Part 1 Heat energy: temperature; heat in air (psychrometrics); humidity; buoyancy and stack effect. Part 2 Heat transfer: conduction; convection; radiation; insulation; air flow formulas; water flow formulas. Part 3 Air flow: fans; ducts; estimating losses and sizing; noise. Part 4 Water flow: pipes and fittings; flow rates and economical sizing; corrosion control and water treatment. Part 5 Heating systems: heat losses in buildings; system sizing; heat sources; forced hot air systems; hydronic heating systems; radiant heating. Part 6 Air conditioning: heat gains in buildings; system sizing; system designs. Part 7 Water source H. pumps: system concepts; heat pump operation; piping layouts; boilers; heat rejection; special controls. Part 8 Ventilation: air quality requirements; air economizers; heat exchangers; spot make-up air; air filtration and cleaners; combustion venting. Part 9 Humidity control: humidification; dehumidifiers. Appendix 1 - resources: air conditioners - central split systems, air conditioners - modular split systems, air conditioners - PTAC, boilers, controls, duct accessories, heat exchangers, heat pumps, rooftop equipment, ventilation fans. Appendix 2 - standards and codes: building codes, NFPA, ASHRAE, EPA.
