NOVELTY - A turbine (1) includes a cylindrical shell 92) having an inner and outer surfaces (3, 4), and a hole at each of the opposing ends of the shell; blades (5) attached to the inner surface of the shell; supporting structure; bearing to allow the cylindrical structure to rotate freely in the supporting structure; and rotational energy connecting element.    USE - Used as hydraulic and pneumatic turbine (claimed) to produce electricity, hydrogen, or purified water.    ADVANTAGE - The turbine captures or harnesses the kinetic energy of passing liquids and gases, in an environmentally friendly manner, with an unlimited source of kinetic energy. It has vacant center axis, since energy is captured at the peripheral surfaces instead of from a central shaft; a debris exhaust hole (7) that is size application dependent; is lightweight and durable and made from composite materials; has a mechanism for offshore production of hydrogen, distilled water, electricity, and possibly more, located above or below the water line; has a scalable design that adjusts to meet energy requirements; and has a modular design that allows for scalability and maintainability.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for:    (1) increasing the pressure applied to a turbine's blades by passing fluids and gases comprising providing a funnel, and rib to channel passing fluids and gases in a direction perpendicular to the turbine blades;    (2) an electric power plant comprising a submersible housing, the above turbine, and electric generator and/or geothermal for generating electricity, to safely produce affordable, environmentally friendly electricity;    (3) producing electricity by capturing kinetic energy using turbine, transferring rotational energy from the turbine captured at the outermost surface of the turbine, and generating electrical energy from the rotational energy;    (4) a water purification plant comprising a factory, a mechanism of acquiring electric power; a mechanism of providing ocean water; and a mechanism of distilling the ocean water;    (5) producing purified water by providing electricity source; and distilling ocean water from the electrical energy; and    (6) a hydrogen production plant comprising factory; mechanism of acquiring electric power; a mechanism of ocean water purification; and electrolyzer for producing hydrogen.    DESCRIPTION OF DRAWING(S) - The figure is an intake end view of the cylindrical shell illustrating the formation of a debris exhaust hole formed by the distal edges of the turbine's blades.    Turbine (1)    Shell (2)    Surface (3, 4)    Blade (5)    Axis (6)    Debris exhaust hole (7)