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Advances in Carbon Capture, Utilization and Storage Technologies (CCUS)
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CCUS (carbon capture, utilization, and storage) is the technology most commonly recognized globally as being capable of achieving the goal of carbon neutrality. CCUS technology realizes the resource utilization of captured waste CO2 emissions and effectively stores them in geological bodies such as oil reservoirs, gas reservoirs, and saltwater aquifers, through which both social and economic benefits can be obtained. This reprint contains laboratory studies and systematic reviews regarding micro- and nano-fluidics technology, CO2 mineralized sequestration with the assistance of microorganisms, the corrosion behavior of CO2 against steel, oil displacement characteristics, and other topics.
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Keywords
- AFM
- carbon dioxide flooding
- carbon dioxide sequestration
- carbonic anhydrase
- CCUS
- CCUS-EOR
- CO2 flooding
- CO2 front
- CO2 geological storage
- CO2 injectivity
- CO2-EOR
- confined fluids
- contact angle
- continental reservoir
- Corrosion
- corrosion product film
- depleted oil and gas reservoirs
- dissolution
- dissolution trapping
- gas injection expansion
- H2O content
- impurity
- injectivity
- Lunnan oilfield
- main controlling factor
- mechanism of mineralization
- microbial-assisted mineralization
- microfluidic and nanofluidic chip
- mineral composition
- oil and gas phase seepage
- parameter optimization
- phase behavior
- pore-scale simulations
- Porous media
- principal component analysis
- PSO
- random forest
- screening criteria
- shale reservoir
- Sherwood correlation
- supercritical CO2
- surface roughness
- sweep coefficient
- wettability
- XGBoost regression
Links
DOI: 10.3390/books978-3-7258-1126-7Editions