The Direct Jet Micro Turbine is a compact and cost-effective technology that generates electricity by using pressurized air to enhance fuel combustion, eliminating the need for expensive heat exchangers.
Background: Existing electricity generation methods often require complex, heavy, and costly components such as heat exchangers. There is a demand for lightweight and affordable solutions for power generation in various applications. This invention aims to simplify the process while maintaining efficient energy output.
Technology Overview: The Direct Jet Micro Turbine utilizes a standard turbocharger, combined with a positive displacement blower, to produce pressurized air that drives a jet pump. This jet pump increases the pressure of a flammable synthetic gas, optimizing combustion and heat generation. The resulting heat is converted into electricity efficiently without the need for traditional heat exchange systems, reducing both weight and cost. The technology's simple design leverages readily available components, ensuring ease of manufacturing and maintenance. Funded by the U.S. Office of Naval Research, this system presents a novel approach to small-scale electricity generation while protecting its proprietary technology through The Research Foundation for The State University of New York.
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Advantages: • Compact and lightweight design suitable for diverse environments. • Cost-effective by eliminating expensive heat exchangers. • Utilizes standard, readily available components for easier production and maintenance. • Enhances combustion efficiency through pressurized air and jet pump integration.
Applications: • Portable and remote power generation systems requiring lightweight solutions. • Military and naval applications supported by U.S. Office of Naval Research funding. • Small-scale energy generation in off-grid or emergency scenarios. • Any setting demanding efficient, compact, and low-cost electricity generation technology.
Intellectual Property Summary: Patent pending.
Stage of Development: TRL 4
Licensing Status: This technology is available for licensing.