Foreword
Committees responsible
Section one. General
1.1 Scope
1.2 Definitions
Section two. Fundamental considerations
2.1 General
2.2 Comfort factors
2.3 Application factors
2.4 Statutory, structural and safety factors
2.5 Energy conservation and energy management
2.6 Quality and reliability
Section three. Design considerations
3.1 Types of systems
3.2 Basis of design
3.3 Energy conversion subsystem design
3.4 Distribution subsystem design
3.5 Corrosion control and water treatment
3.6 Thermal insulation
3.7 Plant room ventilation
3.8 Automatic controls
3.9 Electrical requirements
3.10 Noise and vibration
3.11 General layout and operational facilities
Appendix
A Bibliography
Tables
1 Recommended design values for resultant
      temperature, tc (heating season)
2 Levels of relative humidity, for an internal
      temperature of 21 deg C, at which condensation
      will occur at various outside temperatures
3 Air temperatures for educational accommodation
4 Recommended resultant temperatures for industrial
      work
5 Recommended temperatures for storage spaces
6 Recommended minimum oil storage and handling
      temperatures for classes E, F and G fuel oils
7 Typical ranges of excess air
8 Thermal expansion characteristics of piping
      materials
Figures
1 Typical 24 h load profile and temperature decay
      curve (based on 9 am to 5 pm occupancy)
2 Principal flue types
3 Simplified representation of principal system
      temperature relationships
4 Principal circuit arrangements
5 Typical air vent arrangements
6 Pump and feed location
7 Vent arrangement for multiple boilers
8 Typical multiple boiler control arrangements
9 HWS control
10 Location of sensors in pipes and ducts