Dispersion of catalysts with explosives for in situ mining of carbonaceous minerals
AssigneeStandard Oil Company (Indiana)
InventorWilliam F. Wolff
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AssigneeStandard Oil Company (Indiana)
InventorWilliam F. Wolff
Estimating the term…
Disclosed is a process for generating synthetic fuels from carbonaceous minerals such as oil shale and coal by dispersing a catalytic agent by suitable explosive means into carbonaceous deposits. The explosives serve to fracture and rubblize the carbonaceous mineral as well as conveying the catalyst onto and in close proximity to the fractured particles. The catalyst coated particles are then converted, in whole or part, to gaseous and liquid products by conventional processes such as retorting, gasification, hydroretorting, hydrogenation, or the like, wherein this process or part of it is accelerated, decelerated, or otherwise favored by the presence of the catalytic agent. This process is capable of producing an increased yield and/or better quality product since it is possible to maintain greater control over the conversion step.
A process for the generation of synthetic fuels from rigid or solid carbonaceous mineral deposits, such as oil shale and coal, by using an in situ mining technique to promote the conversion of hydrocarbons to a more desirable product, which comprises:
A process for the generation of synthetic fuels from solid carbonaceous mineral deposits, such as oil shale and coal, which uses an explosive to fracture and rubblize the carbonaceous deposit and to disperse a catalyst into said rubblized deposit in order to increase the yield of oil, to increase the rate of oil production and/or to improve the quality of the oil produced, which comprises the steps of:
A process for the generation of synthetic fuels from a carbonaceous mineral deposit such as oil shale and coal by using an in situ mining technique, which comprises:
Dependencies are inferred from the claim text.