SOLAR DESICCANT-EVAPORATIVE COOLING SYSTEMS WITH CERAMIC PACKING (MICROPOROUS MULTICHANNEL STRUCTURES)
Journal Title: Физика аэродисперсных систем - Year 2017, Vol 0, Issue 54
Abstract
In this paper, a method for the determination of the efficiency and limitations of the evaporative cooling process is presented. Ceramic is employed as a packing material in the evaporative equipment. It is shown that the experimental efficiency of the ceramic packing is 10- 20% higher as compared to packings made of aluminum foil and multichannel polycarbonate plates because of the absence of common liquid film on the packing surface, and due to the absolute wettability of the ceramic packing. Heat and mass transfer equipment for desiccantevaporative cooling systems (direct and indirect evaporative coolers, cooling tower) utilizing ceramic structures has been developed.
Authors and Affiliations
M. Glauberman, A. Doroshenko, K. Shestopalov
Keywords
Related Articles
- EP ID EP396872
- DOI -
- Views 14
- Downloads 0
PNEUMATIC JET GENERATOR OF MONODISPERSE DROPS
The emergence's theory of a jet of monodisperse droplets is given when the growth and destruction time of air bubbles and the oscillations period of circular capillary on the thin liquid layer's surface is coordinated. T...
EX-FIELD APPROACH TO MODELLING DYNAMICS OF HEAT-MASS-TRANSFER AND VENTILATION IN ATMOSPHERE OF THE INDUSTRIAL REGION
New generalized approach, including an improved theory of atmospheric circulation in combination with the hydrodynamic model (with correct account of turbulence in atmosphere of the urban area) and the Arakawa-Schubert m...
THERMOPHYSICAL MODELING OF BIOLOGICAL TISSUE CRYOABLATION
The solution of the Stefan problem for the determination of temperature fields in the biological tissue during cryoablation defined areas with a view to their identification and localization, followed by therapeutic acti...
INFLUENCE OF THE SHIELDING GAS ON THE WELDING FUME PARTICLE SIZE DISTRIBUTION SUMMARY
The disperse composition of welding fume from gas metal arc welding with various shielding gas temperatures and flow rates is studied. The dependencies of bimodal particle size distribution on the shielding gas temperatu...
IGNITION AND COMBUSTION OF CHARCOAL PARTICLES IN NITROGEN-OXYGEN MIXTURES AT ROOM TEMPERATURE. PART II ANALYTIC JUSTIFICATION
A theoretical substantiation of a porous charcoal particle behavior, which burns in still air at room temperature, is carried out. It is shown that the presence of the ash layer on the particle's surface arising in the c...