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Institute of ChemistryBMBF Research Project Light2Hydrogen

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BMBF Research Project Light2Hydrogen

BMBF-Vorhaben Light2Hydrogen

Light2Hydrogen (L2H) „Energy for the Future - Photocatalytic Splitting of Water to Hydrogen" is an interdisciplinary research project, financed by the Federal Ministry of Education and Research (Bundesministerium für Bildung und Forschung, BMBF) within the framework program „Spitzenforschung & Innovation in den neuen Laendern" with a funding of 10 Mio. Euro during the period 1.11.2009 – 31.10.2014.

The interdisciplinary L2H network consists of 16 research groups from seven partner institutions within the regions Berlin-Brandenburg and Mecklenburg-Western Pomerania. The goal is the direct photocatalytic generation of hydrogen from water by sunlight, as well as its first technical application. A close association with innovative SMBs, with the Hydrogen Initiative Mecklenburg-Western Pomerania and the involvement of a industrial advisory board assist the commercial implementation.

The expertise of the research cluster aims at the first-time development of technically usable catalysts for the direct photocatalytic water splitting to hydrogen and oxygen. In a continuous interaction between experiment and theory, the mechanistic understanding of the process is to be enlarged, thus enabling a knowledge-based catalyst design using new hybrid materials. The basis for a photocatalytic hydrogen technology will be developed: Hydrogen is being generated from water by means of sunlight – from renewable energy sources without releasing greenhouse gases! It will be utilized for producing electrical energy via fuel cells as well as for hydrogen consuming refinement processes.

Light2Hydrogen Subprojects at the TU Berlin

  • Prof. Matthias Driess
    Inorganic materials for photoelectrodes:
    Synthesis of tailored semiconductor oxide systems from metallorganic single source precursors
  • Prof. Arne Thomas
    Nano-materials for photoelectrodes:
    Preparation of nanostructured carbon nitride and carbon nitride/semiconductor oxide composites
  • Prof. Siegfried Blechert
    Organic materials for photoelectrodes:
    Chemical modification of graphitic carbon nitride by incorporation of new binding motifs and chromophoric structures
  • Prof. Reinhard Schomaecker
    Device development:
    Conception and set-up of photoreactors for reproducing catalyst testing

For an overview of the publications evolved from the L2H research field at the TUB please click here.


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