Vyacheslav V. Fedorovich
Senior
researcher, Department of Chemical enzymology
Graduated from Moscow Engineering and Physics Institute, Faculty of
Experimental and theoretical physics.
Defended Ph. D thesis
" Hydro-mass-transfer in a biochemical reactor with inserted membrane elements for
biosynthesis on gaseous substrates ".
E-mail address: Vfedorovich@enz.chem.msu.ru
Current scientific interests:
1. Math. modeling of the processes
on biofilm-metal intefaces.
2. Biophysical aspects of bacterial
attachment and detachment.
3. Development of bioelectrochemical
reactors on waste substrates.
Representative
publications.
1. Kalyuzhnyi S. and Fedorovich V. (1997) Integrated
mathematical model of UASB reactor for competition between sulfate reduction and
methanogenesis. Wat. Sci. Technol. 36(6-7): 201-208.
2.
Kalyuzhnyi S.V. and Fedorovich V.V. (1998) Mathematical modeling of competition between
sulphate reduction and methanogenesis in anaerobic reactors. Biores. Technol. 65:
227-242.
3.
Kalyuzhnyi S., Fedorovich V., Lens P., Hulshoff Pol L., Lettinga G. (1998) Mathematical
modeling as a tool to study population dynamics between sulfate reducing and methanogenic
bacteria. Biodegradation, 9: 187-199.
4. Fedorovich V., Greben M., Kalyuzhnyi S., Lens
P., Hulshoff Pol L. (2000) Use of hydrophobic membranes to supply hydrogen to sulfate
reducing bioreactors. Biodegradation. 11(5): 295-303.
5. Kalyuzhnyi S., Fedorovich V. (2000) Reagentless
biocatalitic treatment of sulphurcontained gases. Ecology & Industry of Russia. 2:
33-36.
6. S.Kalyuzhnyi, V.Fedorovich and P.Lens. Novel dispersed
plug flow model for UASB reactors focusing on sludge dynamics. Proceedings of The 9th
international conference on anaerobic digestion. Antwerp, Belgium, 2001, 1:123-128.
7. V. V. Fedorovich, S. V. Kalyuzhnyi, P. Van der Meeren
and W. Verstraete (2002) "DEVELOPMENT OF A PHENOMENOLOGICAL MODEL OF THE
KINETICS OF BACTERIAL ADSORPTION TO LOW ENERGY SURFACES". Moscow University Chemistry
Bulletin. 57:75-78
8. V. V. Fedorovich, S. V. Kalyuzhnyi, P. Van der Meeren
and W. Verstraete (2002) "STUDY OF A PHENOMENOLOGICAL MODEL OF THE
KINETICS OF BACTERIAL ADSORPTION TO LOW ENERGY SURFACES". Moscow University Chemistry
Bulletin. 57:79-83
9.V. V. Fedorovich, T. O. Majitov, S. V.
Kalyuzhnyi (2004) " Biofuel cells - a new opportunity for power
engineering". Catalysis & Industry (Russian edition) 1:29-34
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