Geothermal Cooling

Geothermal Cooling Temperature Corporation manufactures chillers specifically designed for geothermal cooling. In addition to the more traditional removal of heat from plastic molding, our chillers can be used to transfer heat geothermal sources, i.e., either water or ground sources, for many other uses. While there are other heat removal devices such as a cooling towesr, well or city water, our chillers offer some distinct advantages.

What is Geothermal Cooling?

Geothermal cooling uses the underground (either earth or water) as a source of both cooling and heating. Using a heat pump, a geothermal heating system is basically a system of pipes that act like a heat exchanger. Using a heat pump, heat is transferred from the water collected below the earth's surface and moved into the air surrounding the pipe in a room or building. This geothermal "heat exchanger" can be either a closed or open loop pipe system and has two functions. In the winter, the fluid in the pipes extracts heat from the earth and carries it into the building. In the summer, the system reverses and takes heat from the building using a chiller and deposits it back into the ground.

Why Use a Chiller for Your Geothermal Cooling Process?

There are two main reasons for using a chiller for the geothermal cooling process. Low maintenance: while the chiller represents a small cost of the processing equipment, it provides solid and reliable performance 24 hours a day, 7 days a week for years and years to come. Lower Water and Energy Usage: a geothermal cooling system reduces the carbon footprint of a building by reducing water and energy consumption. Using a chiller means:

1. Better Heat Transfer Rates, Less Maintenance and Downtime: when a chiller uses a closed water loop, a better quality of water will be used, resulting in better heat transfer rates, less required maintenance and decreased downtime.
2. Lower water and energy consumption: in a closed loop system, water is used over and over again. With a geothermal cooling system less energy is required to transfer heat from the water before it is returned to the ground.
3. Colder Water: a chiller can produce much colder water (or water/glycol mixture) than any of the other cooling alternatives, giving you certain advantages under some circumstances.

In the interest of continuous improvement, Temperature Corporation reserves the right to change specifications without notice. While every effort is made to ensure accuracy, Temperature Corporation accepts no responsibility or liability resulting from the use of this information. Jan to Dec 2018.

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Temperature Corporation, 111 Esna Park Drive, Unit 7, Markham, Ontario, L3R 1H2
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