Prof. Hristo Sapoundjiev
Natural Resources Canada, Canada
Email: Hristo.Sapoundjiev@RNCan-NRCan.gc.ca
Qualifications
1989 Ph.D., Chemical Engineering in Catalysis, Institute of
Catalysis, Russia
1973 M.Sc., Chemical Engineering, Technological University,
Sofia, Bulgaria
1972 B.A.Sc. in Chemical Engineering, Technological University,
Sofia, Bulgaria
Publications (selected)
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Sapoundjiev, H.High Potential Energy
from Dilute Methane Emissions, in the book “Greenhouse Gas Control
Technologies”, editors: David Williams, Bob Durries, Patrick McMullan, Colin
Paulson and Andrea Smith, CSIRO Publishing 2000, Australia.
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Sapoundjiev, H. Mine Ventilation Air:
A Potential Source of Environmentally Friendly Energy, in the book “Methane
Mitigation”, Published by Siberian Branch of Russian Academy of Sciences,
Novosibirsk, Russia, 2000, 547-552.
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H. Sapoundjiev, F. Aube, S. Hosatte,
D. Gauthier, R. Trottier, Economic Heat Recovery and Greenhouse Gas Elimination
from Ventilation Air of Underground Coal Mines, Word Coal Journal, Palladian
Publications Ltd, June 2000, Volume 9, #6, 66-70.
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H. Sapoundjiev, Heat Recovery from
Dilute Methane Emissions, Using the CH4MIN Technology, in the book “Catalytic
Chemical Reactors”, Helsinki, Finland, 2001, pp. 197-205.
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F. Aube, H. Sapoundjiev, Mathematical
Model and Numerical Simulations of Catalytic Flow Reversal Reactors for
Industrial Applications, International Journal of Computers & Chemical
Engineering, 24, (2001), 2623-2632.
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Salomons S, Hayes B., Poirier M.,
Sapoundjiev H, Mathematical Model of Flow Reversal Reactor, International
Journal: ”Catalysis Today”, 83 (1-4), 2003, p 59-69.
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Hayes, R.E., Kushwaha, A., Poirier,
M., Sapoundjiev, H., Effect of Reactor Internal Properties on the Performance
of a Flow Reversal Catalytic Reactor for Methane Combustion, Chemical
Engineering Science, 59, 2004, 4081-4093.
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S. Salomons, R.E. Hayes, M. Poirier,
H. Sapoundjiev, Modeling a Reverse Flow Reactor for the Catalytic Combustion of
Fugitive Methane Emissions, Computer & Chemical Engineering, 28, 2004,
1599-1610.
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Kushwaha, A., Sapoundjiev, H.,
Poirier, M., Hayes, R.E., Heat Extraction from a Flow Reversal Reactor in Lean
Methane Combustion, International Journal: Chemical Engineering Research and
Design, 83 (A2), February 2005, 1-9.
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R. Lito; R.E. Hayes; H. Sapoundjiev;
A. Fuxman; F. Forbes, B. Liu; F. Bertrand, Optimization and Control of Flow
Reversal Reactor for the Catalytic Combustion of Lean Methane Mixtures,
Catalysis Today, Volume 117, 4, 2006, 536-542.
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M. Fuxman, C. Devils, J. F. Forbs, H.
Sapoundjiev, R. E. Hayes, Repetitive Model Predictive Control of a Reverse Flow
Reactor, for Journal of Process Controls, 2008, 645-654.
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R. Litto, J. Mmbaga, R.E. Hayes, H.
Sapoundjiev, Catalyst Geometry Effects for Methane Combustion in a Flow
Reversal Reactor, for World Congress of Chemical Engineering, 2008, 385-389.
Profile Details
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