IAC ITP Technology Specialties (Adopt a Technology)
Listing of IAC Centers and their adopted DOE-ITP developed and supported advanced technologies
List of ITP Technologies: Commercial Successes
| Center | Tech Name | Description |
|---|---|---|
| AM - Texas A&M, College Station view center |
Low NOx Burners | New technologies for heating systems help to limit NOx emissions. |
| BD - Bradley University view center |
Ceramic Membranes for Gas Separation | Low-cost, robust membrane allows economical recovery of industrial gases. |
| BS - Boise State University view center |
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| CO - Colorado State University view center |
Tunable Diode Laser Sensor for Combustion Control | Compact system allowing for real-time combustion monitoring. |
| DL - University of Delaware view center |
On-Line Laser-Based Ultrasonic Thickness Gauge | Effective, real-time measurements of steel tube wall thickness. |
| IA - Iowa State University view center |
Multiple Station Air Gauge: Non-Contact Part Inspection and Gauging | Air gauge system accurately gauges parts without damaging casting patterns. |
| IP - Indiana University-Purdue University view center |
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| LE - Lehigh University view center |
Flame Image Analysis for Natural Gas-Fired Furnaces | Increasing efficiency while lowering emissions via real-time flame monitoring. |
| MA - University of Massachusetts view center |
Oxy-Fuel Firing | Oxy-fuel combustion saves energy and reduces emissions. |
| MI - University of Miami view center |
Oxygen Enhanced Combustion for Recycled Aluminum | New metal melting system reduces energy use and increases productivity. |
| MZ - University of Missouri-Columbia view center |
Meta-Lax Thermal Stress Reliever | Quick, energy-efficient vibration technology prevents distortion and cracking. |
| NC - North Carolina State view center |
Pressure Swing Adsorption for Hydrocarbon and Nitrogen Recovery | Highly selective pressure swing adsorption technology recovers valuable components from waste streams. |
| OK - Oklahoma State University view center |
Hollow-Fiber Membrane Compressed Air Drying System | New, simple compressed air drying system promises energy savings and increased productivity. |
| OR - Oregon State University view center |
VOC Reduction in Wood Drying | Operational practices can reduce volatile organic compounds (VOCs). |
| SD - San Diego State University view center |
Process Heater System | Combination of technologies working together to maximize efficiency and minimize emissions. |
| SF - San Francisco State University view center |
MultiGas™ : Combustion Tuning and Emissions Monitoring | On-line feedback resulting in lower energy use and emissions for boilers and turbines . |
| SU - Syracuse University view center |
Thermal Imaging of High-Temperature Furnaces | Near infrared imaging of high-temperature processes helps optimization. |
| TT - Tennessee Technological University view center |
Dross Boss Aluminum Reclaimer for Foundry Applications | Affordable metallic recovery system saves energy, reduces landfill waste streams. |
| UA - University of Alabama view center |
Dilute Oxygen Combustion (DOC) System | Improving reheat furnace productivity while reducing NOx emissions. |
| UD - University of Dayton view center |
Isothermal Melting | Conductive heating improves energy efficiency and reduces metal oxidation. |
| UK - University of Kentucky view center |
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| UM - University of Michigan view center |
Oxygen Enhanced Combustion for Recycled Aluminum | New metal melting system reduces energy use and increases productivity. |
| WM - University of Wisconsin, Milwaukee view center |
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| WV - West Virginia University view center |
Life Improvement of Pot Hardware in Continuous Hot-Dipping Processes | Increasing pot resistance to corrosion and dross buildup to improve life and efficiency. |
News
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President Obama Highlights IAC
February 23, 2012
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New Group of IAC Centers Selected
January 1, 2012
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DOE Highlights IAC on Top of energy.gov
November 21, 2011
