Posts Tagged IGSHPA
DX & Conventional Geothermal by GeoLogic Heating Systems of Ottawa Ontario Canada
Posted by radiant heat in Geothermal Heating on May 6th, 2010
Direct Expansion (DX) & Conventional Geothermal Installations by GeoLogic Heating Systems of Ottawa, Ontario Canada. A highly specialized company with a patented Canadian product for low cost heating and cooling in homes and businesses.
Going Green with Geothermal Energy
Posted by radiant heat in Geothermal Heating on February 28th, 2010
Video describes the benefits of residential geothermal heating and cooling.
HOME 5–Once Geothermal Heat Pump System was installed then System was Flushed and Purged.
Posted by radiant heat in Geothermal Heating on December 28th, 2009
Once Geothermal Heat Pump System was installed then System was Flushed and Purged. New home in Stillwater, Oklahoma. Flushing and purging a Geothermal Heat Pump System is very important to remove air bubbles. Air bubbles in a system will cause cavitations in heat pumps and loss of heat transfer. Flushing and purging also removes debris, and allows for installation of antifreeze solution. 30% Tax Credit for installing Geothermal Heat Pumps. Video created by owner of property. For more …
How a Ground Source Heat Pump Works for a School or College
Posted by radiant heat in Geothermal Heating on December 10th, 2009
How a Ground Source Heat Pump Works for a School or College is about how the earth under you feet can save you energy. Using a constant temperature of about 62 degrees and only needing to raise the temperature to 70 degrees to feel confortable in a building means energy savings. In a horizontal or vertical under ground loop both heating and cooling can be achieved using geothermal heat pumps. more information at www.igshpa.okstate.edu … geothermal heat pump igshpa schools colleges …
HOME 3–Creating the Header for Geothermal Heat Pump System
Posted by radiant heat in Geothermal Heating on October 31st, 2009
Creating the Header for Geothermal Heat Pump System for a new home in Stillwater, Oklahoma. 6 boreholes were drilled 300 feet deep, a ground loop installed and the boreholes were grouted. A header connecting all 6 ground loops were installed with reverse return which allows each loop to have the same inlet and outlet pressure. Used to cancel the effects of pressure loss along the header. Video created by owner of property. 30% Tax Credit for installing Geothermal Heat Pumps. Video created by …
HOME 2–Grouting Drilled Boreholes for Geothermal Heat Pump System
Posted by radiant heat in Geothermal Heating on October 28th, 2009
Grouting Drilled Boreholes for Geothermal Heat Pump System for a new home in Stillwater, Oklahoma. Grouting is used in a borehole to seal the hole, protect the ground water from contamination, and improve thermal conductivity. 30% Tax Credit for installing Geothermal Heat Pumps. Video created by owner of property. For more information www.igshpa.okstate.edu 2 of 5 GSHP HOME videos
HOME 1–Drilling one of 6 Vertical Boreholes for Geothermal Heat Pump System
Posted by radiant heat in Geothermal Heating on October 25th, 2009
Installing a Geothermal Heat Pump System in a new home in Stillwater, Oklahoma. A ground loop is installed for a Geothermal Heat Pump System in a horizontal manner using a trencher or in a vertical loop using a drilling rig or at an angle using a horizontal drill. This video is about drilling vertical boreholes for installing the ground loop. 30% Tax Credit for installing Geothermal Heat Pumps. Video created by owner of property. For more information www.igshpa.okstate.edu 1 of 5 GSHP HOME …
How a Ground Source Heat Pump Works for a School or College
Posted by radiant heat in Geothermal Heating on October 7th, 2009
How a Ground Source Heat Pump Works for a School or College contains Benefits-Geothermal Heating and Cooling,How do you get earths energy,How the earth works to save you energy for cooling and heating, Parts of a Ground Source Heat Pump System, Cost and Payback for School, School GSHP System Research and According to the Environmental Protection Agency (EPA).