Energy, Environment & Aerospace Licensing Opportunities

Tsung-Cheng Shen, a researcher at Utah State University, has invented another way to create carbon nanotubes (CNTs).

A “green” hybrid rocket thruster has been devised by USU researchers as an alternative to more commonly used propellants such as the monopropellant hydrazine and cold gas thrusters.

USU researchers have developed a navigation system that uses measurements from detected landmarks or objects to provide an estimated global position.

In response to a governmental need for a stable “green” alternative to the popular propellant hydrazine, Utah State University researchers developed a hybrid rocket motor using fused deposition modeling.

A self-regulating system that utilizes field-focusing techniques to maximize efficient dynamic wireless power transfer, primarily for electric vehicles. The maximum output power of this technology is higher than conventional technology by 102%.

USU researchers are developing a system that integrates a unique method of freeze desalination.

USU researchers have developed a novel method of containing plasma within magnetic fields

USU researchers have developed a novel Mg electrolyte capable of use in a high performance, rechargeable battery.

A thrust augmentation system for hybrid rocket engines in which a secondary, tunable injection of oxidizer in the nozzle provides increased and adjustable thrust

USU has developed a series of low-cost, highly water soluble viologen compounds as anode materials for pH neutral aqueous organic redox flow battery (AORFB) applications.