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2007-10 St. Michael, AK - K-12 School
 

2005-61-1 Kwigillingok, AK - Washeteria
 

1996-22 Wainwright, AK - Washeteria
 

2004-29-1 Kotzebue, AK - NW Arctic Heritage Ctr
 

2003-13 Fairbanks, AK - UAF Geist Rd Entrance
 

2004-17 Hooper Bay, AK - K-12 School
 

2005-17-1 Chandalar, AK - Heavy Equip Shop
 

2005-51-1 Unalakleet, AK - Bulk Fuel Upgrade
 

2005-36 Chefornak, AK - Power System Upgrade
 

2005-17-2 Chandalar, AK - Heavy Equip Shop
 

2007-32-2 Kotzebue, AK - Maniilaq Health Ctr
 

1989-23 Kipnuk, AK - K-12 School
 

NWT Canada - Ekati Diamond Mine/Outlet Dam
 

2007-37 Arctic Village, AK - K-12 School
 

2005-51-3 Unalakleet, AK - Bulk Fuel Upgrade
 

2004-29-2 Kotzebue, AK - NW Arctic Heritage Ctr
 

Oak Ridge, TN - Cryogenic Barrier Demo Project
 

2006-14-1 Nunam Iqua, AK - K-12 School
 

Helix attachment
 

Fusion-bond epoxy application
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Totally-Buried Thermoprobes Print E-mail
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This infrared image shows heat from the condensers of totally buried Thermoprobes radiating to the cold ambient air at Thompson Drive in Fairbanks, Alaska. (Photo courtesy of Doug Goering, UAF)

Thermoprobes with buried condensers are designed to release the heat picked up from the subgrade through the near surface soils or embankment. A typical application for these units is in roadway or airfield sections where heat is released just under the pavement. The condensers can be coupled to either vertical or sloping evaporators. The system is designed to provide a net cooling below the embankment section to preserve the permafrost. Because the condensers release heat through the surface, insulation can be used in the design without the icing effects that are typical of insulated sections.

In cold climates, this system is generally not designed to thaw ice and snow on the pavement, however, it will cause sublimation that will loosen the bond between the pavement and the ice. The closer the condensers are to the surface, the better this system will work.

The standard finned condenser will out-perform a buried condenser in most cases, however, the standard condensers are prone to damage and can be inundated in snow if not properly designed for the application.