Head of the Laboratory

Borodulya Valentin
Corresponding Member NAS Belarus, Dr Tech. Sci., Professor

Phone: +375-17-284-24-80
Е-mail: dsl@hmti.ac.by, bor@itmo.by

The Laboratory was organized in 1957 by the BSSR honored worker in science and technology, Corresponding Member of the National Academy of Sciences, Doctor of Technical Sciences, Professor Sergey Stepanovich Zabrodsky.

Main Scientific Work

  • Development of fundamental problems of heat and mass transfer in dispersed systems, in particular in fluidized and fixed beds, at phase and chemical changes; 
  • Theoretical and experimental investigation and optimization of combustion of different nature and composition fuels in fixed and fluidized bed furnaces, in circulating fluidized bed furnaces, in cyclone- layered furnaces; 
  • Development of the fundamentals of synthesis of promising materials in the fluidized bed; 
  • Modeling and optimization of fast fluidized-bed biomass pyrolysis for liquid and gas fuel production.

Practical Developments

  • Fluidized-bed furnaces and gas generators for local fuel combustion;
  • Polycrystal silicon technology in the fluidized-bed reactor due to seed-particle sedimentation from the gas phase;
  • Technology of silicon carbide from silicon dioxide in the electrothermal fluidized-bed reactor;
  • Technology of high-productive synthesis of carbon nanotubes from gas hydrocarbons in the catalytic fluidized-bed reactor;
  • Biomass catalytic process technology in the fluidized-bed reactor for production of a pyrolysis gas with the high hydrogen content; 
  • Equipment for efficient incineration of biological rural waste.

Solids mixing in a circulating fluidized bed


Int. Journal of
Heat  and  Mass  Transfer,49 (2006)

Borodulya V.A.
Teplitsky Yu.S. Kovenskii V.I.. Nogotov E.F.

Fluidized bed combustion is the universal technology of fossil fuels and various types of wastes


Материалы международного научного семинара НАТО:
«Современные технологии горения и аэротермодинамики: защита окружающей среды и снижение выбросов в атмосферу», Киев 14-18 мая 2006 г.

Teplitsky Yu.S. Kovenskii V.I.. Nogotov E.F.

Biomass potential and bioenergy development in Belarus


World Bioenergy 2006,
30 May-1 June, Jonkoping

Borodulya V.A.
Timoshpolskii V.I.
Bolshakov A.G.
Dmitriev G.M.
Dobkin S.M.

Solids nixing in a circulating fluitized bed


Int/ J/ Heat and Mass Transfer, 2007,V. 50

Yu.S. Teplitskii,  V.I. Kovenskii,   E.F. Nogotov,
V.A. Borodulya

 Phenomenological model of heat transfer in an infiltrated granular bed at moderate Reynolds numbers


Heat and Mass Transfer, 2007,V. 49

Yu.S. Teplitskii, V.I. Kovenskii,   M.V. Vinogradova

Conditions for combustion synthesis in nanosized Ni/Al films on a substrate


Physica B: Physics of Condensed Matter
2007. Vol.  392, Iss 1-2, Pp. 272-280

Рабинович О.С.,
Grinchuk., P.S., Andreev M.A.,
Khina B.B.

Fluidized bed gasification of wet biomass


15th European Biomass Conference & Exhibition, Biomass for Energy, Industry and Climate Protection. Berlin, 2007. Paper OB.4.

Рабинович О.С.,
Palchonok G.I., Vasilevich S.V., Borodulya V.A.

Critical phenomena and structural effects in combustion of disordered heterogeneous mixtures


Heat Transfer Research 38 (1) , pp. 57-69

Рабинович О.С.,
Grinchuk, P.S.,

Catalytic synthesis of carbon nanotubes in the fluidized-bed reactor under a sharp growth of product volume


International conference “Nanomeeting-2011”, 24-27 May, Minsk, Belarus

Рабинович О.С.,
Kuznetsov V.L, Elumeeva K.V., Delidovich A.I., Borodulya V.A., Blinova A.N.

Program Toolkit for Modeling and Optimization of Adsorption and Chemical heat Pumps and Refrigerators


Proceedings of the VIII Minsk International Seminar “Heat Pipes, Heat Pumps, Refrigerators, Power Sources”, Vol. 1, Minsk, Belarus, 12-15 Sept., 2011

Рабинович О.С.,
Vasiliev L.L.,
Lyah M.Yu.,

Experimental equipment