My name is Miguel Ángel, and I am from southern Spain, Málaga. I graduated in Chemical Engineering in 2016 and finished the Master degree in 2018. I completed my PhD at the University of Málaga (Spain) in 2023, where my doctoral research focused on the use of biomass waste to produce synthesis gas and biofuels via the Fischer–Tropsch process. I obtained the highest qualification, cum laude.
I have participated in three national research projects related to the use of biomass for the preparation of catalysts and biofuels. I am currently working under a postdoctoral fellowship funded by the Spanish government at the University of Castilla-La Mancha, where my research focuses on renewable energy storage, specifically vanadium redox flow batteries, as well as hydrogen production and its use in fuel cells.
In addition, I am involved in a European research project focused on metal recovery from spent catalysts using renewable energy, with vanadium redox flow batteries as support systems. I am also participating in a regional project related to hydrogen production from different water resources, with special emphasis on maximizing hydrogen production per liter of water used and on the utilization of all components present in the water
My name is Miguel Ángel, and I am from southern Spain, Málaga. I graduated in Chemical Engineering in 2016 and finished the Master degree in 2018. I completed my PhD at the University of Málaga (Spain) in 2023, where my doctoral research focused on the use of biomass waste to produce synthesis gas and biofuels via the Fischer–Tropsch process. I obtained the highest qualification, cum laude.
I have participated in three national research projects related to the use of biomass for the preparation of catalysts and biofuels. I am currently working under a postdoctoral fellowship funded by the Spanish government at the University of Castilla-La Mancha, where my research focuses on renewable energy storage, specifically vanadium redox flow batteries, as well as hydrogen production and its use in fuel cells.
In addition, I am involved in a European research project focused on metal recovery from spent catalysts using renewable energy, with vanadium redox flow batteries as support systems. I am also participating in a regional project related to hydrogen production from different water resources, with special emphasis on maximizing hydrogen production per liter of water used and on the utilization of all components present in the water