Catalysts, Vol. 13, Pages 999: The Role of Ion Exchange Resins for Solving Biorefinery Catalytic Processes Challenges

Catalysts, Vol. 13, Pages 999: The Role of Ion Exchange Resins for Solving Biorefinery Catalytic Processes Challenges

Catalysts doi: 10.3390/catal13060999

Authors: Yolanda Patiño Laura Faba Raquel Peláez Jennifer Cueto Pablo Marín Eva Díaz Salvador Ordóñez

Different possible applications of ion exchange resins in the framework of biorefinery catalytic applications are discussed in this article. Three case studies were selected for this approach, connected to three main routes for biomass upgrading: syngas upgrading to high-value chemicals, biomass hydrolysate upgrading, and direct upgrading of oily fraction. The tailored acidic properties of these materials, as well as their stability in the presence of water, have made them promising catalysts for applications such as obtaining biodiesel from activated sludge wastes in batch reactors and obtaining polyoxymethylene methyl ether from syngas (via formaldehyde and methylal, and working in a continuous fixed bed reactor). However, the acidity of these materials may still be too low for acid-catalyzed aldol condensation reactions in the aqueous phase.