Overview
Subsurface carbon storage is a critical technology in the fight against climate change, allowing for the safe capture and storage of CO2 emissions underground. By utilizing suitable geological formations, this method can significantly reduce greenhouse gases in the atmosphere, contributing to global...
Key Terms
Example: Carbon capture technologies can significantly reduce emissions.
Example: Sandstone is a common geological formation for carbon storage.
Example: High porosity in rocks allows for better CO2 storage.
Example: Rocks with high permeability facilitate CO2 injection.
Example: The injection process must be carefully monitored.
Example: Monitoring systems track CO2 levels underground.
Related Topics
Climate Mitigation Strategies
Explore various strategies to reduce greenhouse gas emissions and combat climate change.
intermediateGeothermal Energy
Learn about harnessing heat from the Earth for energy production and its relation to carbon storage.
intermediateHydrology and Groundwater
Understand the movement and distribution of groundwater and its importance in carbon storage.
advancedKey Concepts
Carbon CaptureGeological FormationsStorage MechanismsEnvironmental Impact