How to Make Whisky _ How Whisky is Made _ Malts
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T H E M A K I N G
Let us show you how whisky is made, and what makes a good whisky. An ancient process that’s been rened over
centuries, and one in which so many factors can come to inuence the avour of the nal product. It’s not quite alchemy,
but the craft of our Master Distillers yields something akin to liquid gold.
WaterThere would be no water of life without water. That’s why the site of a distillery is often determined by the discovery of a pure
source, like a spring or mountain stream. In addition to forming a large portion of the nished product, water is essential to
whisky production. Water encourages the barley to germinate during the malting process, and is added at the mashing stage to
extract the sugars and make the wort. Distilleries also need cold water to condense the vapours back into liquid.
Some whiskies also benet from the addition of a little water in the glass, releasing avours which might otherwise be masked
by notes of peat or brine.The water used in the process must be potable and free from contaminants, high levels of minerals
and organic matter. When it comes to production, the distillery needs its water source to be a constant, high-volume supply
and – ideally – at a regular temperature for condensing the distilled vapours.
Water
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Barley
Cereal grains are the staple ingredients of whisky, because they provide the starch which becomes alcohol. Scotch can be madefrom wheat, oat, rye, maize or corn, but to be a Single Malt Scotch Whisky the grain must be barley. For generations, barley was
grown by the distilleries themselves or on surrounding farmland. In some cases, landowners built distilleries to create a market
for the crops produced by their tenants. Today, whisky is made using barley from all over Scotland, England and Europe.
Barley from Britain is grown mainly on the east coast where the light sandy soils and lower rainfall provide the ideal conditions
to produce the high-quality grain suitable for malting – one with a large corn size, and so more of those essential starches.
Barley is graded on a scale of 1–9 for quality and consistency, and only the top three grades are suitable for malting. Once ripe,
the barley is harvested and dried to remove all but 12% of the moisture so it can be stored, but still retain the ability to
germinate at the next stage: malting.
arley
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YeastYeast is the nal ingredient necessary to make malt whisky, although you could say it was just a biological part of the
production process, as its role is to convert sugar into alcohol. Up until the 19th century, people didn’t understand exactly what
yeast was – whether it was animal, vegetable or mineral. It is in fact a micro-organism related to fungi, and there are countless
strains of it oating around in the air just waiting for the right conditions to multiply
Only a few yeast strains are suitable for fermenting malted barley, and the yeast strain distilleries use to ferment inuences
the alcohol yield and can inuence the avour. These cells only come to life when the right conditions – warm, wet and with
plenty of sugar – are available. When they nd the right conditions, yeast cells can double their numbers in a couple of hours.
In addition to alcohol, the yeast generates carbon dioxide and other compounds called congeners. These include higher
alcohols which contribute to the nal avour of the malt whisky.
Yeast
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Malting
Malting is the rst step in turning barley into whisky, and it begins with steeping. In the eld barley will take weeks or even
months to begin germinating. By immersing the barley in water three times, with air breaks in between, the grain can be
tricked into germinating in a matter of days. The maltster will vary the length of time under water and the duration of the air
rests to ensure the optimum germination. After steeping, the barley is cast into large drums where cool, humidied air is blown
through it to control the temperature.
Over ve days, the barley sprouts, breaking down the cell walls within the gain and producing enzymes which will eventually
convert the starch into soluble sugars known as maltose at the mashing stage. These sugars are meant to give the young plant
the best start in life, and the maltster’s true skill lies in allowing germination to progress to a point where the cell walls have
broken down, but the growing plant has not yet used too much of the starch. To prevent full germination and preserve the
sugars, the barley must be heated and dried: this is done through kilning. In the past, the design of these kilns led to the
installation of the distinctive distillery pagoda roof. As the main form of fuel up until the late 19th century, distilleries burned
peat or coal in an open kiln to dry their barley and so imparted the salty reek for which many whiskies became famous for. If a
distillery wanted unpeated malt, they used a closed kiln. Nowadays, gas is used to produce hot air which dries the grain, and
peat smoke is introduced depending on the style of the whisky.
Malting
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Milling
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Milling
Malting often takes place at a dedicated maltsters, and so the rst part of the whisky-making process to take place at the
distillery is milling. The malted barley must be dried to around 5% moisture level before milling can begin, or it will clog up the
mill. The mill takes the dried malt and uses giant rollers to grind it into a coarse our called grist.
Grist comprises of husks, larger particles called grits, and ne our. The grist should have a ratio of around 70% grit, 20% husk
and and 10% our. Too ne a our and could get stuck in the mash tun at the next part of the process. Too coarse and the liquor
will drain too fast and not enough sugar will be extracted.
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MashingThe grist is fed into the mash tun and hot water is then added, working with the enzymes from the malting stage to dissolve the
sugars. The optimum heat at which the enzymes will break down the starch is known as the ‘strike point’. Control of this
temperature is vital, because if the water is too hot it will kill the enzymes. This process is called mashing and the resulting
liquid, not too dissimilar to barley water, is called the wort.
The wort is then drained off through the perforated oor of the mash tun and cooled to between 16 and 20 degrees centigrade
ready for the next stage. The remaining barley husks are sent for processing into draff: a by product which has been used as a
nutritious cattle feed for probably as long as man has fermented grain alcohol and kept cattle. Up until this point, no alcohol
has been produced – but that changes at the next stage.
Mashing
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Fermentation
The cooled wort is lled in vessels known as wash backs, made usually from larch or pine wood, or more commonly these days,stainless steel. Yeast is added to the cooled wort as it enters the wash back so that fermentation can begin – the yeast cells
multiply and turn the mixture into alcohol and carbon dioxide. The mixture is now called wash. As fermentation occurs, the
temperature and alcohol level of the wash increases to about 35 degrees centigrade which in turn causes the yeast
multiplication to slow down. The nal result is a liquid with about 8-9% alcohol by volume, and up until this point, the process is
fairly similar to brewing beer.
A secondary, bacteria fermentation begins in the wash back, producing lots of complex chemicals. This affects the degree of
acidity of the wash, and can inuence the character of the nal spirit. Another factor is the length of fermentation time: spirit
produced from wash that has been fermenting for less than two days is signicantly different from wash that has been
fermenting for longer. The former has a very specic nutty/spicy character which overrides and masks other characters
present.
Fermentation
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Keep ExploringThe more you taste, the more you nd, the greater the rewards.
Distillation
Distillation is the ancient technique of heating a liquid to separate its component substances. To make a
Single Malt Scotch Whisky, Scottish distillers must use a pot still made of copper in a process known as batch distillation. To
begin with, the wash is heated in a wash still and when it reaches 78°C the alcohol boils and vapour rises into a condenser. The
result is a liquid known as ‘low wines’ with a much higher alcohol content – around 23% ABV. This is transferred to a second
still called the ‘low wines’ or ‘spirit’ still where the process is repeated to yield a liquid that is around 70% ABV. During this
second distillation, the distiller must know when to separate the ‘middle cut’ or ‘main run’ of the spirit from the early
‘foreshots’ and the ‘feints’ or ‘aftershots,’ which contain less desirable components
Each distillery has its own cut point which inuences the character of its whisky – as it’s the middle cut of the distillation,
known as New Make or the Heart of the run, that goes on to mature in oak casks. The shape, size and number of stills and how
the distillate is condensed can have an important inuence on the avour and character of the nal spirit, because of the
liquid’s contact with the copper. Tall stills or stills with a lye pipe which angles upwards allow greater reux, giving a lighter
spirit. Stills with a smaller surface area or a downwards sloping lye pipe tend to produce a heavier spirit.
istillation
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Maturation
To be a S cotch whisky, the new make spirit must sit in the oak cask in Scotland, for at least three years. Single malts sometimes
mature for as long as 70 years. But the process of maturation isn’t really about age: it’s about timing and wood. Oak is the wood
of choice for Scotch because of its intricate chemistry – with cellulose and hemicellulose caramelising the liquid, adding
sweetness and colour; lignin which breaks down, giving complexity and vanilla notes; and tannins which add astringency,
fragrance and delicacy. The oak wood also aids oxidation, which removes harshness and increases fruitiness.
New oak would imparts a dominant woody avour – ne for new world chardonnays, but not for Scotch whisky. So, the
majority of Scotch whisky is matured in second-hand casks: American Oak ex-bourbon casks impart more sweet vanilla and
coconut notes and a lighter colour; ex-wine or Sherry casks of European oak bring rich avour and darker colour, although due
to the good availability most Sherry casks are nowadays made of American oak. All are charred before use, breaking down the
lignin and helping to remove undesirable avours. The ratio of spirit volume to cask surface also plays its part: Butts are 500bulk litres, Hogsheads 250 bulk litres, and American Standard Barrels 200 bulk litres. A Single Malt Scotch Whisky can spend
time in more than one cask, in a process known as nishing. The craft of the Master Blender lies in understanding how to
combine all of these factors with time, and so enable each whisky reach its full potential.
Maturation
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