Ground-source heat pump systems depend on durable, properly specified plastic piping, and the new PPI MS-7 model specification helps engineers ensure the right materials, standards and installation practices are used for reliable, long-term geothermal performance.

Geothermal systems, when paired with the right climate and building programs, can turn waste heat into year-round efficiency, offering a powerful path to reduced energy use, resilience and sustainable design.

Heat pump water heaters can save families about $500 a year on energy bills, and with rebates of up to $3,000 nationwide, plus a federal tax credit of up to $2,000, there’s never been a better time to make the switch before incentives expire.

As refineries confront mounting heat and water challenges, geothermal exchange is emerging as a game-changing solution that can slash water use, boost resiliency and turn industrial waste heat into a valuable community asset.

From energy recovery wheels to pandemic-ready HVAC and precision scheduling on active sites, this healthcare expansion showcases how innovation and teamwork keep critical facilities safe, efficient, and future-ready.

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Outdated ground heat exchanger (GHEX) design methods are driving up costs and complexity in ground-source heat pump (GSHP) systems.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.