Published Power & Utilities Polymer Cathode WaterSplitting This technology is a less expensive and more efficient process for producing hydrogen gas using photoactive metallopolymers. By The University of Arizona
Published Engineering Neutral pH Water Splitting The invention is a protic co-catalyst used to increase the rate of electrolysis for splitting water to hydrogen and oxygen in a hydrogen evolving reaction. By The University of Arizona
Published Environment & Sustainability Image-Based Bed Load Analyzer This analyzer technology enables the automation and accurate measurement of river bed load transport rate. By The University of Arizona
Published Environment & Sustainability Remediating Nitro Compounds This technology is a pretreatment step that aids in the degradation of aromatic compounds with nitro substituents (explosives, TNT, plasticizers, dinitroluene). By The University of Arizona
Published Transport Fuel Cell Hydrogen Compressor This technology is an electrochemical hydrogen compressor, one of three components of a more efficient Polymer Electrolyte Membrane fuel cell. By The University of Arizona
Published Transport High Temp Fuel Cell System This invention is one of three components that are combined to create a novel, more efficient and cheaper high temperature PEM fuel cell. By The University of Arizona
Published Transport Fuel Cell Metal Bipolar Plate This technology is a metallic bipolar plate, a component of a more efficient PEM fuel cell. By The University of Arizona
Published Transport PEM Fuel Cell This invention contains three main components that are combined to create a novel, more efficient and less costly high temperature Polymer Electrolyte Membrane (PEM) fuel cell. By The University of Arizona
Published Environment & Sustainability Plastic Cleanup in the Ocean The invention is a type of cyclonic separator that can filter out plastics smaller than 5mm while returning nutrients. By The University of Arizona
Published Manufacturing & Production Electrodeposition of Silicon This technology is a new method for producing high quality polycrystalline silicon that targets photovoltaic cell manufacturers and other thin film silicon applications. By The University of Arizona
Published Manufacturing & Production Bastnaesite Ore Metal Removal The method's chemical scheme allows for removal of earth metals from Bastnaesite while reducing the flotation temperature to a cost-efficient level. By The University of Arizona
Published Environment & Sustainability Green Polyurethane Alternative This patented technology is a chemical synthesis method that allows for a greener, safer alternative to Polyurethane. By The University of Arizona
