Revolutionary Energy Storage Tech: Annandale Distillery at Forefront
Lauded as a critical turning point in the pursuit of carbon neutrality, the innovative ‘decarbonisation machine’ holds the potential to substitute up to 100% of the fossil fuels presently employed in high-temperature industrial operations.
Annandale Distillery is set to make history as the inaugural user of a groundbreaking thermal energy storage technology. This effort forms part of a £3.6m experiment sponsored by the department for energy security & net zero.
The innovative ‘decarbonisation machine’, hailed as a milestone in the strive for carbon neutrality, is designed to supplant up to 100% of the fossil fuels presently consumed in high-temperature industrial operations.
The cutting-edge technology has been conceived and created by a fresh spinout from the University of Edinburgh, Exergy3, which was the recipient of a grant from the UK government’s £55m competition for industrial fuel substitution.
Professor David Thomson, a co-owner of Annandale, shared his perspective: “Our distillery is on an expedition towards carbon neutrality. The capability to generate all the steam we require via renewable energy would signify a monumental advancement for us, and for the entire Scotch whisky industry. We eagerly anticipate collaborating with Exergy3 in bringing this crucial project to fruition.”
Exergy3’s energy storage solution harvests surplus renewable energy from the national grid and stores it while minimizing energy losses. Dr Adam Robinson, the mind behind the technology and currently the chief technology officer at Exergy3, and his team have stated that the technology can store as much as 36 MWh of thermal energy. This energy can then be effortlessly transported and set up on-site.
Dr Markus Rondé, Exergy3’s CEO, expounded further: “We are brimming with enthusiasm about the myriad potential applications of this technology. It ranges from providing process heat for large-scale industries to achieving carbon-neutral buildings via residential heating networks.
“Our system charges rapidly, and is capable of storing greater amounts of energy at higher temperatures than other systems, while suffering less thermal energy loss. Moreover, it can be easily transported and installed with minimal interference at the user’s site.
“In my opinion, this technology serves as a turning point in our journey to net zero. We are confident that we can present industrial energy users with a commercially feasible pathway to decarbonisation within the next few years.”
