Ventilation systems

• Ventilation systems
• Systems design
• Building performance management

• hygiene requirements
• holistic formulation of requirements

Air filtration Guidebook will help the designer and user to understand the background and criteria for air filtration, how to select air filters and avoid problems associated with hygienic and other conditions at operation of air filters.

• Ventilation systems
• Indoor environmental quality and building users

• air filtration criteria
• operation of air filters

The Guide is made up of 6 sections: 1. Properties of Humid Air 2. Properties of Water and Steam 3. Heat Transfer 4. Flow of Fluids in Pipes and Ducts 5. Fuels and Combustion 6. Units, Standards and Mathematical Data.

• Heating and cooling systems
• Ventilation systems

• Properties of Humid Air
• Properties of Water and Steam
• Heat Transfer
• Flow of Fluids in Pipes and Ducts
• Fuels and Combustion
• Units
• Standards and Mathematical Data.

The guidebook serves as a comprehensive and easy-to-understand design manual, explains the benefits and limitations of displacement in commercial ventilation and outlines where ventilation should be applied.

• Ventilation systems
• Systems design

• displacement ventilation
• commercial ventilation

In this guidebook most of the known and used in practice methods for achieving mixing air distribution are discussed. Mixing ventilation has been applied to many different spaces providing fresh air and thermal comfort to the occupants.

• Ventilation systems
• Indoor environmental quality and building users

• mixing ventilation
• thermal comfort
• mixing air distribution design

Mixtures with one gas component and one vapour component are mixtures of gases and vapours. A typical example of such mixture is moist or humid air. In previous considerations moist or humid air was treated as a vapour-gas mixture, which is in gaseous state, with an important characteristic that, depending of temperature, one of the components can be condensed. Such component is called vapour (water vapour), and the other non-condensing component is gas (dry air). However, in nature, practically there are no dry gases and there is a question whether, due to such characteristics as well as the characteristic of drying the dry air, we should use the term ? dry air. In fact, dry gas (dry air) can be humidified in the form of small drops of mist that result from a mutual chemical reaction of free atoms of the dry atmospheric air components.

• Ventilation systems
• Indoor environmental quality and building users

• moist air
• compressed air

It aims to guide on how to perform the dimensioning of the network of conduits, recommended to consult the documentation provided by the manufacturers of diffusers on the selection of the same, function of the specific design of each of the real equipment of the market

• Ventilation systems

• Design
• Conduits
• Leak of charges

• Heating and cooling systems
• Ventilation systems
• Indoor environmental quality and building users

• Includes Climate and climate change