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Methods and Processes for Producing Butyrate Esters from Sugars
TS-037568 — A method and process for producing butyrate esters for use as novel biofuels.These products have a similar energy content to biobutanol, but are easier to produce.
Currently, bioethanol is the major biofuel on the market, but recently butanol has gotten attention for its potential as a transportation fuel. It has many characteristics that make it a better fuel source than ethanol: butanol has 25% more Btu per gallon, it's less evaporative/explosive with …
  • College: College of Engineering (COE)
  • Inventors: Yang, Shang-Tian "ST"
  • Licensing Officer: Davis, Stewart

Metabolic Engineering of Clostridium Tyrobutyricum for Butanol Production
TS-037555 — A new strain of bacteria that can produce butanol at a high titer for transportation fuel.
Butanol is generally used as an industrial solvent but can also be blended with gasoline and used as transportation fuel. Butanol is commonly produced using fossil fuels, but it can also be produced from biomass, referred to as biobutanol. Biobutanol is produced from fermentation of the same feeds…
  • College: College of Engineering (COE)
  • Inventors: Yang, Shang-Tian "ST"; Yu, Mingrui
  • Licensing Officer: Davis, Stewart

N-Proanol and Propionic Acid Producing Propionibacteria
TS-037515 — New method of producing n-propanol and propionic acid using a metabolically engineered propionibacteria.
Propionibacteria are well-known for their various industrial applications including the manufacturing of Swiss cheese, vitamin B12, and propionic acid. However, not much is known about their genetics, and few studies have been conducted utilizing them for metabolic engineering, mostly in vitamin B…
  • College: College of Engineering (COE)
  • Inventors: Yang, Shang-Tian "ST"; Ammar, Ehab
  • Licensing Officer: Davis, Stewart

Porous Thermoelectric Materials
TS-037351 — A formulation to increase the efficiency of thermoelectric materials by reducing density.
Thermoelectric effects enable direct conversion of thermal to electrical energy, which provides an alternative power generation and temperature conditioning. Although thermoelectric systems are environmentally friendly, the efficiency of thermoelectric devices cannot compete with current gold-stan…
  • College: College of Engineering (COE)
  • Inventors: Heremans, Joseph; Jaworski, Christopher
  • Licensing Officer: Gooray, Arthur "Art"

Battery consumption minimization strategy for plug-in, pure, and hybrid EVs
TS-036908 — An energy management strategy for pure and hybrid electric vehicles that improves battery-life and optimizes fuel economy
Automotive powertrains are increasingly more electric, from mild and full hybrid, to plug-in hybrid and battery electric, automotive propulsion is increasingly relying on electricity as a source of power assist, or as the sole source of power, in automotive vehicles. This is true for passenger, co…
  • College: College of Engineering (COE)
  • Inventors: Rizzoni, Giorgio; Tang, Li
  • Licensing Officer: Zinn, Ryan

Paired Lewis Acid Site Zeolite Catalysts for the Selective Conversion of Glucose to Fructose
TS-030928 — A zeolite catalyst with a unique chemical structure that utilizes paired Lewis acid sites to increase the catalytic selectivity for the isomerization of glucose and other sugars into fructose.
Fructose is a key compound in the food and fermentation industries that is typically produced via the enzymatic isomerization of glucose. The enzymes used to efficiently convert glucose to fructose are expensive to manufacture and sensitive to processing conditions. An alternative approach is to d…
  • College: College of Engineering (COE)
  • Inventors: Brunelli, Nicholas "Nick"; Deshpande, Nitish; Parulkar, Aamena
  • Licensing Officer: Bartell, Cordellia

Carbide bonded Graphene Coating
TS-015271 — A facile approach for obtaining carbide-bonded graphene coatings on a variety of metallic and nonmetallic substrates.
Despite the many attractive features of graphene, the lack of atomic bonds between graphene and substrates and among graphene nanosheets has limited its potential applications. Although theoretical considerations predict that covalent bonds between graphene nanosheets would significantly improve s…
  • College: College of Engineering (COE)
  • Inventors: Lee, L James; Huang, Wenyi; Yu, Jianfeng
  • Licensing Officer: Norris, Francis "Frank"

Oxidatively Stable Membranes for Gas Separations
TS-015228 — Carbon dioxide capture from synthesis gas or hydrogen and methane containing mixtures
Industrial processes, such as cement, steel, pulp and paper, chemicals and natural gas processing, are significant emitters of carbon dioxide, which accounts for nearly 25% of energy-related carbon dioxide emissions. The current standard for carbon capture membranes are amine-based, which are susc…
  • College: College of Engineering (COE)
  • Inventors: Ho, W.S. Winston; Salim, Witopo; Vakharia, Varun
  • Licensing Officer: Bartell, Cordellia

Zeolite/Polymer Composite Membranes for Carbon Dioxide Separations
TS-015156 — Zeolite/polymer composite membranes for carbon dioxide separations
The energy and environmental markets are producing a great research and development race to improve membranes for the fuel cell market to replace petroleum-based energy sources, to improve hydrogen production for use as a fuel in vehicles, and to sequester carbon dioxide to reduce the greenhouse e…
  • College: College of Engineering (COE)
  • Inventors: Ho, W.S. Winston; Dutta, Prabir; Ramasubramanian, Kartik; Severance, Michael
  • Licensing Officer: Bartell, Cordellia

Nitrogen Oxide Reduction
TS-015058 — A catalytic treatment of nitrogen oxides from lean burning engine exhaust.
The choice of reducing agent for the reduction of nitrogen oxides in lean combustion exhaust streams is critical to limit pollution. Hydrocarbons are ideal reducing agents because they are present in the exhaust stream of many applications, but reduction of nitrogen oxides is difficult to catalyze…
  • College: College of Engineering (COE)
  • Inventors: Ozkan, Umit; Holmgreen, Erik; Yung, Matthew
  • Licensing Officer: Bartell, Cordellia

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