Abstract: A transverse-axis power turbine, such as a Vertical-Axis Wind Turbine (VAWT), which includes both computer-controlled variable pitch and variable radius aspects providing a means to optimize performance and match variable loads in real-time. When multiple units are established coaxially and fixed to a floating platform, a method is presented of producing near net zero torque from the turbines on the floating platform. The transverse-axis power turbine can utilize helical blades for improved performance, while still benefiting from the variable radius and variable pitch functionality.

Abstract: The present invention provides a novel system and method for collecting CO2 and H2O from ambient air, using the power of a blower forcing air or another gas through a Reverse Venturi device (also called a divergent-convergent duct), to decrease the velocity of the air over a carbon capture device, and thereby increase the pressure of the unit, which results in raising of the dew point and the subsequent condensation of water in the air. This reduces the sorbent that is absorbed by the passing air stream, and increases the uptake of water vapor when a sorbent is used that attracts water.