymer ooip enhanced recovery flood flood experiment...

... production and cyclic solvent injection results for a three-component oil system with two solvent types, CH 4 and CO 2 . Finally, key findings are summarized in the conclusions section. Methods Conceptual model The conceptual model for fluid transport within 1D matrix slabs bounded by parallel...