PhD thesis position: Towards a comprehensive understanding of reaction mechanisms of « Lytic polysaccharide monooxygénases » (LPMO) for an optimized hydrolysis of recalcitrant lignocellulose substrates
PhD thesis position: Towards a comprehensive understanding of reaction mechanisms of « Lytic polysaccharide monooxygénases » (LPMO) for an optimized hydrolysis of recalcitrant lignocellulose substrates
The production of bioethanol from lignocellulosic substrates depends on efficient enzymatic hydrolysis, which is one of the most expensive steps in the process. The Trichoderma reesei enzymatic cocktail is one … Read More Read More
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PhD thesis position: New bio-inspired bimetallic Ni-Fe complexes for hydrogen production
PhD thesis position: New bio-inspired bimetallic Ni-Fe complexes for hydrogen production
Currently, most industrial H₂ is derived from natural gas and oil, emitting significant CO₂. “Green H₂” represents only 1% of production and is mainly produced via water splitting using scarce … Read More Read More
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PhD thesis position: Enhancing Plastic Recycling by Unveiling Coupled Radical and Catalytic Cracking Mechanisms
PhD thesis position: Enhancing Plastic Recycling by Unveiling Coupled Radical and Catalytic Cracking Mechanisms
As plastic waste defines the present era, efforts towards the development of recycling technology are ramping up. For polyolefins (PO), common packaging materials, the available technologies of mechanical recycling and … Read More Read More
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PhD thesis position: Nanoengineering of sulfide catalysts for biomass valorization
PhD thesis position: Nanoengineering of sulfide catalysts for biomass valorization
Tighter regulations on the consumption of fossil fuels are currently driving the market for bio-oils derived from liquefaction or pyrolysis processes. To make them compatible with conventional fuel bases, bio-oils … Read More Read More
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PhD thesis position: Influence of thiophosphate solid electrolyte particles, towards a comprehensive design of all solid-states batteries
PhD thesis position: Influence of thiophosphate solid electrolyte particles, towards a comprehensive design of all solid-states batteries
All solid states Li batteries offer the promise of surpassing the energy density limits of current generations, thanks to the combined use of a solid electrolyte (SE) and a lithium … Read More Read More
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