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.

Initially planned for an annual production of 50 MW of industrial high-temperature heat pumps, the project is being adapted to double its capacity to 100 MW per year by 2027.

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.

All comments should be submitted using the exact wording wished to be recommended to the technical committees for review.

The 173,000-square-foot addition nearly triples the size of the facility, creating new opportunities to expand production, enhance efficiencies, and continue meeting the rising demand for renewable energy technologies.

IAPMO has posted online the 2025 Report on Proposals for the 2027 editions of these prospective American National Standard-designated model codes.

McElroy is pleased to announce that Chris Zenthoefer, the company’s director of digital strategy, has been promoted to vice president of product strategy.

On Friday, U.S. Rep. Kevin Hern (R-OK) visited McElroy Manufacturing in Tulsa, Oklahoma for a town hall meeting and a tour of one of McElroy’s manufacturing facilities.

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.

Discover how interactive heat pumps—smart, data-driven systems revolutionizing climate control—are poised to reshape the way we heat and cool our buildings while slashing energy costs and carbon emissions.