Industrial process heat is undergoing a fundamental transformation. Volatile energy markets, increasing efficiency requirements, and the need to reduce emissions are reshaping the demands placed on industrial heat solutions.
In this interview, Patric Burkhart (AURA) and Alex Robertson (ENERGYNEST) explain how the combination of electrification and thermal energy storage enables flexible, demand-driven process heat. They also present a joint project that demonstrates how AURA and ENERGYNEST have successfully put this concept into practice, highlighting the technology’s functionality and its potential for a more sustainable industrial future.
450°C process heat? Delivered! High-temperature process heating is advancing step by step. For a long time, around 400°C was considered the practical limit. Today, new heat transfer fluids and optimised system components are pushing that boundary significantly further. We recently
Save €40,000 per year AND receive funding for it as well In the previous post, we showed how a customer from the food industry increased the efficiency of its system to 93 percent by installing an air preheater. As a
Save €40,000 in energy costs per year – without replacing the system Did you know that heat recovery can significantly increase the efficiency of existing systems while reducing operating costs? In many cases, this requires only minimal intervention in the
