The International Spirits & Wines Association of India (ISWAI), the apex body of the premium alcobev sector, unveiled its report titled “Economic Value of the Indian Alcoholic Beverage Industry”, presenting it to Shri Amitabh Kant, G20 Sherpa and former CEO, NITI Aayog. This comprehensive report is a first-of-its-kind and takes an in-depth look at the vital elements and the significant roles played by the Indian alcobev sector.
The report offers valuable perspectives on the alcoholic beverage industry, highlighting its economic impact, patterns of consumption, and its positive effects on related industries like agriculture, tourism, and more.
Expressing her gratitude, Nita Kapoor, CEO, ISWAI, said, “I extend our heartfelt thanks to Shri Amitabh Kant, G20 Sherpa, on behalf of ISWAI for allocating the time to receive this crucial report. This is a significant moment for ISWAI and the broader industry, affirming the sector’s substantial relevance to the nation. The alcobev Industry serves as a pivotal economic engine, making it imperative for pertinent stakeholders to recognise and value our sector’s economic contributions.”
Nita Kapoor further emphasised, “The alcohol industry holds a vital position within the national economy, presenting opportunities for growth, job creation, and revenue generation. As we look to the future, the importance of the alcohol industry in India is poised to expand. Therefore, it is crucial to simplify its operational complexities, enhance its Ease of Doing Business (EODB), and unlock its full potential for growth.”
Shri Amitabh Kant, G20 Sherpa and former CEO, NITI Aayog, being presented a copy of the Report titled ‘Economic Value of the Indian Alcoholic Beverage Industry’ by Nita Kapoor, CEO, and Suresh Menon, Secretary-General of the International Spirits and Wines Association of India (ISWAI) at his office in New Delhi.
Key Highlights:
With an estimated market size of $52.4 billion in 2021, roughly 2% of the country’s nominal GDP, the Indian alcobev industry is significant and burgeoning (₹3.9 lakh crore, including country liquor).
Projections suggest the Indian alcoholic beverage industry could reach an astounding $64 billion over the next five years, ensuring India’s position as the fifth-largest contributor to global market revenues in the near to medium term.
In the fiscal year 2021, the industry contributed a significant ₹2.4 lakh crore in indirect taxes to the state governments, representing many income streams. Customs duty on alcoholic beverages alone accounted for ₹2,400 crore.
The alcohol revenues represent 1.2% of India’s nominal GDP, 7.7% of the total tax collection, and 11.7% of the nation’s indirect tax revenue. The sector contributes a significant 24.6% of the overall own tax revenues of the states.
Around 1,235 million litres of extra neutral alcohol (ENA) were used to produce Indian-made foreign liquor (IMFL) and ready-to-drink alcoholic beverages in 2021. It is estimated that to produce 741 million litres of extra neutral alcohol for IMFL, 1.9 million tonnes of grain are required. This amounts to 0.6% of India’s total grain production of 316 million tonnes in 2021-2022.
Approximately 724,611 farms and 36,23,057 farmers are involved in grain production for ENA. 2.9% of the persons employed in the agriculture, hunting, forestry, and fishery sectors are engaged in the production of grain/sugarcane/grapes utilised for ENA for spirits and wine.
The scope of the alcohol industry in terms of employment is remarkable at a staggering 79 lakh individuals, both directly and indirectly. This accounts for 1.5% of the total manpower employed in the country.
About 14-19% of the overall revenues of the organised F&B industry are dependent on the ₹28,000 crore sales of alcoholic beverages.
An enabling policy environment for the alcoholic beverage industry can thus drive investments, jobs, and exports. India-manufactured alcoholic beverages have large untapped export potential and should be treated like any other industry.
On the occasion, Suresh Menon, Secretary-General, ISWAI, remarked, “Beyond its substantial tax contributions, the industry plays a vital role in supporting farmers’ livelihoods. It is also intricately linked to the food and beverage, hospitality, tourism, and packaging sectors. With India’s demographic shift, the growth of the young and expanding middle class is projected to persist for several more decades, driving an increase in per capita consumption of various goods and services. Constructive governmental policies can streamline the ease of business in this sector, fostering a more conducive operational climate. By addressing and removing certain barriers, we can propel the sector’s growth to the advantage of all involved parties.”
The Delhi Government has decided to grant license in form L1, L1F and L2 for the wholesale vend of Indian liquor in the National Capital Region (NCR) of Delhi for the licensing year 2023-24 with effect from October 1, 2023.
The Excise Department has said that the prescribed forms can be obtained from its website and that there would be a processing fee of Rs. 5,000 for each license. The Department said that the terms and conditions for the licensing 2023-24 would be the same as that of 2022-23. The government said that it reserved the right to review the duties / fees to be paid / payable in case of any amendment to the law related to liquor and bonded warehouses.
The Department said that in case of existing licensees / registered brands active up to September 30, 2023 there is no change in the EDP / right structure / label / source warehouse etc. The registered brands for the year 2022-23 may be registered for 2023-24 on the same terms and conditions of the previous year, consequent to the payment of requisite fees and submission of undertaking / affidavit of the same.
It said that for new registration of brands applications received without complete information and supporting documents as required in the prescribed form along with annexures shall be liable to be rejected.
These changes are to ensure continuity of supply and the amendments will be in place till the new policy is formed. This will be third time the Delhi Government is giving the extension.
It may be mentioned here that the previous policy introduced in 2021 by the Aam Aadmi Party (AAP) government had to be scrapped as it ended up in scandal which is currently under investigation.
The excise department has proposed to extend the existing 2020-21 liquor policy by six months till March 31, 2024, to ensure the continuity of liquor supply. The excise department will issue a formal order in this regard.
Expert welcomes policy
Mr. Raju Vaziraney, one of the veterans of the wine and spirits sector and presently Adviser and Business Development Head of Amrut Distilleries, has welcomed the policy saying technically it is a new policy thereby allowing new companies to get registered and pay one-time fees and not fees from retrospective effect. The Companies will be encouraged to bring – in new brands, thus ensure more variety of brands, more consumer choice. However, he said the new policy gave only two days for companies to submit all documents.
However, he reiterated that the salient features are a) Existing Licences to be renewed by giving an undertaking / affidavit; Existing licences are renewed till March 31, 2024; Existing brands with existing EDPs to continue till March 31, 2024; Existing brands to pay proportionate fees of six months and not 18 months as was the practise in the policy of 2022-23.
In order to ensure continuity of supplies the online transparent system worked overnight & supplies commenced from October 3, 2023. However in view of paucity of time lot of prominent brands are under process of being made available. Mr. Vaziraney said that however, the challenges are that Delhi will have to wait till six more months to get a full-term year policy with possible participation of private trade thereby offering a great buying experience. The vends at the airport could also open next year as presently a world class city like Delhi does not have any vends at the airports
It is expected that Delhi will have a full year policy which will bring-in consumer choice brands and also bring – in reforms in terms of more liquor stores, more in trade outlets, he added.
IWSR Drinks Market Analysis has announced the appointment of Julie Harris as its new CEO. The transition comes following Mark Meek’s decision to step back from the CEO role and to take up a non-executive director position within the company, the world’s leading source of data and intelligence for the $1.5 trillion global alcoholic beverage market.
Julie Harris joins from Comparison Technologies, a leading tech-enabled comparison and customer acquisition platform in the home digital services market, where she was CEO since 2019. Prior to this, Julie held several CEO roles across a number of sectors, including WGSN, the global leader in trend forecasting for the fashion and retail industry.
Julie Harris commented, “I am delighted to be joining the very talented team at IWSR at such an exciting stage in its evolution and to build on the phenomenal growth of the last few years. Mark leaves the company in fantastic shape and I look forward to working with our global teams to continue to develop new and exciting products for our valued clients.”
Under Mark Meek’s leadership, IWSR has delivered annual revenue growth of 20% and has significantly expanded the coverage and functionality of its core database. The company has also developed a range of new products, including annual strategic consumer sentiment studies on topical issues such as e-commerce, no-and-low alcohol drinks and the impact of Covid-19. In conjunction with its strong organic growth, IWSR has also completed the acquisition of Wine Intelligence France, broadening its coverage of the wine sector.
Julian Masters, managing partner at Bowmark Capital, leading private equity investor and IWSR majority shareholder, commented, “Mark has been both a great leader of IWSR and partner to Bowmark, driving transformational change during his tenure as CEO. We thank him for his significant contribution to the company’s success and are delighted that we will be continuing to work together in his new role. We look forward to working closely with Julie Harris on delivering IWSR’s next phase of growth and continued product development.”
Mark Meek said, “I’m incredibly proud of what the IWSR team has accomplished, with the support of Bowmark, since the management transitioned from our founder. The business has grown strongly, and we’ve considerably enlarged our talent base and product range. The future continues to look bright. So now, after nearly 10 years, I believe it is a great moment to hand over the reins of the business to the talented Julie Harris. I look forward to being part of the IWSR story as a non-executive and will give Julie all my support to ease her into the new role.”
The Ron De Ugar Rum comes from Ugar Sugars Works Ltd who have been in the Sugar business for about 75 years. And as you know that manufacturing ENA is a natural extension of being in this business and in line with that Ugar Sugar also has a portfolio of spirit products in the market. This is their first rum product and is priced at Rs. 1300 in Goa for a 750 ml bottle. The rum features a 42.8% ABV and is currently only available in Goa and Karnataka, with plans to launch it soon in others states as well.
Why the Name?
It is common to believe if this rum is from India? The name suggests that it might be an international product and honestly I also thought for it to be one at first glance. But this is a 100% Indian handcrafted Rum and it is manufactured in the Ugar Khurd region, which is a small hamlet in the erstwhile princely state of Sangli in the West of India, on the border of Maharashtra and Karnataka. The region is a sugar manufacturing-focused township with large areas under sugarcane cultivation, which is where the distillery is based and also of course this rum is also made there. And since this comes from the Ugar region, its named after it, the ‘Ron de’ has been added to give it some flair of course.
Apart from the name there are few other interesting things about this Rum, and the most important is that this is made from cane spirits and not molasses. Most of the rums that you find in India are made from Molases, whisky’s also in fact. Much like Camicara Rum, which is also a small batch rum made from cane spirit, Ron De Ugar is mixed with mature 3-5 year rums and cane spirit.
Another interesting thing about this rum is the moniker on the rum. When you look at him it seems like an international figure, but this is actually Shivaji’s Naval Commander, Kanoji Angre, who use to monitor that belt and is also known as askilled navy chief hence used here.
Kanoji Angre features as the moniker on the label
How is it made?
So, how exactly is this rum produced? The aged rums are combined with cane spirits and left to mature gradually in Oakwood casks. Afterward, they’re mixed with fragrant spices to create a unique flavour. This rum is crafted and bottled at the Ugar Sugar Works Ltd. in Ugar Khurd, located in the Belagavi district of Karnataka.
The Rum is matured in Oakwood Cask
Packaging:
Similar to many other rums available in this segment, it comes in a canister. A marron base colour along with gold letterings make it look good and the canister also has some night texture with the picture of the Naval Commander Kanoji Angre on it. The shape of the bottle is similar to that if Monkey Shoulder whisky somewhat.
The bottle looks like Monkey Shoulder Whisky
Nosing:
With an alcohol by volume (ABV) of 42.8%, this rum is undoubtedly smooth while nosing. Its sweetness carries note reminiscent of vanilla, which is evident from the aroma it imparts. There’s a distinct and clear vanilla scent. While there’s not much spiciness, the scent is deep and intense. Taking a whiff of this rum can also provide a pleasant sensation, gently expanding one’s nostrils.
Tasting:
Talking about the taste, as expected, it’s smooth. When the spirit enters the mouth, it feels refined, smooth and also warm. The spiciness hits you slightly late just as the vanilla sweetness fades away. There’s a lingering texture on the palate, offering a warm and comfortable feeling. Interestingly, although the spiciness isn’t obvious at first sip, it becomes evident shortly after. The spiciness is balanced and not overwhelming, providing a relaxed experience. The finish is prolonged, felt at the back of the throat, and carries a warm sensation with a subtle hint of spice. Despite the enticing aroma of vanilla and sweetness, these flavours don’t translate as strongly onto the palate. For a rum with a 42.8% ABVit goes down smoothly.
Conclusion:
Priced at ₹1300, this rum certainly falls into the premium category. It’s important to note that this isn’t a budget-friendly option, especially when considering potential higher costs in other states. But the makers are very clear that this is meant to be a handcrafted small batch rum. While the rum is good I would’ve been happier if it would’ve been priced at around Rs. 900 – 1000, it would’ve flown off the shelves then. But overall you must try this for sure, atleast once.
Recent years have seen the rise of craft beer, a new crop of premium beer produced in small batches by independent producers. There are now strong indications that the growing demand for craft beer is paving the way for new microbreweries in India.
The beer industry in India has emerged in the last two decades to become a thriving money spinner today. Just a few decades ago, it wasn’t commonplace to find modern bars, restobars, lounges, and even friends sitting over a few beers. Today, there’s a new culture of brewing in India, even among millennials and Gen Zs, and beer has become trendy. As of 2022, the beer market was valued at 383.6 billion, growing at a CAGR of 8.1%, and expected to reach 622.4 billion by 2028.
Recent years have also seen the rise of craft beer, a new crop of premium beer produced in small batches by independent producers, with an emphasis on new and evolving flavours, enthusiasm, and techniques. There are now strong indications that the growing demand for craft beer is paving the way for microbreweries in India. Some industry players believe this is only the start of a journey that can transform the beer scene much more significantly.
Craft beer flexibility and a burgeoning segment
There’s a growing crop of craft beer producers and brands in India who seem determined to take over the beer market with what they call a breath of fresh air. “Being true to style and ingredients, the experience that craft beer provides in terms of flavour, aroma and array of styles has led to the growth of craft beer the world over. We often say that once one has tasted true craft, he’ll never go back to industrial lager, especially if craft is available within reach.
“This is the reason that the world and, indeed, India are seeing the growth of microbreweries. Industrial lager literally offers one-style-fits-all products, whereas craft gives the choice back to the consumer for its preferred taste profile and styles,” said Upesh Gulati, Founder, Strategist, and Master Brewer, Effingut Breweries Pvt Ltd.
Over the years, Effingut has taken pride in introducing patrons to various different styles from around the world. With 16 different craft beers on tap, there is a flavour for each and every patron to enjoy. As of today, Effingut has a pan-India presence with three different verticals across four cities that cater to any kind of patron. This includes the Effingut 2 Go boutique stores, Effingut Bistros, and The Effingut Brewpubs and Taprooms.
Rather than release large batches of single-flavour, often mundane beers, microbreweries offer a variety of tastes and flavours based on the changing preferences of consumers and innovativeness of producers. As more adventurous beer enthusiasts emerge, craft beer makers have to continually innovate and expand to meet growing demands. According to Dr. Nishant Grover, Brew Master at Hotel The Royal Plaza, craft beer has quickly become a trend in India.
“There are several factors responsible for the growth of microbreweries in India. First is the shifting consumer tastes and the desire for distinctive and expensive beverages, as well as the fact that they are becoming more daring and discriminatory in their taste preferences. Second, increasing disposable income has also contributed to the growth of microbreweries, and lastly, we must acknowledge the encouraging government policies that are making microbreweries like our own The Royal Brewery Bistro to thrive,” he says.
Creating richer experiences with richer flavours
Microbreweries like The Royal Brewery Bistro are also being fostered by the craze for the culture by both local and international tourists and beer enthusiasts. This contributes to the overall tourism sector in India. Beyond that, the most important changes are the ones seen in the lives of budding beer drinkers in India. Younger Indians are becoming adventurous and seek out newer tastes each new day.
“After a long hectic day at work, people would stop by a bar to relax with a mug of their favourite beer in hand. But now with changing demographics, millennials and Gen Zs, people’s taste for beer is also undergoing a shift. They are looking for something different to explore and experiment including their consumption of alcoholic beverages. It was only 20 years ago that the first breweries opened in the industrial city of Gurugram. Today, there are microbreweries spurring across the country. Well-known internationally trained brewers are brewing international quality beer recipes in new-world pubs and bars across the country. As the best quality raw material is available with ease, production becomes less hassle, this is why craft beer availability is spreading across the country. Multiple yearly events on brewing and brewing equipment have also propelled information sharing and technical know-how for the industry,” explains Sandeep Singh Katiyar, CEO of The Finch, one of the finest premium luxury lounges in India, known for its extensive range of freshly brewed craft beer.
Breaking the odds, surging ahead
There’s still a long way to go. The craft beer culture may be growing in popularity, but it is still relatively young in India. Brewing has certainly become easier because quality ingredients are easier to come by and the manufacturing process has been simplified. However, there’s a long path ahead, and it is rough and rocky. There’s need for both the central and state governments to support the segment and its operators for them to thrive even better and ensure the growth is smooth.
As Katiyar of The Finch puts it, “The new brewery policies in Haryana, Karnataka, Maharashtra, Andhra Pradesh, Karnataka, Rajasthan, and Uttar Pradesh have helped craft beer businesses scale to new heights. However, craft beer and microbreweries yet have a long path to cover and have plenty of hindrances to cross in the upcoming years. The industry requires care, support, and nurture from the state and central governments. With the government’s support, the smooth growth of microbreweries can be ensured.”
The idea of authenticity loved by millennials is what is spurring the growth in the industry, and there’s need to support the over 200 microbreweries in India to succeed, while also ensuring new ones emerge, especially in far-flung cities and towns where they’re currently non-existent.
“It’s no secret millennials live life differently. Things no longer matter. Experiences do. Indeed, the potential rise of craft beer has paved way for many microbreweries in India. Millennials are clearly choosing experiences over things, fuelling the homecoming of microbreweries. They now know that there is much to the world of beer than just the dull and mass-produced bottled hard liquor. With hints of chocolate or sweet caramel, floral hops or fruity notes, rich coffee undercurrents and more – the options are tempting and endless. Today, India is now growing its own craft culture one sip at a time, and it will get even better in the future,” notes Anirudh Khanna Managing Director, Independence Brewing Company.
Bacardi Limited, the world’s largest privately held international spirits company, recently announced the appointment of Alicia Enciso to the Company’s Board of Directors.
Alicia brings more than 30 years of experience with multinational Fortune 100 Companies in the Food and Beverages sectors with roles as General Manager, President, Chief Marketing Officer, and E-Business Officer. Since 2017, she has served as Chief Marketing Officer of Nestlé USA and previously served as President of the Beverages Division. She recently announced her retirement from Nestlé. Prior roles include Principal Consultant and Managing Director of Zyman Group, a subsidiary of MDC Partners and various marketing leadership roles at Procter & Gamble and Estée Lauder.
“Alicia is a well-rounded business leader and global marketer who has presided over some of the world’s best-known brands. Her enthusiasm for modern marketing and building sustainable brands are a great complement to our long-term business ambitions and to continuing the family legacy for generations to come,” saids Facundo L. Bacardi, Chairman of Bacardi Limited and fifth-generation family member.
Originally from Mexico, Alicia has been recognised as one of “Most Influential 100 Latinas” by Latino Leaders Magazine and named “Latino Marketer of the Year” by the Hispanic Marketing Council. Alicia also serves on the Executive Board for the Association of National Advertisers and the Board of the Alliance for Multicultural & Inclusive Marketing. She previously sat on the Advisory Board of Google 21st Century Marketing. The Bacardi Limited Board of Directors is comprised of 13 members.
Correspondence: Mahipal Singh Sankhla, Research Scholar, Division of Forensic Science, SBAS, Galgotias University, Greater Noida, India
Received: July 31, 2018 | Published: August 31, 2018
Citation: Pandey RK, Sankhla MS, Kumar R. Determination of adulterants in suspected liquor samples using chemical tests. MOJ Toxicol. 2018;4(4):309–314. DOI: 10.15406/mojt.2018.04.00118
Abstract
The term alcohol, used as a proper name, is applied both to the absolute substance farther specified by chemists as ethyl alcohol, and to its mixtures with smaller proportions of water and slight proportions of other substances. In chemistry, the word alcohol is used as a common or generic name to designate several series of substances. Alcohol consumption has existed in India for many centuries. The quantity pattern of used and resultant problems have undergone substantial changes over the past twenty years. This category, created for revenue purposes, consists in western- style distilled beverages such as whisky, rum, gin. These are made in India under government license and the maximum alcohol content allowed is 42.8%. Besides licensed distilleries, a number of small production units operate clandestinely. The raw materials they used are similar to those in country liquor, but since they evade legal quality controls the alcohol concentration in their products varies and adulteration is frequent. It is common to rum, whisky and gin find samples containing up to 56% alcohol. The hazardous adulterant is industrial methylated sprit which irregularly cause mass toxicity of humans who lose their lives or suffer irreversible eye damage. Since no government revenues are paid, illicit liquor is considerably less expensive then license country liquor, and thus finds a ready market among the poor.
Describes a simple, fast method of proving identity or brand on the basis of anion composition. This will enable the testing of suspicions that arise during food control. Spirits are reduced to bottling strength with water from rectified distillates. The ionic content of the water and brand-specific water additives used give rise to differences in the ionic composition of the product. The simple, cost-saving, and reliable method of ion chromatography, which is already approved in water analysis, can therefore be used for the determination of anions in spirits. The Selected decreases the organoleptic features of the raw resources. Flavouring may be added to give the product special organoleptic characteristics, such as a mellow taste.1 According to Karnataka Excise Rules (1997), the ethanol content of whisky, rum and gin (IMFL) are mandated at 42.8% volume by volume (75° proof) and of country liquor or arrack at 33.3% volume by volume (65° proof) at 15/15°C. The Karnataka Excise Act specifies that for the manufacture of IMFL and arrack, the basic material is Rectified spirit [manufactured by distillation of molasses] of not less than 166° proof. Such spirit has to be reduced to strengths of 75° proof or 65° proof depending on whether IMFL or arrack is the final product.2 The authenticity of cognacs, whiskies, rums and similar strong alcoholic beverages can be verified by determining the concentrations of ethanol and the following congeners in the product: methanol, higher alcohols and ethyl acetate. These values are then compared with a database of reference samples. Data from quantitative measurement can be processed statistically using principal component analysis (PCA) based on clustering techniques. PCA is a useful method when the data contain large numbers of variables. PCA yields a small body of new variables that incorporate most of the information in the original variables, facilitating the perception of complicated matrices. Such a work-up is presented by with various brands of whiskies being classified into groups by chemical analysis and PCA. Developed a complex, multi-method analysis for brand identification using statistical processing on the basis of chemical composition, ultraviolet absorption, and pH.3 According to Bureau of Indian Standards (1986), the ethanol content of whisky, rum and gin (IMFL) are mandated at 42.8% volume by volume (75° proof) and of country liquor or arrack at 33.3% volume by volume (65° proof) at 15/15°C. The Bureau of Indian Standards specifies that for the manufacture of IMFL and arrack, the basic material is Rectified spirit (manufactured by distillation of molasses) of not less than166 proof. The ingestion of drinks with the nonqualified raw materials containing high levels of adulterants can cause serious health difficulties like metabolic problems, blindness, permanent neurological damage or even death.4 Suggested about traditionally colorless, extract-free spirits (e.g. vodka and white rum) are identified by the detection of volatile substances using gas chromatography (GC).5 The raw spirit put through rectification is usually produced from grain (rye and wheat) and potatoes. In vodka production, the quality of water is of the utmost importance. For premium vodka brands, demineralized water is filtered through activated carbon to absorb unwanted organic and inorganic materials. Then it is passed through deionization columns, which remove other impurities present. The rectified spirit and demineralized water are blended in the correct proportions. The blended spirit is charcoaled for up to 8 h. The charcoal adsorbs impurities that cannot be removed by distillation alone. The vodka is then reduced to its bottling strength by adding further demineralised water.6
Materials and methods
Determination of ethyl alcohol by volume
Two methods have been prescribed in BIS, namely, method I {Hydrometer method (2302-1962)}, method II {Pyknometer method}. In which method I be used as routine method, whereas Method II as referee method.
Procedure: 200ml of sample were taken in a 500ml. distillation flask containing to it about 25ml. of distilled water and a few pieces of pumice stone {a very light porous rock formed from solidified lava, used in solid form as an abrasive and in powdered form as a polish} was added. And the distillation setup is allowed to heat over thermostat, the distillate is collected in a 200ml. measuring flask. The distillate is allowed to cool at the room temperature; the volume was makeup to 200ml. using distilled water and mixed thoroughly. The specific gravity of the distillate at the required temperature was measured with the help of a hydrometer (routine test) and Pyknometer (referee test). The readings were recorded and compared with the standard value as prescribed in the tables of Alcoholometry.4
Determination of suspended solids
Procedure: The contents of the container were mixed thoroughly by shaking it. 250ml. of it were taken and filtered through a dry tared filter paper. The filter paper was dried over the hot air oven at 110o±2oC. After cooling the sample is weighed. And the results were calculated and expressed to four decimal places.
Determination of esters as ethyl acetate
Procedure: To the neutralized distillate from the volatile acidity determination, 10ml. of standard alkali solution was added and refluxed it on a stream bath for an hour. The sample was cooled and back titrated, the excess of alkali with standard sulphuric acid (1ml. of standard alkali is equivalent to 0.0088gm. of acetate). A blank taking 50ml. of distilled in place of the distillate of the sample is run simultaneously in the same way. The difference in titration value in ml. of standard acid solution gives the equivalent ester.4
Determination of higher alcohols
Three methods have been prescribed in BIS, namely, method I (Komarowski method), Method II. Method I may be used to determine approximately the quantity of higher alcohols in process control. Method II shall be employed for accurate determination while method III shall be used as reference method.4
Method I (Komarowski method)
Procedure: A clean glass–stoppered bottle was taken and washed it twice with the spirit to be tested. Similarly, a small cylinder or a 100ml pipette was washed. 10ml. of sprit were taken in the bottle and to it 1ml. of 1% salicylic aldehyde and 20ml. of conc. Sulphuric acid were added. The mixture was allowed to stand at room temperature for over 12hours. The change in colour was noted and compared with the colour developed after the reaction indicates the amount of higher alcohol as follows:
Colour Amount of higher alcohol
Light yellow only traces
Yellow to Brown About 0.1% (v/v)
Brown About 0.2% (v/v)
Red About 0.5 to 1.0 % (v/v)
Dark red to Black About 0.5 to 1.0% (v/v)
Method II
Procedure: 50ml. of water was added to the solution resulting from the determination of esters and solution is extracted four times with carbon tetrachloride using 40, 30, 20 and 10ml. respectively. The extracts were washed three times with saturated sodium chloride solution and twice with saturated Sodium Sulphate solution. Carbon tetrachloride was filtered out and to it 50ml. of oxidizing mixture was added and refluxed for two hours. The solution was cooled and the reflux condenser was washed with 50ml. of water and transferred it to the distillation flask using50 ml. of water. Distil till about 50ml. is left over the flask. Avoid charring. The distillate is titrated against standard alkali, using phenolphthalein as indicator (1ml. of standard alkali is equivalent to 0. 0088gm. of amyl alcohol.) Run a blank in the same way taking 100ml. of distilled water in place of the distillate of the liquor.
Determination of ash
Procedure: The contents of the container were shaken and evaporated, 100ml. of the sample is on dried, tared dish over water bath. The dish was placed in a muffle furnace maintained at 450o to 500oC for the about an hour. The dish was Cooled in a desiccator and weighed, the results were expressed to four decimal places.4
Determination of copper
Potassium ferrocyanide method
Procedure: Transfer 20ml. of the material into a silica evaporating dish and add 1ml. of dilute sulphuric acid. Heat gently in the beginning and the evaporate almost to dryness on a water bath. Ignite the residue over a smokeless flame to eliminate sulphuric acid. Cool, dissolve the residue in 2ml. of water, add three drops of aqua regia and evaporate to dryness on the water bath. Dissolve the residue in 2ml. of hydrochloric acid and warm gently the residue is dissolved. Add 0.5gm. of ammonium chloride and dilute with 15ml. of water distill in an all glass apparatus. Add dilute ammonium hydroxide as alkaline. Boil off excess of ammonia and filter into a clean Nessler tube. Cool and then render to the solution acidic with acetic acid (3 to 5 drops are usually sufficient). Dilute to 40ml. Add 0.5ml. of potassium ferrocyanide solution, stir and make up the volume to 50ml. {Note: – If the copper is more, a lesser amount of the material may be taken for the test.} Prepare a series of control solutions each containing in 50ml. 0.5gm. of ammonium chloride, 3 to 5 drops of acetic acid and 0.5ml. potassium ferrocyanide solution together with an increase amount of copper, namely 2, 4, 6, 8, and 10ml. of the standard copper solution Compare the test solution with control solutions and note the number of ml. of standard copper solution added in the control solution having, as nearly as possible, the same intensity of color as that of the test solution.4
Result and discussion
These research work was carried out at the India Brewery and Distillery Ltd, Bidar, Karnataka, India. Check the specification of liquors. In the study Qualitative analysis for the presences of illicit content like Copper, Ash, Ethyl Alcohol, Higher Alcohol Content, Acetaldehyde and Fixed Acidity present in the liquor sample were done by using the presumptive colour tests and the results are reported. Content in the samples were analyzed qualitatively and quantitatively for determination of the strength of the liquor sample and results are reported in tables and figures. The quantitative determination of the contents liquors were examined by the prescribed methods of the BIS (3752-1956) guidelines to check their quantity in the suspected liquors as in illicit liquor there me be increased quantity of these contents shown table 1-12 and figure 1-12. These results reported here shows that the suspected liquor shows the presence of illicit components like Copper, Ash, Ethyl Alcohol, Higher Alcohol Content, Acetaldehyde and Fixed Acidity. The quantitative analysis of the suspected and standard samples showed that the contents of standard liquors are within permissible limit of the BIS however the suspected liquor samples showed the exceed limit of these contents.
Estimation of ethyl alcohol (v/v)
The Table 1 and Figure 1 shows the Ethyl alcohol percentage in standard Liquor sample as reported in Whisky, Rum and Gin were found to be under the permissible limits described by BIS. However Table 2 and Figure 2, shows the exceed limit of ethyl alcohol content in the suspected samples of Whisky, Rum and Gin.
Brands
Sample 1
Sample 2
Sample 3
Whisky
42.6 % v/v
42.7% v/v
42.6% v/v
Rum
42.9% v/v
42.7% v/v
42.7% v/v
Gin
42.4% v/v
42.6% v/v
42.6% v/v
Table 1 Estimation of Ethyl alcohol (%) in standard Whisky, Rum and Gin sample
Figure 1 Estimation of Ethyl alcohol (%) in standard Whisky, Rum and Gin sample.
Brands
Sample 1
Sample 2
Sample 3
Whisky
48.4% v/v
36.5% v/v
34.4% v/v
Rum
56.4% v/v
48.8% v/v
46.4% v/v
Gin
46.8% v/v
54.4% v/v
48.6% v/v
Table 2 Estimation of Ethyl alcohol (%) in suspected Whisky, Rum and Gin sample
Figure 2 Estimation of Ethyl alcohol (%) in suspected Whisky, Rum and Gin sample.
Estimation of ash (%)
The Table 3 and Figure 3, showing the Ash percentage in standard Liquor sample as reported in Whisky, Rum and Gin were found to be under the permissible limits described by BIS. However, Table 4 and Figure 4, shows the exceed limit of Ash percentage in the suspected samples of Whisky, Rum and Gin.
Brands
Sample 1
Sample 2
Sample 3
Whisky
0.01
0.018
0.017
Rum
0.018
0.016
0.018
Gin
0.019
0.018
0.015
Table 3 Estimation of Ash (%) in Standard Whisky, Rum and Gin samples
Figure 3 Estimation of Ash (%) in standard Whisky, Rum and Gin samples.
Brands
Sample 1
Sample 2
Sample 3
Whisky
0.10
0.10
0.15
Rum
0.15
0.15
0.20
Gin
0.9
0.6
0.6
Table 4 Estimation of Ash (%) in Suspected Whisky, Rum and Gin samples
Figure 4 Estimation of Ash (%) in suspected Whisky, Rum and Gin samples.
Estimation of higher alcohol content
The Table 5 and Figure 5 showing the Higher Alcohol present in standard Liquor sample as reported in Whisky, Rum and Gin were found to be under the permissible limits described by BIS. However, Table 6 and Figure 6, shows the exceed limit of Higher Alcohol in the suspected samples of Whisky, Rum and Gin.
Brands
Sample 1
Sample 2
Sample 3
Whisky
2.00
2.50
2.00
Rum
1.50
2.00
1.50
Gin
4.20
4.00
4.20
Table 5 Estimation of Higher Alcohol in Standard Whisky, Rum and Gin samples
Figure 5 Estimation of higher alcohol in Standard Whisky, Rum and Gin samples.
Brands
Sample 1
Sample 2
Sample 3
Whisky
3.50
3.80
3.80
Rum
3.80
3.60
3.80
Gin
5.00
4.80
4.80
Table 6 Estimation of Higher Alcohol in Suspected Whisky, Rum and Gin samples
Figure 6 Estimation of higher alcohol in Suspected Whisky, Rum and Gin samples.
Estimation of acetaldehyde
The Table 7 and Figure 7, showing the Acetaldehyde present in standard Liquor sample as reported in Whisky, Rum and Gin were found to be under the permissible limits described by BIS. However, Table 8 and Figure 8, shows the exceed limit of Acetaldehyde in the suspected samples of Whisky, Rum and Gin.
Brands
Sample 1
Sample 2
Sample 3
Whisky
4.2
4.4
4.2
Rum
4.18
4.16
4.18
Gin
0.18
0.16
0.18
Table 7 Estimation of Acetaldehyde in Standard Whisky, Rum and Gin samples
Figure 7 Estimation of Acetaldehyde in Standard Whisky, Rum and Gin samples.
Brands
Sample 1
Sample 2
Sample 3
Whisky
4.80
4.60
4.60
Rum
5.0
5.20
5.10
Gin
0.40
0.60
0.40
Table 8 Estimation of Acetaldehyde in Suspected Whisky, Rum and Gin samples
Figure 8 Estimation of Acetaldehyde in Suspected Whisky, Rum and Gin samples.
Estimation of copper
The Table 9 and Figure 9, showing the Copper present in standard Liquor sample as reported in Whisky, Rum and Gin were found to be under the permissible limits described by BIS. However, Table 10 and Figure 10, shows the exceed limit of Copper in the suspected samples of Whisky, Rum and Gin. The Table 11 and Figure 11, showing the Ethyl Acetate present in standard Liquor sample as reported in Whisky, Rum and Gin were found to be under the permissible limits described by BIS. However, Table 12 and Figure 12, shows the exceed limit of Ethyl Acetate in the suspected samples of Whisky, Rum and Gin.
Brands
Sample 1
Sample 2
Sample 3
Whisky
0.008
0.009
0.008
Rum
0.009
0.008
0.009
Gin
0.008
0.009
0.008
Table 9 Estimation of Copper in Standard Whisky, Rum and Gin samples
Figure 9 Estimation of Copper in standard Whisky, Rum and Gin samples.
Brands
Sample 1
Sample 2
Sample 3
Whisky
0.018
0.010
0.015
Rum
0.010
0.005
0.015
Gin
0.016
0.015
0.015
Table 10 Estimation of Copper in Suspected Whisky, Rum and Gin samples
Figure 10 Estimation of Copper in Suspected Whisky, Rum and Gin samples.
Brands
Sample 1
Sample 2
Sample 3
Whisky
0.24
0.28
0.28
Rum
0.18
0.20
0.18
Gin
0.58
0.60
0.58
Table 11 Estimation of Ethyl Acetate in Standard Whisky, Rum and Gin samples
Figure 11 Estimation of Ethyl Acetate in Standard Whisky, Rum and Gin samples.
Brands
Sample 1
Sample 2
Sample 3
Whisky
0.40
0.60
0.40
Rum
0.20
0.15
0.20
Gin
0.80
0.60
0.60
Table 12 Estimation of Ethyl Acetate in Suspected Whisky, Rum and Gin samples
Figure 12 Estimation of Fixed Acidity in Standard Whisky, Rum and Gin samples.
Conclusion
These research work present the suspected sample of liquor are the various type of contamination and the results are shown that the liquor are not drinking purpose. The adulterants contaminations is a major problem in India. The partial data available around prices, it appears that there is ground for the probability that at minimum some home or locally made beverages are cheaper than mass or factory produced “branded” beverages. In some cases the price difference is quite significant. This means that it is mostly the poorer segments of the society which consume these local beverages, except in the case of some culturally important beverages which might have ceremonial value.
Acknowledgements
None.
Conflict of interest
Author declares that there is none of the conflicts.
References
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Karnataka Excise Rules (Regulation of Yield, Production and Wastage of Spirit, Beer, Wine or Liquors) (1997).
Lehtonen PJ, Keller LA, Ali-Mattila ET. Z Lebeansm Unters Forsch A. 1999;208:413–417.
Bureau of Indian Standards, Indian standard manual for alcoholic drinks and methods of test, 1986.
Frank W. Qualittssicherung, Organisation und Analy-senmethoden. In: Kolb E editor. Spirituosen Technologie. Behr’s Verlag, Germany: Hamburg; 2002. p. 425–472.
Working in a bar is a great career option for anyone with a creative mind and a drive to learn. The preconceived notion that bartending is a man’s field has been thrown out of the window in the past decade, with women from different social, cultural and academic backgrounds having set the standard high in this industry, by leading some of the best bars, discovering and creating new drinks and whatnot. This International Women’s Day, we’re celebrating some of the top female mixologists from India, who despite the challenges, have broken barriers and showcased their excellent skills behind the bar.
Shatbhi Basu
An alumnus of IHM Mumbai, Shatbhi Basu went on to carve out an illustrious career in bartending and was awarded by the President of India and the Ministry of Women and Child Development as India’s first woman bartender. With an experience of over three decades, Shatbhi runs her own bartending academy in Mumbai called Stir Academy of Bartending. She conducts various workshops across the country and tries to keep this art alive among women. She also authored the first comprehensive guide to alcoholic beverages and cocktails relevant to Indian conditions called ‘The Can’t Go Wrong Book of Cocktails’, and has hosted and created India’s first TV show on cocktails & more – ‘In High Spirits’ on NDTV Good Times. Shatbhi was appointed the first American Whiskey Ambassador, India from 2013 – 2016.
Ami Shroff
Ami Shroff started her career in 2003 at the age of 18. Since then, she has never looked back. Today she is one of India’s few women flair bartenders who is sought after for special events and gigs. If that’s not enough, she is also an accomplished mixologist which makes her a complete professional at the bar. She has managed to perform at over 20 destinations across India and beyond the borders, at over 1000 events, from backyard pool parties to elite corporate functions and conferences. Ami also curates cocktail menus for some of the most acclaimed establishments and has starred in the Netflix documentary Midnight Asia, depicting the mixing of drinks into performing art.
Cindy Lalramngaihzuali
Cindy Lalramngaihzuali started her career in the F&B industry in 2015. After working in different departments, she got inspired after working behind the bar at Ek Bar in Delhi. Later, while doing a bartending course, she started working at Piso 16. After working for a month, she moved to Perch Wine and Coffee Bar, Delhi and takes care of Hoots’ cocktail bar there. One of her favourite cocktails is Hanky Panky – a spirit forward cocktail with gin, vermouth and Fernet Branca. Cindy considers her mother and grandmother as her biggest inspiration.
Sonam Rai
Hailing from a small town in Bihar and having no professional background in mixology, Sonam Rai is a hands-on and quick leaner of the craft. She credits he stint as an assistant bartender at GVK Lounge, Mumbai International Airport for her skills, where she picked up everything she knows from the Bar Manager Abhinay Patil. A big fan of dehydrated fruit garnishes and citrus drinks, try one of her grapefruit creations like the Bloody Habanero Margarita or Gin Grapefruit and Basil Ginger ale.
Arati Mestry
Arati Mestry’s journey towards being a bartender started with an impromptu cocktail competition in college and with a part-time job at a friend’s bar on weekends. After switching jobs, Arati took a small break to find a good workplace, and within some time landed a stint with BYG Brewski Brewing Co in Bangalore. She got her first job in the pre-opening team in Planet Hollywood Beach Resort, Goa, and then moved to Elephant & Co. Pune which, she considers, was a turning point. Currently she works with Seven Rivers Brewing Co, Taj Group, as a bar manager. Some of her accolades include being runner-up in the American Whiskey Legacy 2020, winner of the Jameson Barrelmen’ Face-Off 2018 (1st Edition), and national finalist in several competitions like the Campari Bartender Competition Asia 2019 – Top 5, the Monkey Shoulder Ultimate Bartender Championship 2019 – Top 5, and the Beluga Signature Bartender Program 2019 – Top 30.
Average production volume is expected in the EU, with positive performances recorded in Italy, France, and Germany, which balanced out the low harvests expected in Spain and Greece, which were particularly affected by the heat wave during summer. First harvest forecasts in the USA indicate that production volume will be slightly lower than in 2021. After the record-high figures of last year, Southern Hemisphere vineyards produced average volumes, with the only exception of New Zealand that, thanks to favourable climatic conditions, records the largest production ever.
In 2022, despite the heat wave that touched many regions of the world, global wine production volume is expected to be at a level similar to the one observed last year. This would be the fourth consecutive year where the global production level can be considered as slightly below average.
This year harvest has been characterised by extreme heat and record-breaking drought that sped up ripening in vineyards all over the globe. A report recently published by the Global Drought Observatory indicated that almost two thirds of the European territory was in a state of drought or on alert due to heat waves and extremely low rainfall: this has been the worst drought in the last 500 years. And Europe was not the only region impacted: from East Africa to California, extreme temperatures have been recorded this year.
World Production
Based on the information collected on twenty-nine countries, which represent 91% of the world production in 2021, 2022 world wine production (excluding juices and musts) is estimated between 257.5 and 262.3 mhl, with a mid-range estimate at 259.9 mhl.
The 2022 wine production volume can be considered slightly below its 20-year average and seems to have fallen by 1% compared to 2021. This is due to higher than-expected harvest volume in Europe (despite the drought and heat waves during spring and summer) and average production level recorded in the Southern Hemisphere and in the USA. Overall, in 2022 the dry and hot conditions observed across different regions of the world have led to early harvests and average volumes, nonetheless an overall good quality is expected.
It should be noted, however, that the figures for 2022, must be taken with caution as there are still large countries like China and Russia for which information is not available yet. Also, the high volatility in production volumes observed over the last years at regional levels makes the forecasting exercise even more difficult.
Northern hemisphere
European Union
In the European Union (EU), a series of adverse weather events – spring frost, hail, excess heat, and drought – have been observed all along the 2022 growing season.
Spring and summer heatwaves across Europe have resulted in early ripening. At the beginning of the season, there was widespread concern among key stakeholders that yields were expected to be lower due to extreme heat and lack of rainfall in many areas. However, in the end, the absence of major grape diseases and late summer rains made up for it, resulting in higher yields than initially expected in several regions and countries.
The result is an overall early harvest and an estimated wine production volume of 157 mhl, excluding juices and musts. This volume shows an annual increase of 3.5 mhl (+2%) compared to 2021. Overall, preliminary estimates for 2022 wine production in EU countries indicate quite a heterogeneous situation, due to different weather conditions throughout the year, undergone in different vine regions.
Notwithstanding the drought that hit certain regions, 2022 proved to be a favourable year for wine production in the two largest EU producing countries – Italy and France, which together account for 36% of the world and 60% of the EU wine production – mainly thanks to the rains at the end of the summer. Italy, still ranking first producer of the world at 50.3 mhl, estimates a volume in line with its 2021 wine production. France, after the very low vintage of 2021, characterised by severe damages due to early frost in April, followed by summer rain, hailstorms, and mildew, is the EU country with highest growth rate with respect to the previous year: it foresees a production level of 44.2 mhl, which represents +17% compared to 2021. Dry and hot weather this year reduced disease pressure on vines and lead to an early start of the grape harvest.
Spain in 2022 will be the third largest wine producer in the world with an estimated production of 33.0 mhl.
This relatively low volume (-6% compared to 2021 and 12% lower than its five-year average) can be attributed to drought and limited access to water in many regions.
Among the other major wine producing countries in the EU, positive performances with respect to 2021 have been recorded in Germany (8.9 mhl, +2% / 2021), Romania (4.6 mhl, +4% / 2021), Bulgaria (0.9 mhl, +5% / 021), Slovenia (0.7 mhl, +15% / 2021), and Croatia (0.6 mhl, +12% / 2021). In these countries, the dry and hot growing season has been beneficial for vineyards, a large part of which have been very productive, despite the hot temperatures.
On the other hand, several countries within the EU expect a negative growth with respect to 2021. For example, Portugal, the fifth largest European wine producer, has an estimated 2022 wine production volume of 6.7 mhl (-8% / 2021). The harvest in Portugal, like in many other EU countries, has been hit by excessive heat during summer, coupled with little rainfall. However, it should be noted that the expected 2022 level is in line with its five-year average. Hungary’s estimated wine production is 2.5 mhl in 2022, a level 3% below 2021 and 15% lower than its five-year average.
Also in this case, the extreme temperatures recorded in spring and summer lead to an early and relatively small harvest. Similarly, Austria, with 2.3 mhl, estimates a wine production that is 6% lower than 2021 and 8% lower than its five-year average. One of the countries that was hit harder by the heat wave this season is certainly Greece, where the expected wine production in 2022 is estimated at only 1.7 mhl. This represents not only a sharp fall with respect to the previous year (-29%), but also a steep decline compared to its five year average. Lastly, Czech Republic expects a wine production of 0.6 mhl, a level 8% lower than 2021 in line with its five-year average.
Outside EU
In the USA, fourth producer at world level, the preliminary estimate for 2022 wine production is 23.1 mhl. This figure is 4% lower compared to last year, and 6% lower with respect to its five-year average. This relative decrease can be partially attributed to early frost damages, drought-like conditions in summer and consequent lack of water supply in certain wine regions.
At this time of the year, data on grape harvest in China is not available. However, wine production is likely to continue the contraction that started in 2016 for structural reasons outlined in previous OIV reports on the state of the vine and wine sector
As for Eastern European countries, wine production in Georgia is estimated to be in line with the already large production of 2021 (+2%), with a record-high level of 2.1 mhl.
This volume is due to favourable weather conditions that lead to high grape yields and a governmental subsidy programme that has pushed production to record levels. In Moldova, wine production in 2022 is estimated at 1.3 mhl, a decrease of approximately 7% compared to 2021 volume. This year, exceptionally, data on grape harvests and wine production in Russia are not yet available.
Switzerland is expected to record 1.0 mhl, which is 59% higher than the extremely low volume of 2021. The Swiss wine production volume of this year is not only larger than last year, but also 12% higher than the average observed over the last five years. The heat waves experienced across Europe were beneficial for Swiss vineyards at relatively high altitudes.
Southern hemisphere
In the Southern Hemisphere, where harvests end in the first trimester of 2022, preliminary figures on wine production tend to be more accurate in this period of the year. After a significant decline in wine production in 2020 caused by unfavourable climatic conditions and a record-high 2021 harvest, in 2022 the wine production estimate for the southern hemisphere is about 55 mhl, -7% compared to the previous year, but fully in line with its last five-year average. Overall, in 2022 the southern hemisphere wine production is expected to account for 21% of the world total.
All major South American wine-producing countries have registered a fall in production with respect to 2021. Chile is the largest producer in the southern hemisphere in 2022, with wine production peaking at 12.4 mhl, benefitting from dry conditions and just 7% below last year’s exceptionally high production (7% above its five-year average). In 2022, due to extremely variable weather conditions (frost, heavy rainfalls, etc.), Argentina’s wine production has decreased by about 1.0 mhl, with production reaching 11.4 mhl (-9% / 2021).
Brazil has an estimated wine production volume of 3.2 mhl in 2022. Even though this represents a decrease of 10% with respect to 2021, the expected volume of this year, despite dry spring and drought summer conditions, is higher than the average observed in the last five years.
In South Africa, wine production in 2022 is estimated at 10.4 mhl, which marks a decrease of 4% compared to 2021. However, it should be noted that this figure is perfectly in line with its five-year average.
Australia registered the largest negative variation with respect to last year in the whole southern hemisphere.
With 12.1 mhl, Australia records a -18% compared to 2021. This is due to cold spring temperatures and heavy rainfalls in summer combined with seasonal adjustments made by winemakers after the record-high vintage of 2021. New Zealand represents, once again, the exception in the southern hemisphere. While in 2021 New Zealand was the only major Southern Hemisphere country to have a below-average wine grape harvest, in 2022 it saw a record-high wine production level, reaching for the first time in its history 3.8 mhl (+44% / 2021). A mix of excellent climatic conditions and high international demand has certainly contributed to this historically high harvest volume.
Bacardi is promoting Stephanie Macleod, Master Blender for its portfolio of Scotch whiskies, to a newly created role as Director of Blending, Scotch Whisky – a promotion that recognises her talent and 25 years’ experience in crafting Scotch whisky.
A multi-award winning and highly respected figure in the whisky industry, in her new role Stephanie will continue to lead the famed blending legacy of Dewar’s Blended Scotch whisky, William Lawson’s Scotch whisky, and the five Single Malts – Aberfeldy, Aultmore, Craigellachie, The Deveron and Royal Brackla – as Malt Master.
Her expanded remit will also see her develop the people and processes needed to continue to the premiumisation of the range and help deliver on the family-owned spirits company’s ambition to be industry leaders in innovation and quality.
“It’s an exciting time for Scotch whisky right now as demand grows around the world for top quality, beautifully crafted blends and malts. In my new role, I’ll be ensuring we are able to meet this increasing demand – both now and for many decades to come – while continuing to deliver new, exciting and curated Scotch whiskies, spanning our Blended and Single Malt portfolios,” says Stephanie Macleod, Director of Blending, Scotch Whisky, Bacardi.
At the 2022 International Whisky Competition, Stephanie was crowned ‘Master Blender of the Year’ for an unprecedented fourth year in a row, a feat which recognises her world-leading expertise in the art of blending. She is only the seventh Master Blender in Dewar’s 176-year history.
Stephanie became the first female Master Blender for Dewar’s in 2006, following her official three-year training with the then Master Blender. She joined Bacardi, based in Glasgow in 1998, and began her career in whisky as a Sensory Analyst at the University of Strathclyde, Scotland, working on a project which attempted to unlock the maturation secrets of Scotch whisky.
“The consistent quality and flavour of every drop of our Scotch whiskies is thanks to Stephanie and her team. As Director of Blending, she will bring her mastery of the entire whisky-making process – from barley to bottle – to play a pivotal role in delivering our bold growth ambitions for Scotch whisky,” says Dave Ingram, Chief Supply Chain Officer, Bacardi.
Stephanie is passionate about nurturing the next generation of talent within Bacardi and the whisky industry. She leads a team of Blenders and Assistant Blenders who learn from her wealth of knowledge and expertise every day.
As well as heading-up this talented team, Stephanie will continue to share her story and her love of whisky to inspire others around the world to nose, taste and enjoy a sensory experience which is unlike any other.