Published Environment & Sustainability Green Hydrogen Generation A new metallopolymer catalyst has been developed to improve and simplify water electrolysis, targeting energy storage from renewable power production. By The University of Arizona
Published Environment & Sustainability New Homogenous Photocatalysts This invention is a new class of homogeneous photocatalyst that overcomes current system limitations by creating a new class of carbenium-based compounds. By The University of Arizona
Published Environment & Sustainability Stable, Organic Photocatalysts This invention comprises of novel carbenium-based molecules that are designed, synthesized, and tested for use in homogenous photocatalysis. By The University of Arizona
Published Environment & Sustainability Metal-Free Pyrene Oxidization This invention is a new green chemistry method for oxidizing pyrenes without any metal-mediated catalyst or reagent, resulting in high yield. By The University of Arizona
Published Manufacturing & Production TiOPc Organic Semiconductors This patented technology covers materials and methods for making soluble Titanyl Phthalocyanines (TiOPc) with thin-film near-IR absorptivity for use as organic semiconductors. By The University of Arizona
Published Environment & Sustainability Efficient Stable PV Solar Cell This invention is a new organic hole transporting material perovskite solar cells that improves power conversion efficiency. By The University of Arizona
Published Environment & Sustainability Low-Defect Perovskites This invention is a new small molecule for passivating defects in organic perovskite electronic devices that improves efficiency and stability. By The University of Arizona
Published Manufacturing & Production Organic Semiconductors This invention demonstrates excellent near-IR photoactivity for solution-processed bulk heterojunction organic solar cells. By The University of Arizona
Published Manufacturing & Production IR-Sorbing Electronics Layer This invention is a novel side-strapped derivative of phthalocyanine for use in photovoltaic cells to generate a current in a more efficient manner. By The University of Arizona
Published Multi Sector IR-Sorbing Solar Cell Layer This invention is a novel side-strapped derivative of pthalocyanine for use in photovoltaic cells to generate a current more efficiently. By The University of Arizona
Published Multi Sector Thin Film IR-Sorbing PVs The solar cells in this invention convert sunlight in the near-IR region of the solar spectrum to electricity. By The University of Arizona
Published Sciences Organic Solar Cells This invention is a solution-processed planar heterojunction (PHJ) organic photovoltaic (OPV) device based on a soluble titanyl phthalocyanine. By The University of Arizona
