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Engineered Systems NEWSHeat PumpsHVAC Engineering TechnologyHVAC Design/Construction ProcessHeating & Boilers

Industrial Heat Pumps: Transforming the U.S. Market

Industrial heat pumps are powering everything from breweries to airports

By Ruth Checknoff
Industrial Heat Pump Tour
Courtesy of the Renewable Thermal Collaborative

MVR: Piller MVR training attendees at the Salt Lake City Airport Glycol Reclamation Plant.

November 12, 2025

Industrial heat pumps (IHPs) can power a range of industrial processes, from whiskey distillation to paper drying. IHPs are significantly larger and higher temperature than residential heat pumps, designed to handle to huge heating and cooling demands in manufacturing facilities. However, they’re also much less widely deployed in the United States (see this map of US deployments).

We’ve recently seen several new deployments, including AtmosZero’s Boiler 2.0 at New Belgium’s brewing facility in Fort Collins, CO, as well as a GEA heat pump at Nestle’s new facility in Glendale, AZ. We’re also witnessing a significant increase in US-based manufacturing operations, with Armstrong International developing high-temperature heat pumps in Michigan, Vilter by Copeland manufacturing its VQ95 in Wisconsin, Karman Industries developing scalable models in California, Skyven building steam-generating heat pumps in Texas, GEA assembling piston heat pumps in Pennsylvania, and many more.

This surge isn’t happening in a vacuum. Rather, it’s due to the demand pull from companies with near-term climate targets, excellent international research efforts and proven deployment successes, policy support to bolster domestic energy supply chains, and mass market education efforts from researchers, advocates, and technology suppliers.

That’s where the Renewable Thermal Collaborative (RTC) comes in. Since 2017, we’ve been convening large industrial end users and thermal energy solutions providers to accelerate deployment of renewable heating and cooling solutions. Early on, companies in the RTC expressed strong interest in learning more about IHPs, and in 2022, we began developing a set of tools to support early project evaluation and decision-making, supplemented by case studies featuring real-world deployments. These educational resources are critical to raising awareness of IHPs to make them as well-known as their residential counterparts.

In 2023, we partnered with the American Council for an Energy-Efficient Economy (ACEEE) and the National Electrical Manufacturers Association (NEMA) to launch the Industrial Heat Pump Alliance, a collaborative initiative focused on IHP market transformation in the US. Through the IHP Alliance, we convene more than 75 companies across the IHP market in active working groups, develop policy recommendations for federal and state actors, and provide toolkits and resource guides to increase market transparency and build relationships in the IHP value chain.  

In the IHP Alliance’s first year, we observed a need for industrial end users to dive deeper into the technical detail and discuss strategies to overcome implementation barriers like financing and electrical infrastructure upgrades with their peers, despite their general awareness of and interest in the technology. This year, we launched the IHP Buyers Bootcamp, a day-long training for facility engineers and sustainability officers to do just that, followed by Buyer-Supplier Connect Sessions to allow buyers to take the knowledge gained from Bootcamps into direct conversations with IHP suppliers. Participants have found this deeper dive training and engagement valuable; one participant told us they were “sure [they would] refer to the content and the learnings for many more months to come.”

We also recognize that there is no substitute for seeing an IHP up close. IHPs are a big investment, so it makes sense that potential buyers want a chance to proverbially kick the tires before committing. Site visits are the next frontier for market transformation, and we’re delighted to see some happening already. In August, Piller TSC Blower Corporation hosted a training and site visit to see mechanical vapor recompression (MVR) heat pump technology at the Salt Lake City Airport’s Glycol Reclamation Plant with 40 attendees including large end-users, heat pump suppliers, engineering firms, and more.

“Following the success of a 20-person training and site visit at Allt-A-Bhainne distillery in Scotland, we conducted another training in North America at the Salt Lake City Airport. During a half-day classroom session, we covered everything from steam and Industrial Heat Pump basics to an in-depth P&ID review of an MVR system, before bringing participants to witness the startup of a two-stage MVR system at the Airport’s Glycol Reclamation Plant. There’s nothing like seeing the equipment in person," said Caldwell Reed, VP of Sales & Project Management at Piller TSC Blower Corp.

Trainings like Piller’s are critical. Looking ahead, we hope to see more suppliers facilitating technical trainings and end-users with existing deployments hosting site visits. In the meantime, the IHP Alliance will continue building momentum for IHP market transformation.

KEYWORDS: ACEEE heat pump water heater industrial HVAC systems

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Ruth Checknoff is the Senior Project and Research Director at David Gardiner and Associates (DGA). In this role, she leads technology, market, and policy initiatives to break down barriers to renewable thermal energy deployment with the Renewable Thermal Collaborative, with a focus on electrification, solar thermal, and U.S. federal policy. Before joining DGA, Ruth worked as the policy manager at Last Energy, where she led policy development and local community engagement to accelerate the deployment of nuclear energy for industrial decarbonization. Ruth earned a Master of Public Policy and a B.A. in environmental sciences and psychology from the University of Virginia.

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