Scientific activity of the heating, ventilation and air conditioning division
- Energy efficient ventilation of industrial buildings
- Comprehensive solutions to the problems of ventilation and air distribution with the analysis of comfortability and efficiency with the use of computer technology
- Theoretical rationale for the provision of microclimate in the new generation of storages of agricultural products
- Improving the efficiency of activated onboard suction when trapping harmful vapors and gases above the surface of electroplating baths
- Development of devices for the purification of exhaust air in industrial ventilation systems to expand the possibilities of using air recirculation
- Physical and mathematical modeling of heat and mass transfer processes in apparatus with a hygroscopic attachment in air conditioning and ventilation systems
- Improving the efficiency of using the heat of phase transition and renewable energy resource of thermodynamic disequilibrium of atmospheric air in indirect evaporation devices in air conditioning systems
- Improving the methods of active ventilation of herbal raw materials in the hay depositories
- Purification of the air from harmful ventilation emissions
- Improving local exhaust ventilation
- Providing normalized air parameters and concentrations of harmful substances in the “serviced” or “working” areas with the means of heating, ventilation and air conditioning
- Energy saving in heating, ventilation and air conditioning systems
- Development of energy-efficient heating, ventilation and hot water supply systems for residential buildings
- Rationale for the operating modes of the rotating air dryer when venting the grass in the hay storage
- Creation of the scientific basis for the development and research of environmentally friendly and energy-saving heat and mass transfer apparatus with hygroscopic nozzles for air conditioning systems
- Increase of overall performance of floor water radiant heating
- Scientific developments for the optimization of energy-saving heat exchangers in air conditioning systems
- Prognosis of the dynamics of thermal and humidity state of residential buildings’ enclosing structures in St. Petersburg and increasing their energy efficiency during thermal modernization
Scientific activity of the department of heat and gas supply and air basin protection
- Improvement of fuel combustion
- Reduction of harmful emissions
- Use of secondary energy resources
- Production and use of biogas; the development of new devices for the combustion of gaseous and liquid fuels, and water-oil emulsions
- Creating a theory of the formation and suppression of carcinogenic substances and nitrogen oxides during fuel combustion
Among the graduates of the department there are quite a few heads of design institutes and major companies. These are: VM Klimenko, V.E. Ganis, V.N. Vasilyev, A.K. Yeremenko (enterprise of JSC Lengaz); V.E. Berhman, A.V. Shalin, E.P. Rudzit, I.V. Notes, O.A. Skripunova (Lengiproinzhproekt); V.A. Koryagin, B.P. Pavlov, S.A. Batuev, N.N. Khudokormov, S.M. Gordyshevsky (IPK); O.S. Maidina (Gas Inspection); S.S. Gusev, V.I. Shavrin (Rostekhnadzor).
For the past 20 years, there has been a close and mutually beneficial cooperation in research and training with the Technological University of Koszalin (Poland).