Since December 1996, Ana Paula Soares Dias has been an assistant professor at the Instituto Superior Técnico's (IST) Chemical Engineering Department. In 1991 and 1996, she received her Master's and PhD in catalytic process engineering from IST. When she finished her degree in chemical engineering in 1987, she began working at IST as a trainee assistant. She began working as an assistant in 1991, after obtaining her Master's degree. Her research on heterogeneous catalysis in selective oxidation processes in the industry has lately evolved into technologies for the generation of renewable fuels like biodiesel and pyrolysis bio-oil. The researcher recently investigated the application of pyrolysis char as a catalyst in green chemistry processes and as an adsorbent in environmental remediation procedures. The recovery of waste materials is the subject of ongoing research (biomass, plastics, tire rubber, and inorganic).
Research Keywords & Expertise
Biochar
Biodiesel
Biomass
Carbon Capture
Catalysis
CCS
Green Chemistry
Heterogeneous Catalysi...
Pyrolysis
Renewable Energy
Renewable Fuels
Thermal Analysis
Waste Management
Carbon Capture and Sto...
Materials chracterizat...
seaweed
Ca looping
Fingerprints
34%
Biodiesel
18%
Biomass
15%
Pyrolysis
8%
Biochar
5%
seaweed
5%
Catalysis
5%
Renewable Fuels
5%
Thermal Analysis
5%
Waste Management
Short Biography
Since December 1996, Ana Paula Soares Dias has been an assistant professor at the Instituto Superior Técnico's (IST) Chemical Engineering Department. In 1991 and 1996, she received her Master's and PhD in catalytic process engineering from IST. When she finished her degree in chemical engineering in 1987, she began working at IST as a trainee assistant. She began working as an assistant in 1991, after obtaining her Master's degree. Her research on heterogeneous catalysis in selective oxidation processes in the industry has lately evolved into technologies for the generation of renewable fuels like biodiesel and pyrolysis bio-oil. The researcher recently investigated the application of pyrolysis char as a catalyst in green chemistry processes and as an adsorbent in environmental remediation procedures. The recovery of waste materials is the subject of ongoing research (biomass, plastics, tire rubber, and inorganic).