James Goffe & Sons: Birmingham’s Pioneer Mineral Water Manufacturers

The Story of Duke Street’s Oldest Aerated Water Works (1837-c.1912)

Introduction

In the heart of Victorian Birmingham, where the ancient River Rea flowed through the industrial landscape of Digbeth, one company stood as the undisputed pioneer of the mineral water trade. James Goffe & Sons, established in 1837, earned the prestigious distinction of being “the oldest local establishment for the manufacture of aerated, artificial and mineral waters” in Birmingham—a title bestowed upon it by Showell’s Dictionary of Birmingham, the authoritative Victorian business reference.

This is the remarkable story of a family business that harnessed the power of a 400-foot-deep artesian well, survived the dramatic transformations of the Industrial Revolution, and created some of the most sought-after collectible bottles in British history—including one that sold for a world-record £33,000 in 2024.

Chapter 1: The Founder and His Vision

James Goffe: A Birmingham Soda Water Pioneer

James Goffe was born in Birmingham in the late 18th century, entering the world during a period of unprecedented industrial transformation. By 1841, when he appeared in the census records, James was 45 years old and established as a “Soda Water Maker” at Duke Street in the Digbeth area of Birmingham.

He had married Sarah, a woman from Martley in Worcestershire, who was 44 years old in 1841. Together they built both a family and a business that would become synonymous with quality mineral water in the Midlands. Their household in 1841 included their daughter Sarah Ann, aged 17, and their eldest son Samuel, who would later continue the family business as Samuel John Goffe.

Why 1837? The Perfect Moment

The year 1837 was pivotal in British history. Queen Victoria ascended to the throne, ushering in an era of industrial might, imperial expansion, and social transformation. But 1837 was also significant for the burgeoning mineral water industry.

By the 1830s, the therapeutic benefits of carbonated water were widely accepted. Pharmacists and chemists across Britain had been experimenting with “artificial mineral waters” since Joseph Priestley’s groundbreaking discovery in 1767 of how to infuse water with carbon dioxide. By the 1820s, there were just ten soft drink manufacturers in London; by the 1840s, that number had exploded to more than fifty. The mineral water industry was experiencing a boom.

Birmingham, the “city of a thousand trades,” was rapidly industrializing. The Birmingham and Fazeley Canal had arrived in 1789, the Warwick and Birmingham Canal followed, and by the 1830s, the city was becoming the hub of the Grand Junction Railway, linking London and Birmingham. The population was growing exponentially, creating both demand for refreshing beverages and the infrastructure to distribute them.

James Goffe saw this opportunity and seized it. In establishing his mineral water works on Duke Street in 1837, he was positioning himself at the intersection of several favorable trends: growing urban population, improving transport networks, increasing acceptance of carbonated beverages, and Birmingham’s emergence as an industrial powerhouse.

The Digbeth Location: Birmingham’s Ancient Heart

Goffe’s choice of location was shrewd. Duke Street lay in Digbeth, the oldest settled part of Birmingham, dating back to the 7th century. The area’s name derived from “Dyke Path” or even “Ducks Bath,” reflecting its proximity to the River Rea and the abundant water sources that had attracted the first settlers.

Digbeth had been the commercial and industrial heart of Birmingham for centuries. In 1156, Birmingham (which at this time consisted largely of Digbeth) received its market charter from King Henry II, transforming it into an important trading hub. By the Victorian era, Digbeth was a densely packed industrial quarter, with workshops, warehouses, and factories lining every street.

But what made Digbeth particularly attractive to a mineral water manufacturer was something hidden beneath the ground: pure water. The area was famous for its springs and wells. The legendary “Old Cock Pump” beneath St. Martin’s churchyard wall had supplied Digbeth water to residents for generations, with water-carriers making their rounds with barrels. This abundant groundwater would prove crucial to Goffe’s success.

Chapter 2: The Engineering Marvel—The Artesian Well

The Discovery and Construction

The technical centerpiece of James Goffe & Sons’ operation was not their bottling equipment or their delivery carts, but something far more remarkable: the artesian well at Allison Street, Digbeth. This geological and engineering marvel became the foundation of the company’s reputation for quality.

The well’s origin story reads like something from an engineering adventure. A London engineer named Mr. Clark had been contracted by Birmingham Corporation to work on the city’s sewerage system. As he labored on his sewerage works around Park Street and Digbeth, Clark found himself “embarrassed with the flow of water from the many springs” in the area. The groundwater was interfering with his construction.

Clark’s solution was ingenious. He leased a small plot of land and formed a bore-hole—an artesian well—to check the percolation of water into his sewerage works. After boring approximately 400 feet down into the red sandstone formation that underlies Birmingham, Clark struck a main spring. What he discovered was extraordinary.

The Well’s Specifications

The artesian well at Allison Street was a triumph of Victorian engineering:

Depth: Approximately 400 feet into the red sandstone formation
Diameter: Only 4 inches
Construction: Doubly tubed the whole depth for stability and purity
Output: Over 70,000 gallons per day—a constant, reliable flow
Temperature: A uniform 50°F (10°C) year-round, winter and summer
Quality: Exceptionally pure water, free from organic and mineral impurities

The water rose naturally into a 12-foot brick well at the surface, from which a 4,000-gallon storage tank was filled daily. The remainder of the abundant flow passed through a fountain and down to the sewers as waste—a testament to the well’s extraordinary productivity.

Scientific Validation

In an era when water quality varied wildly and waterborne diseases like cholera were genuine threats, the purity of water was paramount. James Goffe understood that scientific validation would separate his product from competitors.

He enlisted Dr. Bostock Hill, an eminent analyst of the period, to assess the artesian well water. Dr. Hill’s report was unequivocal and became a cornerstone of the company’s marketing. He “reports most favourably upon the freedom of the water from all organic or other impurities, and as eminently fitted for all kinds of aerated waters, soda, potass, seltzer, lithia, &c.”

This certification from a respected scientist gave Goffe’s mineral waters a competitive advantage. In Victorian Britain, the perceived health benefits of mineral water were substantial. Spas like Bath, Malvern, and Buxton had built entire industries around their natural springs. While Birmingham lacked the cachet of a spa town, Goffe could legitimately claim that his artesian well provided water of exceptional purity, ideally suited for artificial carbonation.

The Geological Advantage

The Allison Street well tapped into the Triassic Sherwood Sandstone formation, a permeable red sandstone that underlies much of the Midlands. This sandstone acts as a natural aquifer, storing vast quantities of groundwater that has been filtered through the rock over thousands of years.

The constant temperature of 50°F indicated that the water came from considerable depth, below the zone affected by seasonal temperature variations. This consistency was valuable for manufacturing—the same quality water, day after day, year after year.

The artesian nature of the well—meaning the water rose naturally under its own pressure—was both economically and practically advantageous. Unlike many industrial operations that required steam-powered pumps to extract water, Goffe’s well was largely self-sufficient. The natural pressure of the aquifer did the work.

Chapter 3: The Victorian Mineral Water Industry

From Medicine to Refreshment

To understand James Goffe & Sons’ place in history, we must understand the Victorian mineral water industry’s remarkable evolution. What began as a medicinal curiosity in the 18th century had, by Goffe’s time, become a thriving commercial enterprise.

Natural mineral springs had been valued since Roman times. The Romans built elaborate bath complexes at Bath (Aquae Sulis) and other locations, recognizing the therapeutic properties of mineral-rich waters. This tradition continued through the medieval period and experienced a renaissance in the 17th and 18th centuries as spa towns flourished across Europe.

The breakthrough came in 1767 when Joseph Priestley, the English scientist, discovered how to artificially infuse water with carbon dioxide. He suspended a bowl of water above a beer vat at a brewery in Leeds and noticed that the water acquired a pleasant, slightly acidic taste from absorbing the carbon dioxide given off by the fermenting beer. Priestley published his findings in 1772 in a paper titled “Impregnating Water with Fixed Air.”

Around 1783, Swiss-German watchmaker Johann Jacob Schweppe developed a practical process to manufacture bottled carbonated water on a commercial scale. He founded the Schweppes Company in Geneva, then relocated to London in 1792, where his carbonated water became fashionable among the British elite. Erasmus Darwin, grandfather of Charles Darwin, was among his enthusiastic customers.

The Health Craze

Victorian Britain was obsessed with health and particularly with water cure therapies. This period saw the rise of “hydropathy”—the use of water for therapeutic purposes. Mineral waters, whether natural or artificial, were believed to cure a staggering array of ailments:

Digestive disorders and “bilious complaints”
Skin diseases and “scorbutic complaints” (scurvy-related conditions)
Rheumatism and gout
Nervous disorders and melancholy
“Debility” and anemia (treated with chalybeate or iron-rich waters)
Kidney stones and “gravel”

Pharmacists began adding various substances to carbonated water to enhance its supposed medicinal properties. Soda water (carbonated water with sodium bicarbonate), seltzer water (named after the German spa town), potash water (containing potassium compounds), and lithia water (with lithium salts) each claimed specific health benefits.

By the 1830s and 1840s, however, the focus was shifting from pure medicine to refreshment. Pharmacists discovered that fruit flavors and sweeteners made the drinks more palatable. Orange, lemon, cherry, apple, and grape flavors became popular. What had been primarily a pharmaceutical product was transforming into what we would recognize as a soft drink industry.

The Birmingham Context

Birmingham in the 1830s-1840s was experiencing explosive growth. The population had been 71,000 in 1801; by 1841 it reached 183,000, and by 1851 it was 233,000. This rapidly urbanizing population needed refreshment, and the proliferating pubs, taverns, and refreshment rooms needed suppliers.

Interestingly, Birmingham never developed a large mineral water industry despite its enormous population and industrial capacity. As noted in Kelly’s Directory, during the period 1890-1915, researchers could find only two mineral water or soda water manufacturers listed—a remarkably small number for such a major city. This scarcity was likely due to Birmingham’s industrial focus on metalworking, engineering, and manufacturing rather than beverages. The city was the “workshop of the world,” not its bartender.

This competitive landscape worked in James Goffe & Sons’ favor. With few local competitors and strong barriers to entry (particularly the need for a reliable, pure water source), Goffe could establish a dominant position in the Birmingham market.

The Competition

Showell’s Dictionary of Birmingham mentions only three mineral water manufacturers by name: James Goffe & Sons, Barrett & Co., and Kilby. This handful of firms supplied Birmingham’s enormous thirst for carbonated beverages throughout much of the Victorian era.

Barrett & Co. distinguished themselves through innovation. Henry Barrett invented the vulcanite screw stopper in 1872—a revolutionary bottle closure made from hard rubber that could withstand repeated use. This invention was used industry-wide for over a century until the 1970s, placing a Birmingham manufacturer at the forefront of global bottling technology.

By the late Victorian period, however, local manufacturers faced increasing competition from large national brands. Schweppes had become a household name. R. White & Sons, the London-based company founded from Robert and Mary White’s 1845 ginger beer barrow, had grown into a major enterprise. In 1897, R. White’s established a depot in Birmingham on Saltley Road, later moving to Western Road. These weren’t manufacturing facilities but distribution depots—the mineral water equivalent of modern regional warehouses.

This pattern of national brands operating through local depots would ultimately contribute to the decline of small local manufacturers like Goffe’s, as economies of scale and modern distribution networks favored larger operations.

Chapter 4: Daily Operations and Business Practices

Manufacturing Process

While detailed records of James Goffe & Sons’ daily manufacturing process haven’t survived, we can reconstruct their operations from contemporary accounts of similar Victorian mineral water works.

The process began with the artesian well. Each day, the 4,000-gallon storage tank was filled with the pure, cold water rising naturally from 400 feet below. This water, at its constant 50°F temperature, was ideal for carbonation—cold water absorbs carbon dioxide more effectively than warm water.

The carbonation process involved specialized equipment. Carbon dioxide gas, likely produced on-site through chemical reactions (such as the interaction of sulfuric acid with chalk or marble) or later purchased in pressurized containers, was forced into the water under pressure. The result was “soda water”—plain carbonated water.

To create flavored varieties, syrups and chemical additives were mixed with the soda water. Different products required different formulations:

Soda Water: Pure carbonated water with sodium bicarbonate
Seltzer: Carbonated water without additives, replicating the German spa water
Potass Water: Carbonated water with potassium salts
Lithia Water: Carbonated water with lithium compounds, marketed for nervous conditions
Flavored waters: Carbonated water with fruit syrups and sweeteners

Bottling: The Great Challenge

The greatest technical challenge facing Victorian mineral water manufacturers was bottling. Carbonated water is under significant internal pressure from the dissolved carbon dioxide. If the bottle isn’t properly sealed, the gas escapes and the water goes “flat,” losing its appealing effervescence and supposedly its therapeutic properties.

Early mineral water came in heavy, thick-walled glass bottles with ceramic or cork stoppers. Various inventors experimented with better sealing methods. The Hamilton bottle, patented in 1814, had an egg-shaped design that lay on its side, keeping the cork moist and swollen for a better seal. The Codd bottle, patented in 1872 by Hiram Codd, used an ingenious marble-and-gasket system.

Hiram Codd, a mechanical engineer, had worked as a salesman for the British and Foreign Cork Company. Recognizing that his own invention would reduce demand for corks, he nonetheless pursued his vision. His bottle used the pressure of the carbon dioxide itself to push a glass marble against a rubber washer in the neck, creating a perfect seal. To open the bottle, you pressed the marble down into a special chamber in the neck (the “pinch”), allowing the liquid to pour while the marble stayed out of the way.

The Codd bottle was revolutionary. It was so effective that by the 1870s, nearly all English mineral water manufacturers adopted it. Codd sold licenses to bottlers for a yearly fee and initially also to bottle manufacturers, creating a lucrative business model. By mid-1873, he had granted 20 licenses and received 50 more applications. By 1874, he made the license free to bottle manufacturers as long as they bought marbles, sealing rings, and his patented groove-making tool from him, and sold only to licensed mineral water firms.

James Goffe & Sons eagerly adopted the Codd bottle system. Their bottles, manufactured by E. Breffit & Co. Ltd. of Castleford, Yorkshire, would become among the most prized collectibles in British bottle-collecting circles.

Distribution Network

Showell’s Dictionary notes that “Messrs. Goff’s smart-looking barrel-carts may be seen daily on their rounds supplying the real aqua pura to counters and bars frequented by those who like their ‘cold without,’ and like it good.”

This description reveals several aspects of the business. The company operated a direct-to-customer delivery service using specially designed barrel-carts. These vehicles, likely horse-drawn in the earlier decades and possibly motorized by the early 1900s, made regular rounds to pubs, taverns, restaurants, and businesses throughout Birmingham.

The phrase “cold without” is Victorian slang for whisky diluted with cold water—in other words, highballs and mixed drinks. Goffe’s pure artesian water was prized by bartenders for mixing with spirits, serving as a chaser, or selling as a refreshing non-alcoholic beverage.

The company also supplied bottled waters directly to homes and businesses, positioning their products as a premium alternative to ordinary tap water or the old-fashioned water-carriers who had once supplied Digbeth water from the “Old Cock Pump” beneath St. Martin’s churchyard.

The Family Business

By the late Victorian period, the business had passed to the next generation. Samuel John Goffe, the eldest son of James and Sarah, continued the business as a mineral water manufacturer. He lived at Hillaries Road, Gravelly Hill, and died at age 63, having spent his working life in the family trade.

Samuel had children of his own, including his eldest daughter Clara (later Clara A. Goffe, born 1893). Clara would have children including Robert Bernard-Goffe Doran, who in turn had a daughter named Marie. This family line continues to the present day, with descendants researching the Goffe family history and even discovering James Goffe’s grave in Birmingham.

The multi-generational nature of the business was typical of Victorian family enterprises. Knowledge was passed from father to son: the secrets of carbonation, the relationships with suppliers and customers, the routes and schedules of deliveries, the financial management. It was a complete family ecosystem.

Chapter 5: The Famous Goffe Bottles

A Collector’s Dream

Today, James Goffe & Sons is remembered primarily through the bottles they left behind—and what extraordinary bottles they are. Goffe Codd bottles are among the most sought-after collectibles in the British bottle-collecting community, commanding prices that would have astonished their original manufacturers.

On July 7, 2024, a pristine example of a Goffe & Sons cobalt blue Codd bottle sold at BBR Auctions in Elsecar, South Yorkshire, for £33,000—approximately $42,570 USD. With the 18% buyer’s premium, the total price reached £38,940. This shattered the previous record of £23,500 for any English bottle, set in 2008.

Just months later, in February 2025, a Goffe & Sons emerald green Codd bottle sold at Griffin’s Auctioneers for £19,000, further cementing the Goffe name as synonymous with extreme rarity and value in bottle collecting.

The Cobalt Blue Record-Breaker

The world-record Goffe bottle is a masterpiece of Victorian glassmaking:

Specifications:

Size: 7 inches (17cm) tall
Capacity: 10 ounces
Color: Deep, vibrant cobalt blue glass
Design: “Bulb neck” variant of the Codd marble-stopper bottle
Trademark: Oval pictorial trademark featuring two crossed bottles
Embossing: Company name prominently embossed on the front
Maker’s Mark: “E BREFFIT & CO LTD / MAKERS / CASTLEFORD” embossed on reverse
Base Mark: “6355”
Condition: Pristine, graded 9.8 out of 10—virtually perfect
Provenance: Ex-Garth Morrison Collection, adding pedigree value

The bottle was manufactured by E. Breffit & Co. Ltd. of Castleford, Yorkshire. The Castleford glassworks had a long history dating back to the 18th century. Edgar Breffit’s firm became a limited company in 1884, which provides a terminus post quem (earliest possible date) for the bottle—it must have been made in 1884 or later.

Why So Valuable?

Several factors combine to make Goffe bottles extraordinarily valuable:

1. Extreme Rarity
Most Codd bottles were manufactured in clear (“flint”) glass. Colored variants were uncommon, and cobalt blue examples were particularly rare. Blue glass required the addition of cobalt oxide to the molten glass—an expensive additive that increased manufacturing costs. Emerald green, created with copper compounds, was even rarer.

Of the estimated 500-1,000 different types of Codd bottles produced in Britain, only a tiny fraction were in cobalt blue or emerald green. Among those, Goffe examples are exceptionally scarce.

2. Survival Rate
Codd bottles faced an unusual threat to their survival: children. The glass marble inside was prized as a toy, and countless bottles were smashed to retrieve the marble. This destructive collecting meant that survival rates for Codd bottles were lower than for other Victorian bottles.

Additionally, being glass, they were fragile. Decades underground (many bottles have been recovered by “bottle diggers” excavating Victorian trash heaps) took their toll. Chips, cracks, staining, and repairs are common in surviving examples.

The £33,000 record-breaker was described as being in “pristine condition” and “A1″—virtually flawless. Such preservation is extraordinary for a 130+ year-old working bottle.

3. Local Historical Significance
The Goffe bottles represent Birmingham’s industrial heritage. They’re tangible links to the Victorian city’s manufacturing prowess and daily life. For collectors of Birmingham memorabilia or Midlands industrial artifacts, they have special appeal.

4. Aesthetic Beauty
The deep cobalt blue glass is simply stunning. When light passes through the bottle, it glows with an intense azure radiance. The pictorial trademark of crossed bottles adds an artistic element. These are beautiful objects in their own right, even apart from their historical significance.

5. Market Momentum
The bottle market, like any collectibles market, is driven partly by momentum and publicity. The 2024 record sale was widely reported in collector publications like Antiques Trade Gazette and on social media. This publicity creates awareness and drives demand, further elevating prices.

The Emerald Green Variant

The emerald green Goffe bottle that sold for £19,000 in February 2025 demonstrates that the cobalt blue example wasn’t an anomaly. The emerald green color may actually be rarer than cobalt blue, though the condition and provenance of the specific bottle matters enormously.

This bottle had a fascinating backstory: it was purchased at a local market in the early 1970s—likely for mere pounds—and had remained in the same collection for over 50 years. The original buyer could never have imagined that their flea market find would one day be worth a new car.

The emerald green example was estimated at £3,000-£5,000 before the auction, reflecting expert opinion on its value. The £19,000 hammer price (£22,420 with premium) was nearly four times the high estimate, suggesting that at least two serious collectors were determined to own it.

The Manufacturing Partnership

The bottles were manufactured by E. Breffit & Co. Ltd. of Castleford, Yorkshire. Castleford, located near Leeds, was a major center of British glass manufacturing in the 19th and early 20th centuries. The area’s access to coal for fuel, sand for glassmaking, and canal/rail transport for distribution made it ideal for heavy industry.

Edgar Breffit’s company specialized in bottle manufacturing, particularly for the brewing and mineral water industries. Their work was known for quality—the molds were precisely made, the glass carefully selected and mixed, and the finishing work (including the embossing) was crisp and clear.

The relationship between Goffe and Breffit typified Victorian industrial networks. A Birmingham mineral water manufacturer couldn’t economically run their own glass factory, so they partnered with specialized manufacturers. Breffit would have produced bottles for numerous clients, but each with customized embossing and potentially special colors for premium customers.

The cobalt glass likely cost significantly more than clear glass. The fact that Goffe was willing to pay this premium suggests either that their business was prosperous enough to afford luxury packaging, or that they believed the distinctive bottles would command higher prices or strengthen brand loyalty.

Modern Discoveries

Goffe bottles are still being discovered. They’ve been found:

In Birmingham area excavations and construction sites
By metal detectorists in fields (bottles were sometimes dumped in rural areas)
At Lea Marston woods (reported in 2017)
In private collections being sorted through by descendants
At car boot sales and flea markets (though rarely nowadays)

Each discovery generates excitement in the collector community. Even damaged examples have value—a chipped or cracked Goffe cobalt bottle might still fetch hundreds of pounds, while a perfect example is worth tens of thousands.

The Crossed Bottles Trademark

The pictorial trademark on Goffe bottles—two bottles crossed in an X pattern within an oval frame—is distinctive and memorable. Trademarks were valuable intellectual property in Victorian commerce, helping customers identify authentic products and building brand recognition.

The crossed bottles design suggests quality, abundance, and perhaps the dual nature of the product (both refreshing and healthful). It’s simple enough to be clearly visible when embossed into glass, yet distinctive enough to be memorable.

Chapter 6: Life in Victorian Digbeth

The Industrial Landscape

To understand James Goffe & Sons, we must understand Digbeth—the ancient heart of Birmingham that had transformed into one of Britain’s most intensely industrialized districts by the Victorian era.

Digbeth in the mid-19th century was a sensory assault. The air was thick with coal smoke from hundreds of workshops and factories. The clang of metal on metal echoed from smithies and engineering works. The Birmingham and Fazeley Canal and the Warwick and Birmingham Canal brought barges laden with raw materials and finished goods. Railway viaducts loomed overhead, carrying trains to and from Snow Hill and later Moor Street stations.

Every street housed industry. The 1889 business directories show barely a street in Digbeth without warehouses or factories. Phoenix Works, Birmingham Battery and Metal Works, Devonshire Works (later famous as the Custard Factory)—these were Digbeth’s cathedrals of commerce.

Yet amid this metalworking and engineering, pure water flowed beneath the streets. The River Rea, called “the Mother of Birmingham,” flowed (and still flows) beneath Digbeth. Springs and wells dotted the area. It was this paradox—industrial grime above, pure water below—that made Digbeth suitable for mineral water manufacture.

The Old Cock Pump and Water Supply

Before James Goffe’s artesian well, Digbeth residents obtained water from various sources, the most famous being the “Old Cock Pump” beneath St. Martin’s churchyard wall. Professional water-carriers made their living hauling water from this pump to households and businesses.

These water-carriers were colorful characters of pre-Victorian Birmingham. They used barrels mounted on carts or carried with shoulder yokes, making regular rounds like milkmen or postmen. Customers would purchase water by the barrel for cooking, cleaning, and drinking.

The quality of this water was variable. While some springs provided good water, others were contaminated by the increasingly polluted River Rea or by industrial runoff. The Birmingham Corporation didn’t take over the city’s water supply until 1876, purchasing the private Birmingham Waterworks Company for £1,350,000. Before this, water quality was a serious public health concern.

This context makes Goffe’s artesian well even more impressive. At a time when water quality was uncertain and cholera outbreaks were real threats, Goffe could offer scientifically certified pure water from deep below the contaminated surface. This wasn’t just good business; it was a genuine public health service.

The Streets Around Duke Street

Duke Street was a typical Digbeth thoroughfare—narrow, densely built, with workshops and residences mixed together. The area around it included:

Park Street: Running parallel to Digbeth High Street, named for the parks and springs in the area
Allison Street: Where Goffe’s artesian well was located, constructed by 1795
Well Lane: Constructed by 1828, named for the numerous wells in the vicinity
Digbeth High Street: The main thoroughfare, Birmingham’s most ancient street

The 1860 maps show the area as well-developed burgages—long, thin plots with narrow frontages on the main street and workshops extending back toward the canal. This medieval land pattern had persisted through centuries, now filled with Victorian industry rather than medieval cottages.

By Goffe’s time, the area was a maze of courts, alleys, and yards. Workers lived in terraced houses within walking distance of their employment. Pubs and public houses were numerous—Bradford Street alone had over twenty at its peak, serving the needs of workers who labored long hours in difficult conditions.

The Railway Arrives

The arrival of railways in the 1830s-1840s transformed Digbeth. The Great Western Railway passed through on a dramatic blue brick viaduct that still dominates the streetscape. These viaducts, some reaching 60 feet high, created a distinctive urban landscape of bridges, arches, and shadows.

For businesses like Goffe’s, the railways meant faster distribution. Bottles could be shipped to distant markets rather than relying solely on local delivery. Raw materials—bottles from Castleford, additives and chemicals, equipment—could arrive quickly and cheaply.

The canals remained important too. The Digbeth Branch Canal provided slow but cheap bulk transport. Coal, the fuel of industry, came by barge. So did limestone and other minerals potentially used in water treatment or carbonation.

Social Conditions

Victorian Digbeth was not a pleasant place to live by modern standards. Overcrowding was severe, sanitation was poor (despite the sewerage works that had led to the discovery of Goffe’s well), and industrial pollution was constant. Life expectancy was far lower than in rural areas or better districts of Birmingham.

Yet there was also pride and community. Digbeth workers were skilled craftsmen—jewelers, metalworkers, engravers, and yes, mineral water makers. They had their own pubs, their own neighborhoods, their own social networks.

The mineral water trade, while industrial, was relatively clean compared to metalworking or chemical manufacturing. Goffe’s workers weren’t breathing metal fumes or handling toxic substances (though carbon dioxide in high concentrations is dangerous). The work required skill—understanding carbonation, managing pressure, operating bottling equipment—but it wasn’t as physically brutal as many Digbeth trades.

Chapter 7: The Golden Age and Decline

Success and Stability

For decades, James Goffe & Sons thrived. The exact financial records haven’t survived, but the company’s persistence across multiple generations suggests profitable, stable operation. They had secured the crucial foundations of success:

A superior product: Scientifically certified pure water from their artesian well
Strong brand recognition: Known as the oldest and most prestigious local manufacturer
Effective distribution: Their “smart-looking barrel-carts” served Birmingham’s commercial district
Multi-generational management: Family continuity ensured consistent quality and business relationships
Premium positioning: Their water was for those who wanted it “good”—a quality product in a quality-conscious market

The company’s bottles, embossed with their distinctive crossed-bottles trademark and manufactured by a reputable Yorkshire glassworks, reinforced their premium image. The use of expensive cobalt blue and emerald green glass, even for small production runs, demonstrates a company confident enough in its market position to invest in luxury packaging.

The Changing Market

However, by the late Victorian and Edwardian periods, the mineral water industry was transforming in ways that threatened small, local producers like Goffe’s.

1. National Brand Competition
Large companies like Schweppes and R. White & Sons operated on a completely different scale. They had:

National advertising campaigns
Modern bottling machinery capable of thousands of bottles per day
Extensive distribution networks with depots in every major city
Lower per-unit costs due to economies of scale
Professional sales forces

R. White’s establishment of a Birmingham depot in 1897 (first on Saltley Road, then moving to Western Road between 1899-1900) brought national-brand competition directly to Goffe’s home market. While depots weren’t manufacturing facilities, they made national brands locally available at competitive prices.

2. Technological Change
The crown cork bottle cap, patented by William Painter in 1892, was gradually replacing the Codd marble stopper. The crown cap was cheaper to produce, easier to apply with automatic machinery, and didn’t have the Codd bottle’s disadvantage (children breaking bottles to get the marbles).

Large manufacturers adopted crown caps and high-speed bottling lines. A factory with automated equipment could produce tens of thousands of bottles per day with a handful of workers. Small manufacturers using older technology couldn’t compete on price.

3. Industry Consolidation
Across Britain, small mineral water manufacturers were being absorbed by larger firms. Joseph Cresswell’s Smethwick operation had been taken over by Dudley District Breweries Ltd. in 1896. This pattern repeated nationwide as the industry consolidated.

4. Changing Consumer Preferences
The original medicinal justification for mineral water was fading. By the Edwardian period, carbonated beverages were viewed primarily as refreshments rather than health treatments. This shift favored flavored soft drinks—increasingly sweet, fruit-flavored products—over traditional soda water and mineral waters.

Cola drinks, developed in America, were beginning to enter the British market. Ginger beer remained popular. Lemonade outsold plain soda water. The market was fragmenting into dozens of flavor categories, and small manufacturers couldn’t produce the full range consumers now expected.

Troubles Begin: 1912

In 1912, James Goffe & Sons experienced serious difficulties. A forum discussion about the company notes: “I couldn’t find anything about the final demise of James Goffe & Sons Ltd, but it seems that the troubles started in 1912 (see sale notice below.”

The exact nature of the “sale notice” isn’t specified, but several possibilities exist:

Business for sale: The family may have attempted to sell the company as a going concern
Asset auction: Equipment and property may have been sold off
Debt recovery: Creditors may have forced a sale to recover debts
Partnership dissolution: If the company had incorporated or taken partners, the partnership may have dissolved

The year 1912 was significant. King Edward VII had died in 1910, ending the Edwardian era. Britain was entering a period of labor unrest and industrial tension that would culminate in World War I (1914-1918). The economy was turbulent, and small businesses faced pressure from multiple directions.

For a company that had operated successfully for 75 years, 1912’s troubles likely resulted from a combination of the factors discussed above: competition from national brands, technological obsolescence, and perhaps the aging or death of key family members who had managed the business.

The End of an Era

While the exact date of closure isn’t documented, James Goffe & Sons probably ceased operations sometime between 1912 and 1920. The company simply disappears from business directories and trade listings during this period.

No dramatic bankruptcy or scandal marked their end—just a quiet fading as the small family business couldn’t adapt to the modern, mass-market carbonated beverage industry. It’s a story repeated thousands of times across British industry: respected, successful Victorian enterprises that simply couldn’t survive the transition to the 20th century’s scale and speed.

The artesian well at Allison Street likely continued to flow long after Goffe’s closed. Perhaps another business took over the site. Perhaps the well was capped. Perhaps it still flows today beneath modern Digbeth, unknown and unused, a silent witness to Birmingham’s industrial past.

What remains are the bottles—those magnificent cobalt blue and emerald green Codd bottles, scattered in collections around the world, commanding prices that would astound the workers who filled them over a century ago.

Chapter 8: Legacy and Remembrance

Family Descendants

The Goffe family line continues to the present day, now spread across the globe. Julie Hall, identifying herself as the great-great-great-granddaughter of James and Sarah Goffe, has been researching the family history. She descends through Samuel John Goffe and his eldest daughter Clara.

Julie’s great-grandfather was Robert Bernard-Goffe Doran, and her mother was Marie. Remarkably, Julie’s daughter and three grandchildren live in Western Australia—a testament to how far the descendants of a Victorian Birmingham soda water maker have traveled.

Julie has located James Goffe’s grave in Birmingham, providing a physical connection to the founder. She possesses what may be the only surviving photographs of family members, which she has offered to share with other Goffe descendants.

Another descendant, Alex Goffe, has given public talks about the family business, including an event at Sutton Coldfield about “Goffe & Sons (Mineral water factory) of Duke Street.” These presentations keep the story alive and help Birmingham residents understand their local industrial heritage.

Collectors and Historians

The bottle-collecting community has embraced Goffe bottles as among the most desirable English bottles. Specialist auction houses like BBR Auctions in Elsecar, Yorkshire, have developed expertise in mineral water bottles and Codd bottles specifically.

The 2024 world record sale generated international publicity, with coverage in:

Antiques Trade Gazette (the trade’s newspaper of record)
Collector magazines and websites
Social media platforms where bottle collectors gather
News outlets reporting on unusual auction results

This publicity serves an important function: it reminds people that industrial history matters, that working-class enterprises created objects of beauty and value, and that Birmingham’s past extends beyond the famous names like Boulton, Watt, and Cadbury to include the James Goffes of the world—skilled businessmen who built successful enterprises serving their communities.

Modern Digbeth

Today’s Digbeth is undergoing yet another transformation. The area is now branded as Birmingham’s “Creative Quarter,” with old warehouses and factories converted into studios, galleries, music venues, and apartments. The Custard Factory (formerly the Bird’s Custard factory at Devonshire Works) is now a hub for creative businesses.

The historic character that makes Digbeth attractive to modern businesses—the canals, the Victorian brick buildings, the railway viaducts—is the same industrial infrastructure that existed in Goffe’s time. Walking Digbeth’s streets today, you traverse the same geography James Goffe knew, though transformed beyond recognition.

Duke Street still exists, though likely rebuilt and repurposed many times since the 1830s. Allison Street is still there too. The artesian well, if it still exists, is buried beneath modern development, its waters flowing unseen and unused.

The River Rea still flows beneath Digbeth, culverted and hidden but still present—still the “Mother of Birmingham” that first drew settlers to this spot 1,400 years ago.

Lessons from the Goffe Story

What can we learn from James Goffe & Sons’ story?

1. Quality and Reputation Matter
The company’s success rested on genuine quality: scientifically certified pure water from an excellent source. They didn’t cut corners or make false claims. This built a reputation that sustained them for decades.

2. Adapt or Fade
Even successful businesses must adapt to changing technology, competition, and markets. Goffe’s apparently didn’t or couldn’t make the transition to modern mass production and distribution. Success in one era doesn’t guarantee success in the next.

3. Small Businesses Built Britain
Industrial Revolution history often focuses on the great industrialists and their innovations. But the real backbone of Victorian commerce was thousands of small family businesses like Goffe’s—skilled, reliable, serving their local markets, employing local workers, and contributing to their communities’ prosperity.

4. Physical Objects Connect Us to History
The survival of Goffe bottles provides a tangible connection to Victorian Birmingham. These aren’t abstract historical facts but physical objects you can hold, that once contained water drawn from 400 feet below Digbeth’s streets, that were filled and sealed by workers in James Goffe’s employ, that were delivered by horse-drawn carts to Victorian pubs where they refreshed customers who’ve been dead for a century.

5. Every Family Has History Worth Discovering
The Goffe descendants researching their ancestry exemplify how family history research can uncover fascinating stories. James Goffe wasn’t a king or a war hero—he was a businessman making carbonated water. Yet his story is worth preserving, worth studying, worth celebrating.

Chapter 9: The Broader Context—Birmingham’s Industrial Heritage

The City of a Thousand Trades

James Goffe & Sons operated in a city defined by manufacturing diversity. While towns like Manchester specialized in textiles and Sheffield in steel, Birmingham made everything: buttons, buckles, guns, jewelry, pens, bicycles, toys, tools, and yes, mineral water.

This diversity arose partly from Birmingham’s lack of single dominant industry and partly from its central location with good transport connections. It created an ecosystem of specialized manufacturers, suppliers, and services. Need glass bottles? Order from Yorkshire. Need cork stoppers? London supplied them. Need rubber gaskets for Codd bottles? Specialized manufacturers existed for that too.

This industrial ecosystem supported businesses like Goffe’s. They didn’t need to vertically integrate—to make everything themselves. Instead, they could focus on their core competency (mineral water manufacture and distribution) while relying on the broader industrial economy for supplies and equipment.

Water in Victorian Birmingham

Birmingham’s relationship with water was complicated and crucial. As an inland city not on a major river, securing adequate clean water was a constant challenge.

The Birmingham Waterworks Company, formed in 1826, struggled to meet demand. By 1847, the company was supplying only portions of the city, and water quality was variable. The corporation’s 1876 takeover was motivated by public health concerns and the need for massive investment in infrastructure.

The corporation undertook ambitious projects, including:

The Elan Valley aqueduct (completed 1904), bringing water from Welsh mountains
Extensive reservoir construction
Modern filtration and treatment facilities
Comprehensive pipe networks

This context makes private water sources like Goffe’s artesian well valuable. Even after the corporation takeover, businesses might prefer private sources for specialized purposes like mineral water manufacture, where water quality was crucial for product reputation.

The Licensing and Regulatory Environment

Victorian Britain was increasingly regulated. Various Acts of Parliament governed:

Food and beverage purity
Weights and measures
Trademark registration
Employment conditions
Building and fire safety
Nuisance prevention (pollution control)

Small manufacturers like Goffe’s had to navigate this regulatory environment without the legal departments large corporations could afford. This added compliance costs and risks, favoring larger firms with professional management.

The temperance movement also affected the mineral water trade. Temperance advocates promoted mineral water and other non-alcoholic beverages as alternatives to beer and spirits. This created market opportunities but also attracted scrutiny—temperance activists wanted to ensure that “temperance beverages” actually were non-alcoholic and healthful.

Chapter 10: The Technical Legacy—Artesian Wells and Victorian Engineering

Understanding Artesian Wells

The term “artesian” comes from the Artois region of France, where such wells were first documented in the 12th century. An artesian well is one where water rises naturally to the surface without pumping, driven by underground pressure.

This occurs when:

A permeable rock layer (aquifer) is sandwiched between impermeable layers
The aquifer is tilted or folded so its intake area is at higher elevation
Water entering the aquifer at the high point creates hydrostatic pressure
A well drilled through the confining layer taps this pressure
Water rises naturally, sometimes spouting above ground level

The Allison Street well tapped the Sherwood Sandstone aquifer, which extends across much of the Midlands. Rain falling on hills west of Birmingham percolates into this aquifer and flows eastward and downward, creating pressure that drives the artesian flow.

Victorian Well-Drilling Technology

Drilling a 400-foot well in the 1830s-1840s was a significant engineering achievement. The technology likely involved:

Cable Tool Drilling: Also called “churn drilling” or “percussion drilling,” this ancient technique uses a heavy chisel-shaped bit suspended on a cable. The bit is repeatedly lifted and dropped, chipping away at the rock. As debris accumulates, it’s removed with a bailer (a pipe with a valve at the bottom).

Casing Installation: As the well deepened, metal or wooden pipes (casing) were installed to prevent collapse and protect against contamination. Goffe’s well was “doubly tubed the whole depth”—meaning nested pipes for extra protection and stability.

Cementing and Sealing: The space between the rock and the casing was sealed with cement or clay to prevent surface water infiltration.

The entire process for a 400-foot well might take months, requiring skilled drillers, specialized equipment, and significant investment. That Mr. Clark initially drilled it for sewerage work rather than water supply demonstrates the unexpected ways valuable resources are sometimes discovered.

The Engineering Achievement

The Allison Street well’s specifications—400 feet deep, 4 inches diameter, yielding 70,000+ gallons daily at constant temperature—place it among the significant Victorian wells. For comparison:

Typical domestic wells were 20-100 feet deep
Many industrial wells were 100-200 feet deep
Wells exceeding 300 feet were noteworthy achievements

The well’s reliability—constant flow, constant temperature, consistent quality across decades—justified the initial drilling investment. For James Goffe & Sons, it was literally the foundation of their business.

Other Notable Birmingham Wells

Victorian Birmingham had numerous wells and springs, reflecting the area’s complex hydrogeology:

Springs in Digbeth and Park Street (hence the old name “Well Street” for parts of the area)
Cellars with wells in buildings fronting Digbeth
Underground reservoirs and cisterns connected by culverts
The “Old Cock Pump” at St. Martin’s
Various industrial wells at factories and breweries

In 1889, workmen discovered a large tank dated 1854 while lowering a yard, fed by a 400-foot deep artesian bore connected via culverts to a series of wells and an underground reservoir approximately 40 feet long. This elaborate system, already “quite dated” by Victorian standards, shows that Digbeth’s groundwater was extensively exploited.

Modern Birmingham sits atop this hidden infrastructure—wells, springs, cisterns, and pipes, mostly abandoned and forgotten but still present beneath the streets and buildings.

Conclusion: Remembering James Goffe & Sons

James Goffe established his mineral water works at Duke Street, Birmingham, in 1837—the year Queen Victoria took the throne and a world of industrial possibilities opened. For 75 years or more, his company and then his descendants’ company supplied Birmingham with pure, carbonated water drawn from deep beneath Digbeth’s streets.

They were never the biggest manufacturer, never a household name beyond Birmingham, never innovators who changed their industry. They were simply good at what they did: making quality mineral water and delivering it reliably to customers who appreciated the difference.

In an era when water quality was variable and waterborne disease was real, Goffe’s artesian well provided something valuable: pure, clean water, scientifically certified and consistently available. In an era when carbonated beverages were still novel, Goffe’s products offered refreshment and perceived health benefits. In an era when personal reputation mattered in business, the Goffe name stood for quality.

That their bottles now command prices in the tens of thousands of pounds is both tribute and irony. Tribute because these beautiful cobalt blue and emerald green bottles genuinely are rare, historically significant, and aesthetically pleasing. Irony because the workers who filled those bottles earned perhaps a few shillings per week—a single bottle now sells for more than those workers earned in their lifetimes.

But perhaps the real legacy isn’t the bottle prices or even the business history. Perhaps it’s simply this: that we remember. We remember James Goffe, who started a business at 45 and built something lasting. We remember Sarah from Martley, who helped build that business and that family. We remember Samuel John Goffe, who continued his father’s work. We remember the workers who labored in the Duke Street facility, the delivery drivers who made their rounds in those “smart-looking barrel-carts,” the customers who appreciated their “cold without” made with pure aqua pura.

We remember because history isn’t just kings and queens, wars and treaties, great inventions and famous people. History is also James Goffe making mineral water in Victorian Birmingham. It’s the artesian well still flowing beneath Digbeth. It’s the bottles buried in trash heaps and dug up 130 years later by enthusiastic collectors.

History is all of us, doing what we do, building what we build, leaving traces for those who come after. And some of those traces—like a perfect cobalt blue Codd bottle with two crossed bottles embossed on the glass—endure, connecting us across the centuries to people we never knew but whose work we can still appreciate, understand, and remember.

Appendices

Appendix A: Timeline of Key Dates

1837: James Goffe & Sons established on Duke Street, Birmingham
1841: Census shows James Goffe, age 45, soda water maker, with wife Sarah and family
c.1850s-1870s: Company operating proprietors of Allison Street artesian well
1872: Hiram Codd patents marble-stopper bottle
1873: Codd bottles widely adopted by British mineral water manufacturers
c.1880s-1890s: Goffe bottles manufactured by E. Breffit & Co. Ltd., Castleford
1884: E. Breffit & Co. becomes limited company (dating terminus for surviving bottles)
1890-1915: Only 2 mineral water manufacturers listed in Birmingham Kelly’s Directory
1897: R. White & Sons establishes Birmingham depot on Saltley Road
1912: James Goffe & Sons experiences troubles; sale notice issued
c.1912-1920: Company ceases operations (exact date unknown)
Early 1970s: Emerald green Goffe bottle purchased at local market (sold 2025 for £19,000)
July 7, 2024: Cobalt blue Goffe Codd bottle sells for world-record £33,000
February 25, 2025: Emerald green Goffe Codd bottle sells for £19,000

Appendix B: The Goffe Family Tree (Partial)

text

James Goffe (b. c.1796, Birmingham) m. Sarah (b. c.1797, Martley, Worcestershire)
│
├─ Sarah Ann Goffe (b. c.1824)
│
└─ Samuel John Goffe (eldest son, d. age 63, Gravelly Hill)
   │
   └─ Clara (eldest daughter, b. 1893)
      │
      └─ Robert Bernard-Goffe Doran
         │
         └─ Marie
            │
            └─ Julie Hall (researching family history)
               │
               └─ Daughter (living in Western Australia)
                  │
                  └─ Three grandchildren

Appendix C: Glossary of Terms

Aerated Water: Water into which carbon dioxide gas has been dissolved under pressure, creating carbonation

Aquifer: An underground layer of permeable rock or sediment that holds groundwater

Artesian Well: A well in which water rises naturally to the surface without pumping, driven by underground pressure

Chalybeate Water: Mineral water containing iron compounds, believed to treat anemia

Codd Bottle: A type of glass bottle invented by Hiram Codd in 1872, sealed with a glass marble held against a rubber gasket by carbonation pressure

Lithia Water: Mineral water containing lithium compounds, marketed for nervous conditions

Mineral Water: Water from a mineral spring or well, or artificial water to which minerals have been added, often carbonated

Potass Water: Mineral water containing potassium compounds

Soda Water: Water carbonated with carbon dioxide and typically containing sodium bicarbonate

Seltzer: Plain carbonated water, originally from Nieder Selters, Germany

Sherwood Sandstone: A Triassic-age red sandstone formation that serves as a major aquifer in the English Midlands

Appendix D: Sources and Further Reading

Primary Sources:

Showell’s Dictionary of Birmingham (available at Wikisource)
Kelly’s Directory of Birmingham (various years, 1860s-1920s)
Post Office Directory of Birmingham (1870s)
Census records (1841, 1851, 1861, 1871)
Birmingham History Forum (birminghamhistory.co.uk)

Secondary Sources:

Grace’s Guide to British Industrial History (gracesguide.co.uk)
Historic England: “Uncovering Digbeth’s Heritage”
BBR Auctions catalogs and results
Antiques Trade Gazette (July 2024 issue)

Books:

History of Birmingham (various authors, Birmingham Historical Society)
Science and Invention in Birmingham (Wikipedia article with extensive references)
Various bottle collecting guides and references

Recommended Further Reading:

John Benson, The Working Class in Britain, 1850-1939
Asa Briggs, Victorian Cities
Carl Chinn, The Cadbury Story: A Short History
Digbeth, Deritend & Highgate Through Time (Amberley Publishing)

Acknowledgments

This ebook draws on research from numerous sources, particularly:

The Birmingham History Forum community, whose members have preserved and shared knowledge about local businesses
Julie Hall and other Goffe family descendants researching their ancestry
BBR Auctions and Griffin’s Auctioneers for documentation of the remarkable bottle sales
Grace’s Guide to British Industrial History for industrial company records
Historic England for archaeological and historical research on Digbeth
The bottle collecting community whose passion preserves industrial history

Special recognition to the unknown workers who made Goffe’s mineral water, delivered it through Birmingham’s streets, and created the beautiful bottles that survive today as testament to Victorian craftsmanship.

About This Publication

This ebook was researched and written in January 2026, drawing on historical sources, auction records, family research, and the extensive documentation available through digital archives and historical societies. While every effort has been made to ensure accuracy, some details of James Goffe & Sons’ operations remain uncertain due to limited surviving records. Where uncertainty exists, this has been noted in the text.

The story of James Goffe & Sons represents one small thread in the vast tapestry of Birmingham’s industrial history. It’s offered in hopes of preserving that history and honoring the memory of the people who built Victorian Birmingham—one bottle of mineral water at a time.