Solar Fuels Institute
  • SOFI
    • About Us
    • Letter from SOFI's Management Team
    • Contact Us
  • People
    • Board of Trustees
    • Management Team & Staff
    • Collaborators
  • Collaboration
    • R&D Partnerships >
      • Technical Working Groups
      • Research Exchanges
      • Industry Collaboration
      • Collaborative Events >
        • Kickoff
    • Collaborative Tools >
      • Knowledge Map
      • Electronic Lab Notebooks
      • Elsevier & Biblio
    • Logo Story
  • Challenges
  • Membership
  • Research
    • Light Capture
    • Water Oxidization
    • Carbon Dioxide Reduction

Water Oxidation

Picture
All fuel-forming reactions and catalysis involve moving electrons from one species to another, a.k.a. redox chemistry (combination of “reduction” and “oxidation”).  In order to store the energy from the sun in the form of fuels, researchers will need a clean source of electrons.  Nature’s source of electrons in photosynthesis comes from water.  By converting water molecules into their constituent oxygen gas and positive hydrogen ions, electrons can be derived (oxidation).  This process, however, is very strenuous, and special substances— catalysts— are needed to facilitate that reaction.  SOFI researchers are developing new catalysts that use earth-abundant elements to split water, either by an electrical potential or by a light-driven process.
Copyright © 2013 Solar Fuels Institute. All rights reserved.