Dandelion Energy is transforming the geothermal market by pivoting to production home building and utilizing a unique leasing model that eliminates high upfront costs while slashing installation expenses by 40%.

Discover how early design advocacy and integrated engineering brought a high-efficiency vertical geothermal system to life at ThedaCare Medical Center-Fond du Lac, delivering significant life-cycle savings and sustainable performance.

McElroy is pleased to announce that Steve Caldwell has been promoted to vice president of human resources.

This article explores how modular design, hydraulic separation, and advanced controls can transform geothermal systems from incremental efficiency gains into scalable, high-performance solutions for commercial and residential buildings.

The 2025 Geothermal Rising Conference marked a turning point for geothermal energy, honoring Dr. James Bose’s legacy while showcasing how heat pump innovation is powering a scalable, decarbonized future.

Explore why geothermal energy—thanks to its tiny land footprint, round-the-clock reliability, and seamless integration with solar, wind and urban thermal networks—is emerging as a cornerstone of a sustainable, resilient, high-density clean-energy future.

Understanding geotechnical reports is essential for plumbing engineers, as groundwater, soil conditions and subsurface risks directly impact below-grade systems and require careful coordination with structural, civil and geotechnical teams to ensure reliable, damage-free designs.

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.

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.