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HVAC Applications

PPI Handbook of HVAC Applications of Polyethylene Pipe

HVAC Applications is one of the chapters in the Plastics Pipe Institute’s PPI Handbook of Polyethylene Piping. Other topics to be addressed in the handbook will include design of polyethylene piping systems, joining procedures, engineering properties, directional drilling and a variety of related information.
The PPI Handbook of Polyethylene Piping is being produced by the Municipal and Industrial (M&I) Division of PPI. M&I membership consists of major North American manufacturers of polyethylene (PE) pipe and fittings, PE piping materials, machinery, and equipment used for joining and installing PE piping, related test laboratories, and professional organizations.
PPI addresses other applications, such as gas distribution. PPI and its subgroups provide technical and promotional support for the effective use and continued application of thermoplastics pipe and related products, consistent with the best public interest. PPI membership also includes producers of polyvinyl chloride (PVC), chlorinated polyvinyl chloride (CPVC), and cross-linked PE (PEX) piping products and materials


The performance and use characteristics of polyethylene pipe make it an ideal choice for use in certain HVAC – Heating, Ventilation, and Air Conditioning – applications. Typically, HVAC is thought of as flexible vent pipes, steam pipes, etc… However, since the 1980’s polyethylene pipe’s flexibility, strength, and ease of use has had a major impact on HVAC applications such as geothermal heat pumps, and radiant heating.
This chapter presents information and design criteria for the use of polyethylene pipe in applications such as:

- Ground Source Heat Pumps - basic use and standards, configuration, joining methods, and installation considerations.
- Radiant Heating Systems - HDPE and PEX (crosslinked PE), operating temperatures, oxygen barriers, and installation considerations.
- Solar Applications – use of PE pipe for solar water heating applications.
- Vacuum Systems – use and design limitations.


Due to polyethylene pipe’s versatility, flexibility, durability, leak proof fusion joints, and ease of use, it has become a key component in the success of Ground Source Heat Pumps. There are two basic types of heat pumps – air source and ground source. An air source system utilizes temperature variations with the air to gain operating efficiency. A Ground Source, or Geothermal, Heat Pump System uses an electric pump to circulate fluid from the heat pump cycle, through a series of polyethylene pipes buried in the ground to take advantage of the relatively constant ground temperatures. These pipes are known as Ground Heat Exchangers. In simple terms, in the summer the heat pump’s refrigerant cycle transfers heat from the building, into the circulating fluid. The fluid is then circulated through the ground heat exchanger where the ground acts as a heat sink, cooling the fluid before it returns to the building. In the winter, the system works in reverse. The heat pump uses the earth to warm the circulating fluid, which is then transferred back to the inside heat exchanger. In addition to heating and cooling the air, a desuperheater can be added to this cycle that can provide most, if not all, hot water for use in the building as well.
The properties that control this process are based on the ability of the HDPE pipe to transfer heat either out of, or into, the system. The heat transfer by conduction mechanism that governs this system is the same as any heat exchanger. It is assumed that the ground is at a steady state condition. This type of heat transfer mechanism is governed by the basic equation:
Download source of the PPI Handbook of HVAC Applications of Polyethylene Pipe as PDF file

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