Design issues of the airconditioning systems in the spaces of swimming pool halls

Design issues of the airconditioning systems in the spaces of swimming pool halls

Paper in proceedings (conference paper)

The main requirements in the design of the internal microclimate in pool halls include the removal of the evaporating water vapor and flue trichloramine from an area where swimmers. As follows from the physical differential equations of mass above the water speed increases above the water level increases evaporation of water vapor, which is in terms of the requirement to maintain humidity below the upper limit of the recommended limits. The article is to point out the problem with the releasing trichloramines from the water surface and the point to a potential increase in water vapor evaporated from the water.

The main requirements in the design of the internal microclimate in pool halls include the removal of the evaporating water vapor and flue trichloramine from an area where swimmers. As follows from the physical differential equations of mass above the water speed increases above the water level increases evaporation of water vapor, which is in terms of the requirement to maintain humidity below the upper limit of the recommended limits. The article is to point out the problem with the releasing trichloramines from the water surface and the point to a potential increase in water vapor evaporated from the water.

airconditioning, humidity balance, air flow, humidity, trichloramine, swimming pool hall

airconditioning, humidity balance, air flow, humidity, trichloramine, swimming pool hall

RUBINA, A.; BLASINSKI, P.; FRIČ, L.

19.09.2014

Faculty of Civil Enginering, Brno University of Technology

Brno

978-80-214-5003-5

enviBUILD 2014 - Buildings and Environment, International Conference proceedings

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