With $426 billion in LNG projects underway and U.S. exports poised to double by 2030, North America is cementing its role as a global LNG powerhouse amid shifting markets, geopolitical pressure, and ambitious infrastructure expansion.

In Part Two of his deep dive into geothermal design, Albert Wallace explores a modular, patented ground heat exchanger (GHEX) system architecture that balances cost, reliability, and energy efficiency.

Heat pump water heaters started from early refrigeration ideas in the 1700s. They saw slow growth mid-1900s but struggled due to cheap fuels and tech issues.

Outdated ground heat exchanger (GHEX) design methods are driving up costs and complexity in ground-source heat pump (GSHP) systems. In part one of this two-part series, Albert Wallace introduces modern, modular best practices that optimize system efficiency, cut expenses, and improve long-term reliability.

With strong federal backing and growing collaboration between low- and high-temperature technologies, the geothermal industry is poised to reshape America’s energy future through integrated thermal networks that boost efficiency, resilience and sustainability.

With the potential to act as thermal batteries, heat pump water heaters offer major energy and cost savings through load shifting—if connectivity, compatibility, and control hurdles can be overcome.

Ariston Group's Kyra Macaroco shares how a quiet revolution is reshaping the heating industry as decarbonization moves from buzzword to blueprint, challenging contractors and manufacturers to rethink how we heat our homes—one heat pump at a time.

Achieving EnergyStar V3.2 certification with geothermal energy is good for the home builders, homebuyers and the overall construction community.

My heat pump water heater tour across America took me to a number of stops to those at the vanguard of carbon-cutting ways to heat water.

SmithGroup’s Ting Cai and JB Pham discuss energy-efficient architectural design and the role of energy modeling in optimizing building load separate from HVAC systems.