• 35cm x 47cm Imagination is something Guinness Advertising has never been short of… From John Gilroy’s hapless zookeeper and his menagerie of creatures to a Polynesian surfer and a herd of white horses; from messages in bottles setting sail across the ocean to a single, heart-stoppingly enormous wave. Guinness have been carving out their own creative path for almost a century with decades of extraordinary and enduring print, TV and digital campaigns to their name, and hopefully they will continue to push boundaries to tell stories to the world. Here’s to original thinking !
  • 35cm x 45cm Imagination is something Guinness Advertising has never been short of… From John Gilroy’s hapless zookeeper and his menagerie of creatures to a Polynesian surfer and a herd of white horses; from messages in bottles setting sail across the ocean to a single, heart-stoppingly enormous wave. Guinness have been carving out their own creative path for almost a century with decades of extraordinary and enduring print, TV and digital campaigns to their name, and hopefully they will continue to push boundaries to tell stories to the world. Here’s to original thinking !
  • 38cm x 40cm Imagination is something Guinness Advertising has never been short of… From John Gilroy’s hapless zookeeper and his menagerie of creatures to a Polynesian surfer and a herd of white horses; from messages in bottles setting sail across the ocean to a single, heart-stoppingly enormous wave. Guinness have been carving out their own creative path for almost a century with decades of extraordinary and enduring print, TV and digital campaigns to their name, and hopefully they will continue to push boundaries to tell stories to the world. Here’s to original thinking !
  • 55cm x 48cm he Coward family settled in Dungarvan c. 1925 and Henry Coward worked for Thomas Power producing his Blackwater Cider. Power's stopped production and the Coward family started their own cider business in Stephen Street, Dungarvan where they also had an iron foundry.
  • 57cm x 48cm The Dewar's whisky brand was created by John Dewar, Sr. in 1846.Under the control of his two sons, John A. Dewar Jr. and Thomas "Tommy" Dewar, the brand expanded to become a global market leader by 1896 and began to win several awards, including a gold medal in the 1904 St. Louis World's Fair. Tommy became famous as the author of a travel journal, Ramble Round the Globe, which documented his travels while publicizing the Dewar name. Dewar's eventually expanded their product by constructing the Aberfeldy Distillery in 1896.
    John Dewar & Sons 1926 client correspondence with watermark on document
    The company joined Distillers Company in 1925. Distillers was acquired by Guinness in 1986, and Guinness merged with Grand Metropolitan to form Diageo in 1997. Diageo sold Dewar's to Bacardi the next year. Dewar's rose to prominence in the United States when Andrew Carnegie requested a small keg of Dewar's Scotch whisky be sent to the White House for President James Garfield's inauguration. Carnegie also sent the same gift to President Benjamin Harrisonon his inauguration eight years later. In 1987, numerous cases of still perfect Dewar's Scotch were recovered by underwater archaeologist E. Lee Spence from the shipwreck of the SS Regina, which sank in Lake Huron in 1913.

    Notable processes

    Dewar's pioneered the process of "marrying" the whisky in oak casks to allow the blend to age as one within the casks. After the blend is created, the whisky is returned to an oak cask and aged even further to obtain a smooth, robust finish.
  • 50cm x 48cm
    ORD NA MÓNA produces some 315,000 tons of briquettes per annum from 800,000 tons of milled peat. Production takes place at three factories situated at Derrinlough (between Birr and Cloghan), Co. Offaly, Croghan (between Edenderry and Daingean), Co. Offaly, and at Lullymore, Co. Kildare. Lullymore was erected in 1935 and modified extensively in 1957-58, and production is 45,000 tons/annum. Derrinlough followed in 1959 and Croghan in 1961, each producing 135,000 tons/ annum. There are several descriptions available of earlier attempts at briquetting dried milled peat in Ireland, and of these the most interesting is that by Hodgson (Transactions of I.C.E.1. 1862, and Proceedings of the Inst. of Mech. Engineers 1865) at Derrylea, Co. Offaly. Considerable detail is given in these articles of, not alone Hodgson’s method of winning milled peat on Derrylea bog, but of the erection and operation of the associated briquette factory. Much of the technical data on the process at the time is topical still. Of particular interest is the means by which he dried the peat to 10% m.c. in a 500 foot long scraper dryer, and his development of the string type briquette press claimed to be the progenitor of all subsequent presses as used for brown coal and peat briquetting throughout the world. Bord na Móna briquettes go to customers in the form of bales (28-lb. bundles), loose or in brickeen form, i.e. single loose briquettes cut into 3 equal parts. These latter are used extensively for industrial boiler applications. The processing of the milled peat from its arrival in the factory as far as the briquetting and storage stages is shown in the accompanying flow diagram. The data and descriptions which follow refer to the new factories unless otherwise designated. Following the tippling, blending, fine milling and screening process, it will be seen that the peat tailings are used as fuel in a boiler producing steam at a pressure of 37 atmospheres for a back pressure turbo-alternator of 2,400 kW. maximum output. All power used in the factory is supplied from this source, whilst the low pressure steam at 3 atmospheres passes to the peat dryers. About 9 tons per hour of tailings are used in the boiler, whilst 36 tons per hour of fine peat are conveyed from the screens to the Peco drying process. This system of drying was developed in Scotland during the First World War and the first plant using the system was built near Dumfries. The Peco system is essentially the indirect drying of milled peat by means of hot water and steam while the peat is being pneumatically conveyed in an air/vapour stream. The peat in finely divided form (all through a 10 mm. screen) dries rapidly from its intake moisture-circa 50% m.c.-to 10% m.c. At this moisture content briquettes can be formed under a pressure of some 750 atmospheres in a specially designed press which extrudes the briquettes continuously into cooling runners some 70 metres long. This process is necessary so as to cool and thereby harden the briquettes prior to baling and storage, and to provide steady back pressure on briquettes issuing from the press mouth. The output of briquettes in the new factories averages 18 tons an hour from an input of 45 tons, or 2.5 to 1 input/output ratio.

    Special Equipment

    Milled peat as delivered to the briquette factory possesses rather variable physical characteristics in regard to moisture content, bulk density, fibre content, ash content, etc., and there is need to process this variable feed material to make it suitable for manufacturing a finished product of minimum variation from fixed standards. To this end a number of special pieces of equipment have been developed and built into each factory:
    • Blending Bunker
    • Buffer Bunker
    • Dryers
    • Spiral tubes (dryers)
    • Press Prepackers
    • Anti-corrosive devices
     

    Blending Bunker

    Each day’s factory requirements of milled peat ­ about 1,000 tons – is tippled and conveyed by belt over a 150 metre long x 10 metres wide x 12 metres high concrete box building. The belt runs overhead on the centre line of this building and distributes the milled peat in layer upon layer to a total depth of about 8 metres. Some 200 wagons per day from 3 or more bog piles are blended in this way and a mean value for each of the peat physical characteristics is obtained. The bog piles of peat have widely different characteristics and blending achieves the following results. Moisture content -This varies on receipt from 40% to 60%. As far as possible blending is arranged to yield a moisture content of around 50% in the factory supply. Ash content – In blending peat from bogs of low ash content the target is 1.5% plus/minus 1%, and from higher ash bogs the target is 3% plus/ minus 1% in practice. Bulk density – As measured at the presses ­ where the peat is both fine and free flowing – the target density is 210 grms/litre from bogs of low general density, and 240 grms/litre from higher density areas. A given blend will vary some 10 grms/litre above and below this target figure during the duration of the blend-1 day. If peat were fed to the factory directly as it came from the bog, then 2-hourly (train load) variations in density from 140 grms/litre up to 350 grms/litre could be expected, making control of the process virtually impossible. Fibre -Some areas of bog provide milled peat of very high fibre content and this is controlled during the blending operation by dilution to a figure acceptable to the factory process. Some conveyors in the factory have an upper tolerance level for fibre and these conveyors are used as controls. High fibre content restricts peat flow in ducts and chutes and can inhibit output as a result.

    Buffer Bunker

    Interposed between the blending bunker and the 125 KW. hammer mill is a buffer bunker which is designed to act as the factory feed control. Its floor consists of an infinitely variable speed chain grate to feed milled peat to the factory screens via the hammer mill. This finely regulated feed is necessary in order to present the mill with a steady load and so ensure even and regular comminution. The bunker itself has vertical walls in order to keep the milled peat flowing downwards evenly – particularly when it is in the higher moisture ranges. In the case of narrower bunkers and chutes within the factory the walls have been given negative slopes to aid flow, and are insulated where desirable. The fully automatic peat removal device in the main blending bunker bites into the milled peat pile in a regular forward motion, but for a variety of reasons the flow of peat to the underground belt conveyor can vary plus/minus 20% or more on the control figure. The buffer bunker is essential in the levelling out of this fluctuation in peat coming from the blending bunker. The forward speed of the blending bunker peat removal device is controlled automatically by upper and lower level indicators in the buffer bunker.

    Dryers

    The Peco type dryer consists essentially of an upper and lower tube plate set in a shell capable of holding either hot water (as in the first 2 of the 5 dryers in the factory dryer system) or steam (as in the last 3 dryers). Tubes are fitted between the tube plates, and fine peat is blown up through these tubes and dried due to heat transfer from the heating medium surrounding the tubes. Owing to the fact that the largest peat briquette factories built up to 1958 were for 50,000 tons briquette output, it was necessary to redesign the dryers to suit outputs of 135,000 tons/annum. Dryers for the lower output were some 2 metres diameter by 10 to 12 metres high and with tubes from 38 mm. i.d. to 55 mm. i.d. Throughputs of 8-10 tons per hour were possible but some tube chokage was a recurring factor in operation. Redesign involved lengthening the dryer to 18 metres high, increasing the diameter to 3 metres, and increasing the tube size to 70 mm. i.d. with consequential increases in all loadings and in the problems associated with the peat feed flow and distribution to the bottom tube plates. After some initial commissioning difficulties in providing the necessary air and air/vapour quantities the dryers performed satisfactorily at throughputs ranging from 18 to 24 tons per hour, depending on input moisture content, density and flow characteristics, of the peat feed.

    Dryer Tubes

    In order to obtain the highest possible specific evaporation rates from the heated tube area in 5 dryers of the system, it was essential to fit specially designed tubes with a 3-start indented spiral helix­ a form of rifling. By such means the ascending peat particles are pressed by centrifugal force against the hot walls of the tube and this effectively breaks the adhering air skin flowing at 15 m/sec. parallel with the tube inner surface. As a result heat flows more efficiently from the tube walls to the moisture in the peat.

    Press Prepackers

    Following initial experiments without any form of prepacking of the dry peat fines just prior to their entry to the ram of the press, it was found essential to fit such a device. Without a pre-packer the maximum thickness of briquette obtainable from a press was 18-21 mm. A simple push type ram prepacker was added above and behind the main press ram in such a way that the peat fines descending into the press chamber were held in a packed condition (approximately 2 to 1 by volume) awaiting the next stroke of the main ram. With this device briquette thickness is controllable up to 40 mm. (or more in the case of higher density peat).

    Anti-corrosion

    As would be anticipated when dealing with a product which has a pH value of 3.5 in its moistened condition, many problems of corrosion have had to be solved in the briquette factories. Associated with corrosive attack is that of erosion from mineral matter in the peat, and care had to be taken in deciding which form of attack was the pre­dominant one prior to prescribing a solution, as combatant materials are costly. Amongst the items of plant modified were the press formes or moulds within which the briquettes are formed. Originally made from carbon steel with a life between grindings of about 3 weeks, the use of a stainless die tool steel increased forme life to some 12-26 weeks, depending on the mineral matter content of the peat being briquetted. Apart from the elongation of time between grindings the main gain was the ability to hold a high standard of briquette finish and strength over a much longer period. Many mild steel ducts and cyclones are in use where condensation of vapour caused corrosion the products of which were soft enough to be cleaned off by low level erosion. This erosion exposed the surface to renewed corrosion and the vessels had to be clad internally, or be replaced entirely in stainless steel of suitable quality. An interesting example of this occurred on outdoor cyclones where the supports passed through the heat insulation and were welded to the vessel. A small area of the 6 mm. thick shell of the cyclone where each support was attached was colder than the vapour temperature within the cyclone. Rapid corrosion-erosion of this area showed itself by distortion of the sheeting, and settling of the cyclone. Covering of each small area with 2 mm. stainless steel eliminated further trouble. Other equipment which required protection against aggressive attack by peat vapour comprised the heat exchanger units and associated vessels and ducting, fan impellors, screw conveyor spirals and troughs etc. Erosion of the peat inlet ends of the tubes of the dryers was stopped by the insertion of 100 mm. lengths of Yorcoron CuNiFeMn alloy tubing.

    Boiler Plant

    The boilers in all three factories are pulverised peat fired type with steam outlet conditions of 37 atmospheres pressure and 425°C. temperature. Derrinlough and Croghan boilers are of 20 tons/hr. and Lullymore is 10 tons/hr. output. Each is operated for 7,200 hours per annum and is shut for maintenance every 2,000 hours. Steady and continuous running help to reduce wear and tear and the blended peat supply helps greatly to this end.

    Turbine Alternator

    A 2,400 kW. 3000 r.p.m. Stal radial flow back pressure set is installed at both Derrinlough and Croghan factories. Inlet steam pressure is 35 atmospheres and back pressure is 0.2-3 atmospheres. Generation is at 220/380 volts, 50 cycles. The turbo alternator at Lullymore is a Metropolitan Vickers 1,000 kW. B.P. set with similar inlet and outlet conditions to the other sets. Condensers are used to return unwanted steam to the hot well.

    Pressing, Baling and Storage

    The briquette presses are 7″ twin type supplied by Buckau Wolf and without the tongue adjustment which is a usual fixture on brown coal presses. Each press flywheel is of 7 tons weight and the short centred drive is by flat extramultus type belt. There are 5 such presses in each of the larger factories. The crankshaft is 180 degree two throw and press speed is variable in the range 40-80 r.p.m. normal operation being about 70 r.p.m. The motor is commutator type 3 phase, size 160/80 kW. 540/270 r.p.m. and designed to give P.F. improvement on the system. Press operation is continuous for periods up to 3 weeks or longer, between stops for forme, ram, or other routine maintenance.

    Baling

    Customer preference has increased steadily over the years for briquettes in bales of 28 lbs. weight (12.6 kg.) and these are made up at the end of the cooling runners – a distance of 70 metres from the press, and are strapped on automatic wire baling machines. Storage of bales takes place on flat pallets. Each pallet takes up to 2½ tons and is fork lifted into covered storage to a height of up to 7 metres. Prior to the onset of winter sales this storage of bales can run to 15,000 to 20,000 tons at the larger factories, with perhaps 5,000-10,000 tons of loose briquettes and brickeen stocks. Out loading of these latter from the storage bunkers into lorries is effected by remote control of the special pusher type outloader and the associated underground conveyor belt system. The operator is positioned above the lorry being loaded and can call up the precise amount of briquettes required by the lorryman.

    General

    Almost all equipment in each of the larger factories is controlled, started or stopped from a central control desk and the necessary safety devices have been incorporated to protect personnel when remote starting is in progress. The factory operators number six per shift and a 4 shift system is used. Supporting maintenance, loading and supervisory personnel bring the total factory staff to 120 people.
  • 42cm x 30cm Dunville & Co Whisky Distillery was founded in Belfast Co Antrim in the 1820s,after initially gaining success as a whisky blender before constructing its own distillery.In 1837 Dunville began producing its most popular whiskey,Dunvilles VR.Athough Dunvilles was established and based in Ireland before partition and Irish Whiskey is normally spellt with an 'e',Dunvilles Whisky was always spelt without the vowel.This beautiful original print,originating from the Glens of Co Antrim,shows off the extent of the size of its Belfast distillery operation back in the day. Belfast   63cm x 80cm
  • Locke's Old Kilbeggan Pure Pot Still Whiskey Advert Origins: Kilbeggan Co Westmeath  Dimensions: 32cm x 37cm The Kilbeggan Distillery (formerly Brusna Distillery and Locke's Distillery) is an Irish whiskey distillery situated on the River Brosna in Kilbeggan, County Westmeath, Ireland. It is owned by Beam Suntory. A small pot still distillery, the licence to distil dates to 1757, a copy of which can be seen in the distillery. Similar to many Irish distilleries, Kilbeggan endured financial difficulties during the early 20th century, and ceased operations in 1957. However, the distillery was later refurbished, with distilling recommencing on-site in 2007. Noted devotees of the distillery's whiskeys include British Prime Minister Sir Winston Churchill, and Myles na gCopaleen, the Irish playwright.

    Early years

    The distillery was founded in 1757 by Matthew MacManus, who may have distilled elsewhere before founding Kilbeggan.Although information about the early years of the distillery is scarce, documentation suggests that in its early years the distillery operated with a 232 gallon still, and an annual output of 1,500 gallons. By the early 19th century, the distillery was being run by a John and William Codd. In 1841, the distillery was put up for sale following the dissolution of the partnership between its then owners, William Codd and William Cuffee.The distillery at the time consisted of a brew house, still house with three pot stills (wash still: 8,000 gallons; low wine still, no. 1; 2,000 gallons; low wine still, no. 2: 1,500 gallons), run-room with five receivers, malt house, corn stores capable of storing 5,000 barrels, and oat-meal mills. Also listed in the sale were 400 tonnes of coal, and 10,000 boxes of turf - the latter reflecting the immense quantities of turf consumed at the distillery, so much so, that it was reported to have kept hundreds of poor people profitably employed in cutting, rearing, and drawing it to the town throughout the year.

    Locke's Distillery

    In 1843, the distillery was taken over by John Locke, under whose stewardship the distillery flourished. Locke treated his staff well, and was held in high regard by both his workers and the people of the town. Informal records show that under Locke the distillery provided cottages for its employees, either for rent or purchase through a form of in-house mortgage scheme. In addition, all staff received a wagon load of coal at the start of each winter, the cost of which was deducted from salaries retrospectively on a weekly basis. Testimony of the respect with which he was held is offered by an incident in 1866. Following an accident on-site which had rendered a critical piece of equipment, the steam boiler, inoperable, the distillery had come to a standstill. With Locke unable to afford or obtain a loan to fund a replacement, the future of distillery lay in doubt.However, in a gesture of solidarity, the people of Kilbeggan came together and purchased a replacement boiler, which they presented to John Locke, along with the following public letter of appreciation, which was printed in several local newspapers at the time:
    An Address from the People of Kilbeggan to John Locke, Esq. Dear Sir - Permit us, your fellow townsmen, to assure of our deep and cordial sympathy in your loss and disappointment from the accident which occurred recently in your Distillery. Sincerely as we regret the accident, happily unattended with loss of life, we cannot but rejoice at the long-wished-for opportunity it affords us of testifying to you the high appreciation in which we hold you for your public and private worth. We are well aware that the restrictions imposed by recent legislation on that particular branch of Irish industry, with which you have been so long identified, have been attended with disastrous results to the trade, as is manifest in the long list of Distilleries now almost in ruins, and which were a few years ago centres of busy industry, affording remunerative employment to thousands of hands; and we are convinced the Kilbeggan Distillery would have long since swelled the dismal catalogue had it fallen into less energetic and enterprising hands. In such an event we would be compelled to witness the disheartening scene of a large number of our working population without employment during that period of the year when employment Is scarcest, and at the same time most essential to the poor. Independent then of what we owe you, on purely personal grounds, we feel we owe you a deep debt of gratitude for maintaining in our midst a manufacture which affords such extensive employment to our poor, and exercises so favourable an influence on the prosperity of the town. In conclusion, dear Sir, we beg your acceptance of a new steam boiler to replace the injured one, as testimony, inadequate though it is, of our unfeigned respect and esteems for you ; and we beg to present it with the ardent wish and earnest hope that, for many long years to come, it may contribute to enhance still more the deservedly high and increasing reputation of the Kilbeggan Distillery.
    In a public response to mark the gift, also published in several newspapers, Locke thanked the people of Kilbeggan for their generosity, stating "...I feel this to be the proudest day of my life...". A plaque commemorating the event hangs in the distillery's restaurant today. In 1878, a fire broke out in the "can dip" (sampling) room of the distillery, and spread rapidly. Although, the fire was extinguished within an hour, it destroying a considerable portion of the front of the distillery and caused £400 worth of damage. Hundreds of gallons of new whiskey were also consumed in the blaze - however, the distillery is said to have been saved from further physical and financial ruin through the quick reaction of townsfolk who broke down the doors of the warehouses, and helped roll thousands of casks of ageing spirit down the street to safety. In 1887, the distillery was visited by Alfred Barnard, a British writer, as research for his book, "the Whiskey Distilleries of the United Kingdom". By then, the much enlarged distillery was being managed by John's sons, John Edward and James Harvey, who told Barnard that the distillery's output had more than doubled during the preceding ten years, and that they intended to install electric lighting.Barnard noted that the distillery, which he referred to as the "Brusna Distillery", named for the nearby river, was said to be the oldest in Ireland. According to Barnard, the distillery covered 5 acres, and employed a staff of about 70 men, with the aged and sick pensioned-off or assisted. At the time of his visit, the distillery was producing 157,200 proof gallons per annum, though it had the capacity to produce 200,000. The whiskey, which was sold primarily in Dublin, England, and "the Colonies", was "old pot still", produced using four pot stills (two wash stills: 10,320 / 8,436 gallons; and two spirit stills: 6,170 / 6,080 gallons), which had been installed by Millar and Company, Dublin. Barnard remarked that at the time of his visit over 2,000 casks of spirit were ageing in the distillery's bonded warehouses. In 1893, the distillery ceased to be privately held, and was converted a limited stock company, trading as John Locke & Co., Ltd., with nominal capital of £40,000.

    Decline and Closure

    In the early part of the 20th century, Kilbeggan, like many Irish whiskey distilleries at the time, entered a period of decline. This was due to the combined effects of loss and hampering of market access - due to prohibition in the United States, the trade war with the British Empire, shipping difficulties during the world wars, and Irish Government export quotas; as well as competition from blended Scotch, and disruption to production during the Irish war of Independence. As a result, Kilbeggan was forced to cease production of new spirit for 7 years between 1924 and 1931, decimating the company's cash flow and finances.Most of the staff at the distillery were let go, and the distillery slowly sold off its stocks of aged whiskey. Distilling resumed in 1931, following the end of prohibition in the United States, and for a time the distillery's finances improved - with a loss of £83 in 1931, converted to a modest profit of £6,700 in 1939. In the 1920s, both of John sons passed away, John in 1920, and James in 1927, and ownership of the distillery passed to Locke's granddaughters, Mary Evelyn and Florence Emily.However, by then the distillery was in need to repair, with the turbulent economic conditions of the early 20th century having meant that no investment had been made in new plant since the 1890s. In 1947, the Lockes decided to put the distillery was put up for sale as a going concern. Although run down, the distillery had valuable stocks of mature whiskey, a valuable commodity in post-war Europe.An offer of £305,000 was received from a Swiss investor fronted by an Englishman, going by the name of Horace Smith.Their unstated interest, was not the business itself, but the 60,000 gallons of whiskey stocks, which they hoped to sell on the black market in England at £11 a gallon - thus, more than doubling their investment overnight. However, when they failed to come up with the deposit, the duo were arrested and promptly interrogated by Irish police. The Englishman, it turned out, was an impostor named Maximoe, who was wanted by Scotland Yard.]The Irish authorities placed Maximoe on a ferry back to England for extradition, but he jumped overboard and escaped with the help of unknown accomplices. An Irish opposition politician, Oliver J. Flanagan, subsequently alleged under parliamentary privilege that members of the governing Fianna Fáil political party were linked to the deal, accusing then Irish Taoiseach Éamon de Valera and his son of having accepted gold watches from the Swiss businessman. A tribunal of inquiry discounted the allegations but the damage contributed to Fianna Fáil's defeat in the 1948 election. In addition, as the scandal remained headline news in Ireland for several months, it discouraged interest from other investors in the distillery. Thus with no buyer found, operations continued at the distillery, with production averaging between 120,000 - 150,000 proof gallons per annum, and consumption running at between 15,000 - 20,000 barrels of barrel.In addition, although heavily indebted, investments were made in new plant and equipment. However, the death knell for the distillery came in April 1952, when the Irish Government introduced a 28% hike in the excise duties on spirits, causing a drastic decline in domestic whiskey sales. By November 1953, the distillery could not afford to pay the duty to release whiskey ordered for Christmas from bond, and production was forced to come to a halt. Although distilling had stopped, the firm struggled on until 27 November 1958, when a debenture issued in 1953 fell due, which the distillery could not afford to pay, forcing the bank to call in the receivers. Thus, bringing to an end 201 years of distilling in the town. In 1962, the distillery was purchased for £10,000 by Karl Heinz Moller, a German businessman, who owned a motor distribution company in Hamburg.Moller made a substantial profit on the deal, by selling off the whiskey stocks (about 100,000 gallons - worth tens of thousands of pounds alone) and a rare Mercedes Benz owned by the distillery. Much to the dismay of locals, Moller proceeded to convert the distillery into a pigsty, smashing thousands of Locke earthenware crocks (which would be worth a substantial amount at auction today) to create a hard-core base for the concrete floor. In 1969, the distillery was sold to Powerscreen, a firm which sold Volvo loading shovels, and in the early 1970s, the stills and worms were removed and sold for scrap.

    Distillery reopens

    In 1982, almost thirty years after the distillery ceased operations, the Kilbeggan Preservation and Development Association was formed by locals in the town. Using funds raised locally, the Association restored the Distillery, and reopened it to the public as a whiskey distillery museum. Then, in 1987, the newly opened Cooley Distillery acquired the assets of Kilbeggan distillery, allowing Cooley to relaunch whiskeys under the Kilbeggan and Locke's Whiskey brands. Cooley later also took over the running of the museum, and began the process of re-establishing a working distillery on-site. Cooley were aided in the process by the fact that since the distillery's closure, each subsequent owner had faithfully paid the £5 annual fee to maintain the distilling licence. In 2007, the 250th anniversary of the distillery's founding, distillation recommenced at Kilbeggan. The official firing of the pot stills was witnessed by direct descendants of the three families, the McManuses, the Codds, and the Lockes, who had run the distillery during its 200 year distilling history. In a fitting nod to the long history of distilling at Kilbeggan, one of the two pot stills installed in the refurbished distillery was a 180-year old pot still, which had originally been installed at the Old Tullamore Distillery in the early 1800s.] It is the oldest working pot still producing whiskey in the world today. In 2010, with the installation of a mash tun and fermentation vats, Kilbeggan became a fully operational distillery once again.

    Present day

    Bottle of "Kilbeggan Finest Irish whiskey"
    Today the distillery is known as Kilbeggan Distillery, and includes a restaurant, The Pantry Restaurant, and a 19th-century waterwheel that has been restored to working condition. The distillery can also be powered by a steam engine, which is in working condition but rarely used. It was installed to allow the distillery to continue operating in times of low water on the river. Prior to the recommencement of operations of Kilbeggan, the three brands associated with the distillery—Kilbeggan, Locke's Blend and Locke's Malt were produced at the Cooley Distillery in County Louth, before being transported to Kilbeggan, where they were to stored in a 200 year old granite warehouse. However, following recommencement of operations at Kilbeggan, new whiskey produced on-site has been sufficiently mature for market since around 2014. Since reopening, the distillery has launched a Kilbeggan Small Batch Rye, the first whiskey to be 100% distilled and matured on-site since the restoration was completed. Double-distilled, the whiskey is produced from a mash of malt, barley, and about 30% rye, said to reflect the traditional practice of using rye, which was common at 19th century Irish distilleries, but has since virtually died out. In late 2009, the distillery released small '3-pack' samples of its still-developing "new make spirit" at 1 month, 1 year, and 2 years of age (in Ireland, the spirit must be aged a minimum of three years before it can legally be called "whiskey"). The distillery's visitor centre was among the nominations in Whisky Magazine's Icons of Whisky visitor attraction category in 2008.

    Gallery

  • 23cm x 40cm Arthur Guinness started brewing ales in 1759 at the St James Gate Brewery,Dublin.On 31st December 1759 he signed a 9,000 year lease at £45 per annum for the unused brewery.Ten years later, on 19 May 1769, Guinness first exported his ale: he shipped six-and-a-half barrels to Great Britain before he started selling the dark beer porter in 1778. The first Guinness beers to use the term were Single Stout and Double Stout in the 1840s.Throughout the bulk of its history, Guinness produced only three variations of a single beer type: porter or single stout, double or extra and foreign stout for export. “Stout” originally referred to a beer’s strength, but eventually shifted meaning toward body and colour.Porter was also referred to as “plain”, as mentioned in the famous refrain of Flann O’Brien‘s poem “The Workman’s Friend”: “A pint of plain is your only man.” Already one of the top-three British and Irish brewers, Guinness’s sales soared from 350,000 barrels in 1868 to 779,000 barrels in 1876.In October 1886 Guinness became a public company, and was averaging sales of 1,138,000 barrels a year. This was despite the brewery’s refusal to either advertise or offer its beer at a discount. Even though Guinness owned no public houses, the company was valued at £6 million and shares were twenty times oversubscribed, with share prices rising to a 60 per cent premium on the first day of trading. The breweries pioneered several quality control efforts. The brewery hired the statistician William Sealy Gosset in 1899, who achieved lasting fame under the pseudonym “Student” for techniques developed for Guinness, particularly Student’s t-distribution and the even more commonly known Student’s t-test. By 1900 the brewery was operating unparalleled welfare schemes for its 5,000 employees. By 1907 the welfare schemes were costing the brewery £40,000 a year, which was one-fifth of the total wages bill. The improvements were suggested and supervised by Sir John Lumsden. By 1914, Guinness was producing 2,652,000 barrels of beer a year, which was more than double that of its nearest competitor Bass, and was supplying more than 10 per cent of the total UK beer market. In the 1930s, Guinness became the seventh largest company in the world. Before 1939, if a Guinness brewer wished to marry a Catholic, his resignation was requested. According to Thomas Molloy, writing in the Irish Independent, “It had no qualms about selling drink to Catholics but it did everything it could to avoid employing them until the 1960s.” Guinness thought they brewed their last porter in 1973. In the 1970s, following declining sales, the decision was taken to make Guinness Extra Stout more “drinkable”. The gravity was subsequently reduced, and the brand was relaunched in 1981. Pale malt was used for the first time, and isomerized hop extract began to be used. In 2014, two new porters were introduced: West Indies Porter and Dublin Porter. Guinness acquired the Distillers Company in 1986.This led to a scandal and criminal trialconcerning the artificial inflation of the Guinness share price during the takeover bid engineered by the chairman, Ernest Saunders. A subsequent £5.2 million success fee paid to an American lawyer and Guinness director, Tom Ward, was the subject of the case Guinness plc v Saunders, in which the House of Lords declared that the payment had been invalid. In the 1980s, as the IRA’s bombing campaign spread to London and the rest of Britain, Guinness considered scrapping the Harp as its logo. The company merged with Grand Metropolitan in 1997 to form Diageo. Due to controversy over the merger, the company was maintained as a separate entity within Diageo and has retained the rights to the product and all associated trademarks of Guinness.
    The Guinness Brewery Park Royal during demolition, at its peak the largest and most productive brewery in the world.
    The Guinness brewery in Park Royal, London closed in 2005. The production of all Guinness sold in the UK and Ireland was moved to St. James’s Gate Brewery, Dublin. Guinness has also been referred to as “that black stuff”. Guinness had a fleet of ships, barges and yachts. The Irish Sunday Independent newspaper reported on 17 June 2007 that Diageo intended to close the historic St James’s Gate plant in Dublin and move to a greenfield site on the outskirts of the city.This news caused some controversy when it was announced.The following day, the Irish Daily Mail ran a follow-up story with a double page spread complete with images and a history of the plant since 1759. Initially, Diageo said that talk of a move was pure speculation but in the face of mounting speculation in the wake of the Sunday Independent article, the company confirmed that it is undertaking a “significant review of its operations”. This review was largely due to the efforts of the company’s ongoing drive to reduce the environmental impact of brewing at the St James’s Gate plant. On 23 November 2007, an article appeared in the Evening Herald, a Dublin newspaper, stating that the Dublin City Council, in the best interests of the city of Dublin, had put forward a motion to prevent planning permission ever being granted for development of the site, thus making it very difficult for Diageo to sell off the site for residential development. On 9 May 2008, Diageo announced that the St James’s Gate brewery will remain open and undergo renovations, but that breweries in Kilkenny and Dundalk will be closed by 2013 when a new larger brewery is opened near Dublin. The result will be a loss of roughly 250 jobs across the entire Diageo/Guinness workforce in Ireland.Two days later, the Sunday Independent again reported that Diageo chiefs had met with Tánaiste Mary Coughlan, the deputy leader of the Government of Ireland, about moving operations to Ireland from the UK to benefit from its lower corporation tax rates. Several UK firms have made the move in order to pay Ireland’s 12.5 per cent rate rather than the UK’s 28 per cent rate. Diageo released a statement to the London stock exchange denying the report.Despite the merger that created Diageo plc in 1997, Guinness has retained its right to the Guinness brand and associated trademarks and thus continues to trade under the traditional Guinness name despite trading under the corporation name Diageo for a brief period in 1997. In November 2015 it was announced that Guinness are planning to make their beer suitable for consumption by vegetarians and vegans by the end of 2016 through the introduction of a new filtration process at their existing Guinness Brewery that avoids the need to use isinglass from fish bladders to filter out yeast particles.This went into effect in 2017, per the company’s FAQ webpage where they state: “Our new filtration process has removed the use of isinglass as a means of filtration and vegans can now enjoy a pint of Guinness. All Guinness Draught in keg format is brewed without using isinglass. Full distribution of bottle and can formats will be in place by the end of 2017, so until then, our advice to vegans is to consume the product from the keg format only for now. Guinness stout is made from water, barley, roast malt extract, hops, and brewer’s yeast. A portion of the barley is roasted to give Guinness its dark colour and characteristic taste. It is pasteurisedand filtered. Until the late 1950s Guinness was still racked into wooden casks. In the late 1950s and early 1960s, Guinness ceased brewing cask-conditioned beers and developed a keg brewing system with aluminium kegs replacing the wooden casks; these were nicknamed “iron lungs”.Until 2016 the production of Guinness, as with many beers, involved the use of isinglass made from fish. Isinglass was used as a fining agent for settling out suspended matter in the vat. The isinglass was retained in the floor of the vat but it was possible that minute quantities might be carried over into the beer. Diageo announced in February 2018 that the use of isinglass in draught Guinness was to be discontinued and an alternative clarification agent would be used instead. This has made draught Guinness acceptable to vegans and vegetarians. Arguably its biggest change to date, in 1959 Guinness began using nitrogen, which changed the fundamental texture and flavour of the Guinness of the past as nitrogen bubbles are much smaller than CO2, giving a “creamier” and “smoother” consistency over a sharper and traditional CO2 taste. This step was taken after Michael Ash – a mathematician turned brewer – discovered the mechanism to make this possible. Nitrogen is less soluble than carbon dioxide, which allows the beer to be put under high pressure without making it fizzy. High pressure of the dissolved gas is required to enable very small bubbles to be formed by forcing the draught beer through fine holes in a plate in the tap, which causes the characteristic “surge” (the widget in cans and bottles achieves the same effect). This “widget” is a small plastic ball containing the nitrogen. The perceived smoothness of draught Guinness is due to its low level of carbon dioxide and the creaminess of the head caused by the very fine bubbles that arise from the use of nitrogen and the dispensing method described above. “Foreign Extra Stout” contains more carbon dioxide, causing a more acidic taste. Contemporary Guinness Draught and Extra Stout are weaker than they were in the 19th century, when they had an original gravity of over 1.070. Foreign Extra Stout and Special Export Stout, with abv of 7.5% and 9% respectively, are perhaps closest to the original in character.Although Guinness may appear to be black, it is officially a very dark shade of ruby. The most recent change in alcohol content from the Import Stout to the Extra Stout was due to a change in distribution through North American market. Consumer complaints have influenced recent distribution and bottle changes.
    Studies claim that Guinness can be beneficial to the heart. Researchers found that “‘antioxidantcompounds’ in the Guinness, similar to those found in certain fruits and vegetables, are responsible for the health benefits because they slow down the deposit of harmful cholesterol on the artery walls.”Guinness ran an advertising campaign in the 1920s which stemmed from market research – when people told the company that they felt good after their pint, the slogan, created by Dorothy L. Sayers–”Guinness is Good for You”. Advertising for alcoholic drinks that implies improved physical performance or enhanced personal qualities is now prohibited in Ireland.Diageo, the company that now manufactures Guinness, says: “We never make any medical claims for our drinks.”
Go to Top