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Carbon Sequestration Potential in Abandoned Coal Mines Abandoned coal mines offer a novel and potentially large-scale option for underground CO2 sequestration This study investigates the geological, technical, and environmental feasibility of repurposing these post-mining voids as secure carbon storage reservoirs
feasibility of co sequestration in abandoned coal mines in CO2 sequestration in coal mines seems to be technically feasible and may be a useful option for Belgium to reduce the industrial emission of greenhouse gases into the atmosphere
Feasibility of CO2 sequestration in abandoned coal mines in Belgium The reduced thickness or absence of a seal, the great number of shafts and the danger of undocumented older shallow workings in many coal mines from the southern Belgian coal fields, makes these mines, in their current state, probably unsuited for CO2 sequestration
Is the long-term sequestration of CO2 in and around deep, abandoned . . . A protocol for assessing these factors has been developed, based on critical evaluation of mining records, hydrogeological conditions, and geotechnical data, resulting in a quantitative assessment of the capacity for CO 2 sequestration represented by deep abandoned coal mine workings
FEASIBILITY OF CO SEQUESTRATION IN ABANDONED 2 COAL MINES IN BELGIUM The main issues concerning the feasibility of CO 2 se-questration in coal mines are the technical possibility of sequestration, the safety of an overpressured coal mine reservoir and the possibility of injection in a low-pres-sure reservoir
Carbon Dioxide Storage in Abandoned Coal Mines To demonstrate the application of these concepts, the CO 2 storage potential of residual coal, bedrock, and deposited mining wastes has been calculated for the abandoned Westfalen coal mine in the West German Ruhr Area