Benefits
Why is water+ good for your community, state and the U.S.?

  According to the Environmental Protection Agency, geoexchange is the most economical and environmentally friendly way to comfort and condition our buildings and water+ is the most efficient form of geoexchange.
  Each ton of air conditioning that is installed with water+ versus conventional systems will reduce one metric ton of carbon emissions from the atmosphere.
  The U.S. market for conventional HVAC equipment is 6.6 million units per year. Assuming the average unit is 3 tons, that is 19,800,000 tons per year. We could reasonably expect to replace 10% of that equipment with water+, a total of 1,980,000 tons per year. That is a reduction of 2 million metric tons of carbon emissions from the air each year for the next 20 years.

The Kyoto Protocol requires the U.S. to reduce carbon emissions by 114 million metric tons by the year 2012. At 10% market penetration, this program alone would get the U.S. 21% of the required 114 million tons. At 30% penetration, more than 60% of the requirement will have been met.

Key Benefits
Benefits to Users Benefits to Utilities Benefits to Developers
  Heating and cooling savings up to 70%
  Reduces equipment installation cost
  Lower maintenance costs
  Reduces or eliminates need for internal pumping
  Less space required for mechanical room
  No roof penetrations or outdoor units
  No flames, fumes or combustion
  Longer life of HVAC equipment
  Increases utility revenue
  Maintains and often improves the integrity of the water supply
  Balances water use throughout the year
  Positions the utility as an ally for new homes and businesses
  Keeps energy dollars in the local economy
  Reduces total water consumption
  Positions the utility and municipality as environmentally friendly
  Reduces installation costs of HVAC systems
  Reduces maintenance costs
  Provides additional source of revenue
  Flexible and easily expandable
  Can use geothermal technology in areas that might be impractical for closed loop systems