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Green at Glenn
Green Energy at Glenn Research Center
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Related Spinoffs

(link opens new browser window)battery storage boxMaking the Most of Waste Energy (link opens new browser window)

Each and every day, all around the world, an incalculable amount of energy is wasted and literally blown into the atmosphere through power plant smokestacks and industrial and commercial heating systems. In 2003, Unitel Technologies approached NASA with an idea for an advanced energy recovery cycle that it believed could cost-efficiently convert low-level thermal energy sources from previously untapped resources—such as hot gas exhausted from power plants—into usable electric power.

› Read the full article at NASA Spinoff. (link opens new browser window)
fuel cellMobile Instruments Measure Atmospheric Pollutants

To study global warming and air pollution, researchers must be able to measure trace amounts of air pollutants precisely and quickly. With Small Business Innovation Research awards from NASA's Ames and Glenn Research Centers, Aerodyne Research Inc. (ARI) developed instruments for measuring stratospheric ozone depletion, greenhouse gases, and concentrations of pollutant gases and particles in the air.

› Read the full story in the upcoming 2009 edition of NASA Spinoff — available soon
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Cross-Cutting Competencies
With decades of experience in designing, building, and testing power systems, GRC has developed technology breakthroughs in a variety of cross-cutting disciplines that impact all areas of energy and power advancements.

From state-of-the-art, harsh-environment instrumentation and communication to new materials and structures and complex computer-aided analyses, GRC has much expertise in green energy.


Read about GRC's expertise in the following areas:


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Communication, Instrumentation & Controls (link opens new browser window)

Research areas include:

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Structures and Materials Division (link opens new browser window)

Research areas include:

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Nanotechnology

Nanotechnology involves controlling and manipulating matter on the nanometer (one one-billionth of a meter) scale. New materials and devices on the atomic and subatomic levels can revolutionize the operation and performance of propulsion and power systems for aerospace applications.

See also: Nanostructured Devices


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Systems Analysis (link opens new browser window)

The Multidisciplinary Design, Analysis, and Optimization Branch at GRC strategically assesses the center’s aeronautics and space program activities. It plays a critical role in analytically calculating the performance and economic benefits of advanced and unconventional aeronautical and astronautical technologies. These assessments help to influence NASA’s decision-making process and strategically guide the direction of its technology portfolios.

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Systems Engineering

This competency uses tools to analyze aerospace vehicles, propulsion, and power concepts.  It is focused on the development and maintenance of systems engineering processes and the application of engineering processes at a systems level.

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  • Page Last Updated: July 30, 2009
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