Objectives
The group develops nanostructured carbon materials, novel catalysts and photocatalysts for application in environmental catalysis, synthesis of chemicals and fuels, energy conversion and storage, and innovative functional materials, including functional textiles, carbon-based membranes, and carbon sensors.Major research topics
Fabrication of nanostructured carbon materials, ranging from nanosized to porous carbons with tuned textural and surface chemical properties
Design of catalysts, from the nano to the macroscale, to remove pollutants from gaseous and liquid streams
Development of new catalysts and technologies for the sustainable production of fuels and chemicals, including biomass conversion into platform chemicals and biofuels
Development of advanced photocatalysts for environment protection and climate change mitigation, solar fuels and energy conversion, chemical synthesis, and chemical energy storage
Engineering of biocatalysts for health applications concerning therapy, synthesis and purification
Electrocatalysts and carbon electrodes for energy conversion and storage
Design of catalysts, from the nano to the macroscale, to remove pollutants from gaseous and liquid streams
Development of new catalysts and technologies for the sustainable production of fuels and chemicals, including biomass conversion into platform chemicals and biofuels
Development of advanced photocatalysts for environment protection and climate change mitigation, solar fuels and energy conversion, chemical synthesis, and chemical energy storage
Engineering of biocatalysts for health applications concerning therapy, synthesis and purification
Electrocatalysts and carbon electrodes for energy conversion and storage
TEAM