Clathrate (gas) hydrate science, engineering and novel applications (natural gas storage and transport, carbon dioxide capture and storage, water treatment), Thermodynamics of fluids and super-hydrophobic surfaces, Novel materials from forest bio-resources, High-value papermaking
Professor and Department Head
CHBE 261
National Technical University of Athens, 1981, Diploma in Chemical Engineering (B.Sc.)
University of Calgary, 1986, MASc in Chemical Engineering
University of Calgary, 1990, PhD in Chemical Engineering
Research Interests
  • Natural Gas Hydrates
  • Shale Gas
  • Carbon dioxide capture and sequestration
  • Super-hydrophobic surfaces and novel applications

Professor Englezos has over 20 years of research experience on several fundamental and applied aspects of clathrate or gas hydrates. He has published extensively in this area including reviews on clathrate hydrates, kinetics, energy and environmental aspects and a provisional patent. During the past 15 years he has also developed expertise on several aspects of papermaking chemistry or “wet-end” chemistry. The link connecting these apparently different areas is that the systems under study are aqueous multiphase systems. In order to tackle these complex systems our research methodology is based primarily on chemical thermodynamics aided by kinetics, mass transfer, colloid chemistry and optimization methods. The experimental approach involves macroscopic techniques and a suit of molecular level studies.

CHBE 243 Introduction to Chemical and Biological Process and Technology
CHBE 457 Process Synthesis
CHBE 551 Thermodynamics
CHBE 552 Optimization Methods
CHBE 559D Advanced Topics in Chemical Engineering