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US 2023/0417189 A1Published application
Ecosystem Risk Mitigation System
OwnerGary Rossinventor
Life of this patent
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Abstract
An Ecosystem Risk Mitigation System comprehensive of Green Technology
Claims25
A system for carbon dioxide upgrading, comprising:
- an oceanic offshore structure;
- an AC/DC convertor mounted on said oceanic offshore structure wherein said convertor is connected to the onboard electric power generating system;
- and
- a seawater filtration system mounted on said ocean offshore structure, wherein includes separation and enrichment systems for filtered seawater;
- and
- a sequestration system mounted on said ocean offshore structure, comprising a Heat Recovery Steam Generator, said Heat Recovery Steam Generator being connected to an Intermediate Temperature Steam Electrolyzer, wherein carbon dioxide combustion gases from said power generation system and said filtered seawater are processed to create feedstocks for syngas, and
- a production system mounted on said ocean offshore structure, wherein said production system being connected to said sequestration system for transfer of said syngas to a Fischer-Tropsch Synthesis process for conversion to synthetic crude, and
- a product upgrading system mounted on said ocean offshore structure, wherein said product upgrading system being connected to said production system for transfer of said synthetic crude to a product upgrading process for conversion to liquid and gaseous fuel products;
- and
- a storage and offloading system, mounted on said ocean offshore structure for distribution of said products to a remote location.
7 more elements
A system for generating electric power system and carbon dioxide upgrading, comprising:
- an oceanic offshore structure;
- a gas processing and optimization module mounted on said ocean offshore structure, wherein said gas optimization module includes separation and enrichment systems;
- and
- an electric power generating system mounted on said oceanic offshore structure, said electric power generating system including:
- an electric power generator;
- a driver powered by a combustion process of a fossil fuel source, said driver being connected to said generator;
- an electric power transmission system to transfer electricity from said generator to a remote location;
- and
- a capture system connected to said driver for capturing combustion gasses transferred from said combustion process, said capture system comprising:
- a flue gas separation station for separating the carbon dioxide from non-carbon dioxide combustion gases by absorption, adsorption, or membrane gas separation, prior to transferring said carbon dioxide to an onboard sequestration system Intermediate Temperature Steam Electrolyzer with the non-carbon dioxide gas transferred to an onboard sequestration system Heat Recovery Steam Generator;
- and
- an AC/DC convertor mounted on said oceanic offshore structure wherein said convertor is connected to said electric power generating system;
- and
- a seawater filtration system mounted on said ocean offshore structure, wherein includes separation and enrichment systems for filtered seawater;
- and
- a sequestration system mounted on said ocean offshore structure, comprising a Heat Recovery Steam Generator, said Heat Recovery Steam Generator being connected to an Intermediate Temperature Steam Electrolyzer, wherein carbon dioxide combustion gases from said power generation system and said filtered seawater are processed to create feedstocks for syngas, and
- a production system mounted on said ocean offshore structure, wherein said production system being connected to said sequestration system for transfer of said syngas to a Fischer-Tropsch Synthesis process for conversion to synthetic crude, and
- a product upgrading system mounted on said ocean offshore structure, wherein said product upgrading system being connected to said production system for transfer of said synthetic crude to a product upgrading process for conversion to liquid and gaseous fuel products;
- and
- a storage and offloading system, mounted on said ocean offshore structure for distribution of said products to a remote location.
17 more elements
A method for carbon dioxide upgrading, comprising:
- an oceanic offshore structure;
- an AC/DC convertor mounted on said oceanic offshore structure wherein said convertor is connected to the onboard electric power generating system;
- and
- a seawater filtration system mounted on said ocean offshore structure, wherein includes separation and enrichment systems for filtered seawater;
- and
- a sequestration system mounted on said ocean offshore structure, comprising a Heat Recovery Steam Generator, said Heat Recovery Steam Generator being connected to an Intermediate Temperature Steam Electrolyzer, wherein carbon dioxide combustion gases from said power generation system and said filtered seawater are processed to create feedstocks for syngas, and
- a production system mounted on said ocean offshore structure, wherein said production system being connected to said sequestration system for transfer of said syngas to a Fischer-Tropsch Synthesis process for conversion to synthetic crude, and
- a product upgrading system mounted on said ocean offshore structure, wherein said product upgrading system being connected to said production system for transfer of said synthetic crude to a product upgrading process for conversion to liquid and gaseous fuel products;
- and
- a storage and offloading system, mounted on said ocean offshore structure for distribution of said products to a remote location.
7 more elements
A method for generating electric power and carbon dioxide upgrading, comprising:
- an oceanic offshore structure;
- a gas processing and optimization module mounted on said ocean offshore structure, wherein said gas optimization module includes separation and enrichment systems;
- and
- an electric power generating system mounted on said oceanic offshore structure, said electric power generating system including:
- an electric power generator;
- a driver powered by a combustion process of a fossil fuel source, said driver being connected to said generator;
- an electric power transmission system to transfer electricity from said generator to a remote location;
- and
- a capture system connected to said driver for capturing combustion gasses transferred from said combustion process, said capture system comprising:
- a flue gas separation station for separating the carbon dioxide from non-carbon dioxide combustion gases by absorption, adsorption, or membrane gas separation, prior to transferring said carbon dioxide to an onboard sequestration system Intermediate Temperature Steam Electrolyzer with the non-carbon dioxide gas transferred to an onboard sequestration system Heat Recovery Steam Generator;
- and
- an AC/DC convertor mounted on said oceanic offshore structure wherein said convertor is connected to said electric power generating system;
- and
- a seawater filtration system mounted on said ocean offshore structure, wherein includes separation and enrichment systems for filtered seawater;
- and
- a sequestration system mounted on said ocean offshore structure, comprising a Heat Recovery Steam Generator, said Heat Recovery Steam Generator being connected to an Intermediate Temperature Steam Electrolyzer, wherein carbon dioxide combustion gases from said power generation system and said filtered seawater are processed to create feedstocks for syngas, and
- a production system mounted on said ocean offshore structure, wherein said production system being connected to said sequestration system for transfer of said syngas to a Fischer-Tropsch Synthesis process for conversion to synthetic crude, and
- a product upgrading system mounted on said ocean offshore structure, wherein said product upgrading system being connected to said production system for transfer of said synthetic crude to a product upgrading process for conversion to liquid and gaseous fuel products;
- and
- a storage and offloading system, mounted on said ocean offshore structure for distribution of said products to a remote location.
17 more elements
Dependencies are inferred from the claim text.