The whisky and salmon industries in Scotland are about to embark on
an innovative new partnership which will convert co-products from whisky
production into feed for salmon and fish farming.
Over 500 million litres of whisky are produced in the UK each year. But for every litre of whisky produced, up to 15 litres of co-products can be generated.
Chemical engineers from Heriot-Watt University in Scotland are looking to convert some of the co-products into protein-rich feed, which could have the added benefit of providing a sustainable and economic supply of feedstock for the growing Scottish fish farming industry.
A pilot plant trial of the Horizons Proteins project is scheduled for August 2014 in a whisky distillery to assess the economic, nutritional, environmental and chemical engineering processes involved in large scale production of the proteins.
David Brown, chief executive of the Institution of Chemical Engineers (IChemE), said, “Distillery effluent can be damaging, but also contains potentially valuable nutrients and micronutrients. The co-products can also be used to produce a microbial biomass which has the potential to be a cheap and sustainable source of protein-rich feed.
“The academic team at Heriot-Watt University have already been recognised for their excellent work by IChemE’s Food and Drink Special Interest Group. Their work and others looking at the microbial treatment of by-products is very exciting and has many potential applications including crude oil recovery, healthcare and in environmental protection like bioremediation of sites affected by heavy metals and other contaminants.”
Over 500 million litres of whisky are produced in the UK each year. But for every litre of whisky produced, up to 15 litres of co-products can be generated.
Chemical engineers from Heriot-Watt University in Scotland are looking to convert some of the co-products into protein-rich feed, which could have the added benefit of providing a sustainable and economic supply of feedstock for the growing Scottish fish farming industry.
A pilot plant trial of the Horizons Proteins project is scheduled for August 2014 in a whisky distillery to assess the economic, nutritional, environmental and chemical engineering processes involved in large scale production of the proteins.
David Brown, chief executive of the Institution of Chemical Engineers (IChemE), said, “Distillery effluent can be damaging, but also contains potentially valuable nutrients and micronutrients. The co-products can also be used to produce a microbial biomass which has the potential to be a cheap and sustainable source of protein-rich feed.
“The academic team at Heriot-Watt University have already been recognised for their excellent work by IChemE’s Food and Drink Special Interest Group. Their work and others looking at the microbial treatment of by-products is very exciting and has many potential applications including crude oil recovery, healthcare and in environmental protection like bioremediation of sites affected by heavy metals and other contaminants.”
The January/February 2014 issue of International Aquafeed will feature an article on this subject.
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| A glass of whisky. (Photo credit: Wikipedia) |
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