EERG – ENERGY AND ENVIRONMENT RESEARCH GROUP

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Dr. Amr Abdalla

Dr. Amr Abdalla Working on Chemical Looping and Hydrogen Technologies Amr is postdoctoral associate working topics related to CO₂ capture and conversion, and hydrogen conversion. His research expertise involves both experimental work and process simulation.

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Maharshi R Dave

Maharshi started his MSc at UofC in May 2022. He is working on improvement of spray column performance for utilization in CO₂ capture in the amine absorption process. His interests are process design and optimization.

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Other Keywords:

Process modeling and simulation
Carbon conversion
Aspen Tech
Reactor design
Carbon capture and conversion
Chemical Looping
Materials preparation and characterization
CO2 Capture and Conversion
Reactor Design and Kinetics
Reforming reactions
Hydrogen
Process Simulation
Biomass Pyrolysis
Biomass Gasification
Heterogeneous catalysts
Carbon Capture Utilization & Decarbonization
Hydrogen production
CO2 utilization
Heterogeneous catalysts
Clean Tech
Techno-economics
LCA
Energy & Environment
Environment
CO2 Capture
Direct air capture
Heterogenous Catalysis
Methane Conversion
Solid sorbent
In-situ polymerization
Oxazolines
Adsorption
Adsorbent
CO2 adsorption
CO2 conversion
Zeolite
Cogeneration plant flue gases
Syngas production
Dry reforming of methane
Reforming techniques
Process design and simulation
Decarbonization
Sustainability
Clean energy
Functionalized ionic liquids
Graphite
Post-combustion
3D printing
Carbon-capture
Calcium Looping Process
Spray column
Bi-Metallic, Tri-Metallic Supports
Amine absorption
Modeling
Carbon dioxide
Aspen plus
MATLAB
DAC
Catalysis
Material synthesis
Dual Functional Materials
Tri reforming of methane
Characterization
Ni/MOF
Tri reforming of methane
Zeolites synthesis
Steam Reforming
Machine learning