Energy security is back on the ONS agenda — and the answer is electrification, not more oil. Enerin attends at the invitation of the Research Council of Norway.

The Roche team visits Norway to inspect the first-ever HoegTemp™ V12 high-temperature heat pump that will be delivered to the Basel headquarters in Switzerland in Summer 2026.

For decades, industry treated heating and cooling as separate challenges. At IVAR’s wastewater treatment plant in Norway, Enerin’s HoegTemp™ is changing that approach, delivering both from a single system while creating value across the biogas production process.

For Enerin CEO, Arne Høeg, the IEA Heat Pump Conference is one of the energy calendar's unmissable events, and the 15th edition in Vienna didn't disappoint. Høeg presented peer-reviewed operational data from three industrial HoegTemp™ installations across the biogas, chemicals and seafood sectors. The data, collected at 15,000 operating hours, demonstrated steam generation up to 200°C under real industrial conditions since November 2023.

Enerin CEO Arne Høeg will present peer-reviewed data at the 15th IEA Heat Pump Conference demonstrating that the HoegTemp™ ultra high-temperature heat pump (HTHP) delivered steam up to 200°C operating across 15,000 operating hours.

Enerin has reached an operational milestone from its three full-scale HoegTemp™ pilot installations having surpassed 17,520 operating hours, equivalent to more than two years of continuous industrial runtime. The achievement marks real-world performance across diverse industrial environments.

Enerin has completed the fabrication and assembly of its first process skid for its modular high-temperature heat pump solution.

Industrial heat pumps are complex, capital-intensive systems expected to deliver reliable performance at high temperatures. By using AI, operators can design more effectively, run systems more efficiently, and cut wasted electricity, cost, and frustration.

A new study shows how artificial intelligence (AI) can accurately predict the performance of the Stirling-cycle industrial heat pump, improving efficiency, reducing costs and energy waste.