Technology
PeCATHS aims to develop a novel photoelectrochemical energy conversion system that combines the oxidation of biomass derivatives for the synthesis of value-added chemicals with the concomitant hydrogenation of Liquid Organic Hydrogen Carriers (LOHCs), as a sustainable process for long-term energy storage
PeCATHS aims to explore the most sustainable (photo)electrochemical procedures for transforming biomass derivatives, such as hydroxymethyl furfural (HMF) or sugars (glucose), into value-added products like 2,5- furandicarboxylic acid (FDCA) or glucaric acid. This transformation will occur simultaneously with the hydrogenation of LOHCs.
A paramount benefit of this approach is that it opens a path to reversing climate change by substituting fossil-fuel- based precursors with biomass derivatives. Additionally, this technology has the potential to transform the chemical industry into a greener sector and provide extra income to sustain the primary sector, making it a net contributor in addressing the greenhouse effect.
Objectives
Develop selective and stable electrodes and photoelectrodes for biomass valorisation and organic carrier hydrogenation.
Develop selective and stable electrodes and photoelectrodes for biomass valorisation.
