Abstract: A continuous cryogenic process for the separation and removal of carbon dioxide from the atmosphere using, in part, the existing cryocooling apparatus that is a component of the inventor's patented high temperature superconducting wind turbine electric generating and energy storage system. The proposed system is contained within a long, large, non-corrosive, open-ended, double-walled tubular-shaped vacuum or conventionally insulated dewar, which is cantilevered in two or more units from the wind turbine's steel tower. The major internal components consist of a large screen grid, a small screen filter, a low-speed electric turbo-style fan and, most importantly, a series of coated frost-free heat exchangers of differentiated design that freeze the carbon dioxide in the moving air into a form of flake-like dry ice which is then captured for potential reuse or underground sequestering.

Abstract: A renewable electric power system includes a high temperature superconducting wind turbine using high temperature superconducting yttrium-barium-copper oxide for the rotor and stator windings as well as a superconducting bearing. Power from the turbine is stored in a high temperature superconducting magnetic storage system that also uses HTS YBCO. Also included is a regenerative solid oxide fuel cell/electrolyzer with steam turbine cogeneration. The system operates on a managed day/night cycle. During daytime, the energy produced by the wind turbines and fuel cells is transmitted to the grid. During nocturnal hours, the wind turbine is used to provide low cost electricity to the reversible fuel cells operating in the electrolysis mode producing hydrogen and oxygen that is stored for later use. Alternatively, the fuel cells can remain in electrolysis mode producing hydrogen and oxygen for the market. A modified interactive system generates power on a continuous twenty-four hour cycle.

Abstract: A renewable electric power system includes a high temperature superconducting wind turbine using high temperature superconducting yttrium-barium-copper oxide for the rotor and stator windings as well as a superconducting bearing. Power from the turbine is stored in a high temperature superconducting magnetic storage system that also uses HTS YBCO. Also included is a regenerative solid oxide fuel cell/electrolyzer with steam turbine cogeneration. The system operates on a managed day/night cycle. During daytime, the energy produced by the wind turbines and fuel cells is transmitted to the grid. During nocturnal hours, the wind turbine is used to provide low cost electricity to the reversible fuel cells operating in the electrolysis mode producing hydrogen and oxygen that is stored for later use. Alternatively, the fuel cells can remain in electrolysis mode producing hydrogen and oxygen for the market. A modified interactive system generates power on a continuous twenty-four hour cycle.