Dr Dimitris Malamis
Professor

Howell 245a

Research area(s)

Advancing smart biorefineries for sustainable waste/wastewater valorization
Circularity and sustainability assessment for integrated waste/wastewater systems
CO2 valorization and decarbonization strategies in waste and wastewater management for sustainable resource recovery
Waste/wastewater resilience and decision support systems for sustainable waste management

Smart Biorefineries: Assessing bioconversion techniques to valorize waste and wastewater streams into sustainable fuels, materials, and chemicals.
Circular Bioeconomy: Integrating circular economy principles, particularly resource recovery, decarbonization, and environmental sustainability in waste /wastewater management.
Decarbonization of Waste and Wastewater Systems: Exploring innovative methods for capturing and reusing CO2 in waste and wastewater management systems.
Waste/wastewater resilience: Developing Decision Support Systems to Enhance the Selection, Testing, and Optimization of Waste/wastewater Management Technologies for Informed Decision Making at Operational and Strategic Levels