Communities transitioning from natural gas to geothermal heating and cooling ensures decades of infrastructure build-out.

That $9 billion figure is just enough to replace 25 percent of Massachusetts’ aging natural gas infrastructure — and expected to take two decades.

In municipalities from Toronto to Valley Stream, N.Y., it works. Let's get real about potable water thermal exchange.

As part of the contributions needed to be made toward the elimination of combustion heating, “beneficial electrification” is becoming the clear choice. With proper education, consumers can come to see that it's a significant step forward toward modernization to be “all electric.” 

This is the story about the Westchester County, New York, natural gas moratorium imposed by Con Edison in March 2019. It’s also about a man on a mission: his name is Bob Wyman, who spoke about this issue at the Con Edison gas hearings at the White Plains Library, Feb. 13, 2019.

Consider unconventional heat-exchange strategies such as wastewater thermal energy recovery and the thermal capacity of water mains.

Residential developments across the country are turning to geothermal for energy-efficient heating and cooling.

It's time to bring the HVAC infrastructure in line with the rest of the building standards. I am specifically speaking of air-conditioning/heat pump equipment.

You would be surprised at the places that have adopted geothermal solutions. St. Patrick’s Cathedral in New York City is one of those amazing stories.

The water-energy nexus is a term used to describe the interdependence between water and energy in our lives. In the development of master planned communities, the water-energy nexus is front and center and has yet to realize its full potential.