Research Summary
Research Summary
Plastic Waste to Value-added Chemicals and Fuels
(Pyrolysis and Gasification with Catalysts)
Syngas (or H2) production
Plastic monomer recovery
PVC treatment
Plastic/metal composite to value-added products
Synthesis of stable and efficient catalysts
Development of green process for plastic recycling
Low Quality Plastic Mixture to Fuels and Chemical
through Different Reforming Processes
Lignin Rich Biomass to Resources
(Thermo- and Electrochemical Processes)
Sludge to resources
Lignin decomposition and upgrading
Lignin liquid chemicals and biofuels
Synthesis of biochar catalyst, pollutant and CO2 adsorbent
Combined pyrolysis and electrochemical processes
Biomass Waste Valorization, Green Chemistry, 21 (2019) 3715-3743
Electrification of Chemical Processes
Electrochemical reduction/oxidation of plastic and biomass
Comparison between thermo- and electro-chemical process
Waste valorization under mild temperature and pressure
Synthesis of novel electrocatalysts
Design of electrochemical systems for waste reduction
Electrification of Biomass Upgrading Process
Catalysis Today, 323 (2019) 26-34
Metal Waste Recovery and Upcycling
Iron converter slag to building materials
Industrial metal waste to catalysts and cover materials
Battery waste application to new fields
Use of ash and low quality inorganic compounds as recycled materials in different industries
Use of Converter Slag as CO2 Sorptive Materials and Building Materials