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Scotland Distillery Pioneers World's First Eco-Friendly Whisky Heat
14 Apr
Summary
- Distillery uses low-carbon electricity for heat, not fossil fuels.
- New system stores wind energy as heat, generating steam efficiently.
- This innovation aims to drastically lower the carbon footprint of whisky.

Annandale Distillery, located in Dumfries and Galloway, Scotland, has launched a pioneering initiative to produce whisky with a substantially reduced carbon footprint. The distillery is reportedly the first globally to implement a novel method for generating the high heat needed in the distilling process, utilizing low and zero-carbon electricity instead of fossil fuels. This innovation stores energy generated from local wind turbines as heat in a large storage system.
When steam is required, cold air is passed through this heated store, reaching temperatures of 500-600C. This hot air is then used in a boiler to produce the necessary steam for distillation. The project, developed in collaboration with clean-heat technology firm Exergy 3 and boiler-makers Cochran Ltd, boasts a compact physical footprint. This development is a crucial step as Scotland's whisky industry aims for full operational decarbonisation by 2030, tackling challenges like high-temperature steam generation.
While embracing this green technology, the distillery highlights challenges such as high electricity prices in Europe, even for off-peak green energy. Annandale's broader decarbonisation plan includes on-site bottling to cut road miles and exploring waste-reuse options for spent grain and carbon dioxide. This initiative aligns with wider industry efforts, including trials of electric transport and sustainable packaging, to address industrial emissions, which account for a significant portion of Scotland's greenhouse gas output.