Residential heat recovery ventilation
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| Other Authors | |
|---|---|
| Format | Electronic eBook |
| Language | English |
| Published |
Brussels, Belgium :
REHVA,
2018.
|
| Subjects | |
| Online Access | Full text |
| ISBN | 9781523125609 1523125608 9782930521190 |
| Physical Description | 1 online resource (iv, 82 pages) : illustrations |
Cover
Table of Contents:
- 1. Why Mechanical Ventilation. 1.1 Mechanical Exhaust Ventilation
- 1.2 Mechanical Supply and Exhaust Ventilation
- 1.3 Ventilation with Air Heating
- 1.4 Ventilation and Energy 2. How Much Ventilation is Needed. 2.1 Ventilation Rates to Remove Humidity and Pollutants
- 2.2 Draught and Noise
- 2.3 Design Airflow Rates in Model Apartments 3. Ventilation System Sizing. 3.1 Selection of Supply and Extract Air Terminals
- 3.2 Selection of Air Handling Units
- 3.3 Location of Air Handling Unit and Ductwork
- 3.4 Pressure Drop Calculation in Ductwork System
- 3.5 Specific Fan Power and Fan Electricity Use
- 3.6 Noise Calculation
- 3.7 Fire Safety 4. Ventilation Units. 4.1 Ecodesign Requirements for Residential Ventilation Units (RVU)
- 4.2 Specific Fan Power and Temperature Ratio
- 4.3 Filters 5. Ventilation System Layouts and Installation. 5.1 New Buildings
- 5.2 Installation Examples in New Buildings
- 5.3 Renovation
- 5.4 Ductwork Installation and Air Tightness 6. Commissioning and Balancing. 6.1 Commissioning Process for an Air Handling Unit in a Small House (Cooker Hood)
- 6.2 Commissioning Process for Air Handling Units for Apartment Buildings (Large Units) 7. Maintenance. 7.1 Grilles and Dampers
- 7.2 Ducts and Accessories
- 7.3 Heat Recovery Unit
- 7.4 Exhaust Unit
- 7.5 Facade Ventilation Unit
- 7.6 Control(s)
- 7.7 Air Filter