A new ASTEP research study explores ways to improve energy efficiency in thermal systems, helping industries reduce energy use while maintaining performance.
The findings offer practical solutions for making heating and cooling processes more effective, which is key to sustainability.
The study was carried out by Bernardo Buonomo, Oronzio Manca, Sergio Nardini, Renato Elpidio Plomitallo, Lisa Gobio-Thomas, and Valentina Stojceska (Brunel University), who looked at different methods to optimize heat transfer. Their research highlights improvements that could make industrial processes more energy-efficient and environmentally friendly.
At the core of the study, the researchers examined how different heat exchangers and cooling techniques impact energy consumption. By analyzing various designs and materials, they identified approaches that enhance thermal performance while reducing energy waste. Their findings provide a useful reference for industries seeking cost-effective and sustainable solutions for managing heat in production processes.
These findings are useful for engineers, researchers, and businesses working on energy systems and sustainability. By applying these methods, industries can cut down on energy waste while keeping operations running smoothly.
The full research paper is available here
The research team brings together SUN and Brunel University experts, combining knowledge in thermal engineering, energy solutions, and materials science to tackle real-world energy challenges.
