Ventilation and air conditioning II

Subject continuously builds and expands on the knowledge of the subject Ventilation and Air Conditioning I., it is dedicated to the big box objects in terms of civil construction, sport, production and special applications in the design of air conditioning. Students will learn the theory of cooling cycles, the principles of ventilation and cooling of buildings, as well as with different cooling systems, refrigerants and heat transfer agents. The emphasis is on economic and energy issues of the proposal itself refrigeration equipment and interaction with the object solved in terms of microclimate.
• Psychrometriy;
• Theory of cooling circuits;
• Heat balance for the cooling of buildings;
• Exhaust systems heat, pollution, technological operations;
• Ventilation boiler-rooms;
• Refrigerants, their properties and the current demands on them. Heat transfer material, environmental protection, legislation;
• Space cooling, airflow, civic buildings;
• Ventilation swimming-pools and wet areas;
• Ventilation clean-room filtration;
• Parts of the system - a source of cold water-cooled cooling towers;
• Principles of design of engine cooling;
• Energy balance of HVAC systems;
• Alternative methods of mechanical cooling - Passive cooling, night cooling, free cooling, natural heat;
• Operational requirements, maintenance and servicing of air conditioning equipment.