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Industrial Age

The History of Instant Coffee

Quick Answer

Instant coffee was invented by David Strang of New Zealand, who patented the first soluble coffee process in 1889 using hot-air drying. George Constant Louis Washington, a Belgian-born inventor, commercialized instant coffee in the United States in 1909 with his Red E Coffee brand. Nestlé's Nescafé, launched in 1938, made it a global staple.

Key Takeaways

  • David Strang patented the first instant coffee process in 1889 in New Zealand
  • George C.L. Washington commercialized instant coffee in the U.S. in 1909
  • Nestlé launched Nescafé in 1938, making instant coffee a global product
  • The U.S. military's WWII adoption created the postwar consumer market
  • Freeze-drying technology in the 1950s dramatically improved instant coffee quality
Summary

Instant coffee was invented by David Strang of New Zealand, who patented the first soluble coffee process in 1889 using hot-air drying. George Constant Louis Washington, a Belgian-born inventor, commercialized instant coffee in the United States in 1909 with his Red E Coffee brand. Nestlé's Nescafé, launched in 1938, made it a global staple.

Sources: Pendergrast, M. Uncommon Grounds: The History of Coffee and How It Transformed Our World. Basic Books. 2019.; Nestle. Corporate History: Nescafe. 2023.; Lyons, K.E. The Complete World of Coffee. Lyons Den Publishing. 2024.; Weinberg, B.A. and Bealer, B.K. The World of Caffeine: The Science and Culture of the World's Most Popular Drug. Routledge. 2001.

Instant coffee, a soluble powder or granule that dissolves in hot water to produce coffee, has a history spanning over 150 years. The first instant coffee was patented in 1889 by David Strang of New Zealand, but commercial success came in 1909 when George Constant Louis Washington, a Belgian-born inventor in the United States, began mass-producing instant coffee for the consumer market. Instant coffee's greatest breakthrough came during World War II, when the U.S. military adopted it as standard issue for troops, exposing millions of GIs to the product and creating a postwar consumer market. Nestle's Nescafe, launched in 1938, became the dominant global brand and remains one of the world's most consumed coffee products.

Timeline

1771

The first known process for making a coffee concentrate is documented in Britain, though it is not true instant coffee

1889

David Strang of Invercargill, New Zealand, patents the first instant coffee manufacturing process using dry hot air

1909

George C.L. Washington begins commercial production of instant coffee in the United States, marketing it as 'Red E Coffee'

1910s

Washington's instant coffee is adopted by the U.S. military during World War I

1938

Nestle launches Nescafe, using an improved process that produces better-tasting instant coffee; Nescafe becomes a global brand

1940s

World War II drives massive expansion of instant coffee production; the U.S. military mandates instant coffee for all troop rations

1950s-1960s

Freeze-drying technology is applied to instant coffee, producing better flavor and aroma retention

2010s-present

Specialty roasters introduce high-quality freeze-dried instant coffee, challenging the perception that instant coffee must be inferior

Important People

David Strang

Patented the first instant coffee manufacturing process in 1889, using dry hot air to create a soluble coffee powder. Strang's invention laid the groundwork for all subsequent instant coffee technology.

George Constant Louis Washington

Began commercial production of instant coffee in 1909, marketing it as 'Red E Coffee.' His product was adopted by the U.S. military in both World Wars, making instant coffee a recognized product.

Max Morgenthaler

Developed the improved instant coffee process that launched Nescafe in 1938. His method produced better-tasting instant coffee and made Nestle the dominant global instant coffee brand.

Important Discoveries

1889

Spray-drying process for instant coffee

David Strang patented the first process for creating soluble coffee powder using hot air drying of coffee extract.

1938

Nestle's improved extraction process

Max Morgenthaler developed a process that preserved more coffee flavor and aroma, making Nescafe palatable and commercially viable.

1950s

Freeze-drying for instant coffee

Freeze-drying technology was applied to coffee, producing instant coffee granules with significantly better flavor and aroma retention than spray-dried products.

Major Events

1889

First instant coffee patent

David Strang of New Zealand patented the first instant coffee manufacturing process, using dry hot air to create soluble coffee powder.

1909

Commercial launch of instant coffee

George C.L. Washington began mass-producing instant coffee for the U.S. market, and the product was adopted by the military during World War I.

1938

Nescafe launch

Nestle launched Nescafe using an improved process that produced better-tasting instant coffee. Nescafe became a global brand and remains one of the world's most consumed coffee products.

1940s

WWII military adoption

The U.S. military mandated instant coffee for all troop rations, exposing millions of soldiers to the product and creating a massive postwar consumer market.

Political Influence

The political history of instant coffee is defined by trade disputes over industrial development and value-added exports. In the late 1960s, a major 'soluble coffee dispute' erupted between Brazil and the United States. Brazil began subsidizing its domestic instant coffee industry, allowing it to export processed coffee more cheaply than U.S. roasters who had to import raw green beans. This led to intense diplomatic negotiations within the International Coffee Organization (ICO), where the U.S. threatened to pull out of the International Coffee Agreement unless Brazil adjusted its tax policies to protect American manufacturers. Furthermore, instant coffee served as a tool of soft power during the Cold War; the U.S. government promoted its consumption through food aid programs and military presence, effectively establishing global consumer preference for Western-style instant brands over traditional brewing methods.

Religious Influence

Religious dietary laws and prohibitions significantly influence the global instant coffee market and its production standards. In terms of economic accessibility, manufacturers must secure Kosher and Halal certifications to sell in major Middle Eastern, North American, and European markets. This requires strict oversight of the chemical extraction and drying processes to ensure no non-compliant anti-caking agents or flavor enhancers are introduced. Conversely, the Church of Jesus Christ of Latter-day Saints (LDS) maintains a health code, the 'Word of Wisdom,' which prohibits coffee consumption, including soluble varieties. This has historically limited the market penetration of instant coffee in regions with high LDS populations, such as Utah. In contrast, in various Christian traditions, such as Orthodox Christianity during Lenten fasts, black instant coffee is an economically vital staple, providing a permissible stimulant when dairy-based foods and rich meals are religiously restricted.

Economic Influence

Instant coffee became a massive global industry, with Nescafe alone selling in over 180 countries. Instant coffee was particularly transformative in markets where coffee brewing equipment was uncommon or expensive, including the UK, Japan, and many developing nations. The instant coffee industry also influenced global coffee production by creating demand for Robusta, which is often used in instant coffee due to its higher solubility and lower cost.

Scientific Milestones

1889

Spray-drying technology

The spray-drying process for instant coffee was developed, creating soluble powder from liquid coffee extract.

1950s

Freeze-drying technology

Freeze-drying was applied to instant coffee, producing granules with superior flavor and aroma retention by preserving volatile compounds lost in spray-drying.

Interesting Facts

  • •The first instant coffee was patented in 1889 by David Strang of New Zealand, but commercial success did not come until 1909 when George Washington began mass production in the United States.
  • •Instant coffee's greatest commercial breakthrough came during World War II, when the U.S. military mandated it for all troop rations, exposing millions of GIs to the product.
  • •Nescafe, launched by Nestle in 1938, is sold in over 180 countries and remains one of the world's most consumed coffee products.
  • •Freeze-dried instant coffee, introduced in the 1950s, preserves significantly more flavor and aroma than spray-dried instant because the low-temperature process retains volatile coffee compounds.
  • •In the UK and Japan, instant coffee still accounts for a significant percentage of total coffee consumption, reflecting different cultural patterns of coffee preparation.
  • •Recent specialty instant coffees, made from high-quality single-origin beans and freeze-dried, challenge the assumption that instant coffee must be inferior.

Related Encyclopedia Entries

Brewing Methods

Bypass

<h2>Technical Application and Refractometry</h2> In the application of the SCA Brewing Control Chart, the use of bypass facilitates a vertical movement downward (reducing strength) without a horizontal shift (increasing extraction). When utilizing a VST Precision Refractometer to verify results, a barista can ensure that the bypass has achieved the target TDS without shifting the EY. For instance, if a 1.0-liter brew yields a 1.55% TDS and the target is 1.30% TDS, adding approximately 192ml of bypass water will achieve the target. This technique is particularly effective for managing high-density African coffees where long contact times might otherwise lead to unwanted bitterness.

Coffee Science

Chaff

<h2>Botanical and Structural Composition</h2><p>The silver skin, or spermoderm, represents the innermost layer of the coffee fruit's integument, tightly encompassing the endosperm. During the developmental stages of the <em>Coffea arabica</em> and <em>Coffea canephora</em> seeds, this cellulosic tissue serves as a protective barrier. Structurally, the silver skin is composed of sclerenchyma cells, providing a fibrous matrix rich in polysaccharides. During the roasting cycle, specifically as the bean internal temperature reaches the range of 130°C to 160°C, the bean undergoes physical expansion. This expansion, coupled with the rapid evaporation of remaining moisture (typically 10-12% in green coffee), causes the silver skin to fracture and detach from the bean surface. In washed (wet-processed) coffees, the mechanical friction of pulping and the fermentation process remove a significant portion of the spermoderm, leaving only the portion trapped within the longitudinal fissure, or center cut. Conversely, natural (dry-processed) coffees retain a higher percentage of the silver skin until the roasting phase, where it is liberated as voluminous, lightweight flakes.</p>

Origins & Geography

Coffea Arabica: The Specialty Coffee Species Explained

Arabica coffee (Coffea arabica) is a species of coffee plant native to the highland forests of Ethiopia and South Sudan. It is the most widely cultivated coffee species worldwide, accounting for approximately 60 to 70 percent of global coffee production. Arabica is prized for its complex flavor, refined acidity, and aromatic diversity, producing notes ranging from floral and citrus to chocolate and caramel depending on origin, variety, and processing.

Origins & Geography

Coffea Robusta: The Hard-Body Coffee Species Explained

Robusta coffee (Coffea canephora) is the second most cultivated coffee species after Arabica, accounting for approximately 30 to 40 percent of global coffee production. Native to sub-Saharan Africa, Robusta is hardier, more disease resistant, and grows at lower elevations than Arabica. It contains roughly twice the caffeine of Arabica and produces a heavier body, lower acidity, and more bitter cup profile.

Equipment & Tools

Coffee Roaster

The coffee roaster operates through three primary modes of heat transfer: conduction, convection, and radiation. Modern drum roasters typically utilize a 70:30 or 80:20 ratio of convection to conduction, respectively. Since the first industrial-scale drum roaster was patented by Elizabeth Dakin in 1848 and later refined by Alex van Gulpen in 1868, the mechanical engineering of these units has focused on thermal stability and airflow control. Internally, the roasting process triggers the Maillard reaction between 140°C and 165°C, followed by caramelization of sucrose at approximately 170°C. Advanced roasters incorporate variable frequency drives (VFD) for both drum speed and fan motor control, allowing operators to manipulate the Rate of Rise (RoR) precisely. Industrial units employ cyclone separators to isolate chaff and afterburners to mitigate Volatile Organic Compounds (VOCs) and particulates before exhaust. The thermodynamics within the drum involve complex fluid dynamics where air temperature (Environmental Temperature) and bean mass temperature (Bean Temperature) are monitored via J-type or K-type thermocouples. These sensors provide the data necessary for profiling software to track development in real-time.

Coffee Science

Decaffeination

Decaffeination is the process of removing caffeine from coffee beans. The four primary methods are the Swiss Water Process, the CO2 Process, the Direct Solvent Method, and the Indirect Solvent Method. All remove 97% or more of caffeine.

Coffee Science

Extraction

Extraction is the process of dissolving soluble compounds from ground coffee into water, producing the beverage we know as coffee. During extraction, water pulls acids, sugars, lipids, carbohydrates, and melanoidins from the coffee grounds in a sequence that shapes flavor, body, and aroma.

Espresso

Group Head

<h2>Technical Specifications and Maintenance</h2><p>Commercial group heads are engineered to withstand continuous operation at pressures up to 12 bars, though the industry standard remains 9 bars. The internal seal is maintained by a group gasket, which requires replacement every 3 to 6 months in commercial environments as the elastomer hardens due to repeated thermal cycling. The assembly also houses a dispersion screw that secures the shower screen; in some designs, this screw incorporates a secondary dispersion block to further diffuse water flow. Periodic backflushing with chemical detergents like sodium percarbonate is required to remove polymerized coffee oils that accumulate behind the screen and inside the solenoid valve, which can otherwise impart rancid flavors to the espresso. Advanced machines may feature independent P.I.D. (Proportional-Integral-Derivative) controllers specifically for the group head to allow baristas to fine-tune the temperature for specific roast profiles, such as increasing heat to 96°C for light-roasted heirloom varietals to maximize solubility.</p>

How-To

How To Grind Coffee Without A Grinder

Grinding coffee without a burr grinder requires alternative crushing tools. Learn how to use a heavy mortar and pestle, rolling pin, or food processor while controlling particle consistency.

How-To

How To Set Up A Home Coffee Bar

Designing a functional home coffee bar requires optimizing barista workflow, water filtration, electrical power access, and equipment layout. Follow this design guide to build your dream coffee nook.

How-To

How To Steam Milk For Coffee

Steaming milk into velvety microfoam requires understanding milk chemistry, steam pressure dynamics, aeration timing, and vortex rolling. Learn how protein denaturation creates silky, sweet microfoam for lattes and cappuccinos.

How-To

How To Taste Coffee Like A Professional

Mastering professional coffee cupping and sensory analysis allows evaluating fragrance, aroma, flavor notes, acidity, body, and balance using standardized SCA protocols.

Comparison

Latte vs Cappuccino vs Flat White

Latte, cappuccino, and flat white are classic espresso-and-milk beverages distinguished by espresso-to-milk volume ratios, milk aeration levels, and foam bubble structures. While a cappuccino features equal thirds of espresso, steamed milk, and airy foam, a latte offers smooth steamed milk with a thin top foam layer. The flat white delivers intense espresso punch wrapped in seamless velvety microfoam.

Coffee Science

Peaberry

A peaberry (caracol or caracolillo) is a single round coffee bean that forms inside a coffee cherry instead of the usual two flat-sided beans. Peaberry occurs in approximately 5 to 10% of coffee cherries and is often separated and sold as a premium grade due to its perceived superior flavor and even roasting characteristics.

Roasting

Roast Development Time Guide

Development Time Ratio (DTR) governs core-to-surface roast equilibrium and chemical maturity. Master DTR calculation and roast development mechanics.

Coffee Science

Solubility

The solubility of coffee is fundamentally a measure of the solvent’s ability to break the intermolecular bonds of the roasted coffee matrix. Of the 1,000+ volatile and non-volatile compounds present in roasted beans, only a fraction are water-soluble under standard brewing conditions. These include polar molecules like caffeine and various salts, as well as sugars and lipids to a lesser degree. The physical structure of the coffee bean—a rigid, porous honeycomb of cellulose—acts as a barrier. This structure requires the solvent to penetrate the pore network via imbibition before solutes can diffuse into the bulk liquid. Grind size directly influences the available surface area, thereby altering the total solubility potential within a given timeframe. At temperatures exceeding 100°C, as seen in industrial extraction, further degradation of the hemicellulose occurs, increasing the theoretical yield up to 50%, though such levels are avoided in specialty brewing due to extreme bitterness.

Coffee Science

TDS (Total Dissolved Solids)

Total Dissolved Solids (TDS) is a measurement of the concentration of dissolved substances in brewed coffee, expressed as a percentage of the total mass. It is the primary metric used to calculate extraction yield and assess brew strength.

Espresso

Tamping

The mechanical compaction of the coffee bed serves to eliminate interstitial air pockets and organize the cellulose-based particles into a cohesive structure. Precision tamping involves the application of vertical force, typically ranging from 15 to 20 kilograms, through a stainless steel piston. Modern baristas often utilize 58.3mm or 58.5mm diameter tampers to maximize the surface area coverage within a standard VST or IMS 58mm filter basket. This process establishes the necessary hydraulic resistance required to counteract the 9 bars (130 psi) of pressure exerted by the espresso machine's rotary or vibration pump. A failure to achieve a level surface results in an angular disparity where water flow favors the thinner section of the puck. The resulting extraction imbalance manifests as a combination of sour, under-extracted notes from the dense regions and bitter, over-extracted notes from the channeled areas. Tamping should be performed after a distribution step, such as the Weiss Distribution Technique (WDT) or the use of a wedge-style leveler, to ensure the particle density is uniform before the piston makes contact.

Coffee Culture

Third Wave Coffee

<h2>Core Technical Standards</h2><p>Third Wave coffee is defined by its commitment to transparency throughout the value chain. This involves documenting the cultivar (such as Bourbon, Caturra, or Gesha), the elevation (often measured in Meters Above Sea Level or MASL), and the specific processing method (Washed, Natural, or Honey process). Unlike the Second Wave's emphasis on dark-roasted espresso blends, the Third Wave utilizes manual brewing methods like the Hario V60, Chemex, and AeroPress to highlight the clarity of flavor. This movement also introduced the concept of 'Direct Trade,' a procurement model where roasters establish financial relationships directly with producers, often paying 25-50% above Fair Trade minimums to secure exclusive high-quality lots.</p>

Coffee Science

Trigonelline

<h2>Summary of Chemical Properties</h2><ul><li><strong>Chemical Formula:</strong> C7H7NO2</li><li><strong>Melting Point:</strong> 218°C (decomposes)</li><li><strong>Solubility:</strong> Highly soluble in water and ethanol</li><li><strong>Occurrence:</strong> ~1.0% in Arabica; ~0.7% in Robusta</li><li><strong>Primary Metabolite:</strong> Nicotinic Acid (Vitamin B3)</li></ul>

Related Book Chapters

  • •Chapter 1: The History of Coffee
  • •Chapter 11: Coffee Culture
Learn more about The Complete World of Coffee →

Frequently Asked Questions

Sources

  • •Pendergrast, M. Uncommon Grounds: The History of Coffee and How It Transformed Our World. Basic Books. 2019.
  • •Nestle. Corporate History: Nescafe. 2023.
  • •Lyons, K.E. The Complete World of Coffee. Lyons Den Publishing. 2024.
  • •Weinberg, B.A. and Bealer, B.K. The World of Caffeine: The Science and Culture of the World's Most Popular Drug. Routledge. 2001.

Continue Your Coffee Journey

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Editorial Standards & Trust

Keith E. Lyons

Keith E. Lyons

Author, Researcher & Coffee Educator

Keith E. Lyons is the author of The Complete World of Coffee and the publisher behind Lyons Den Publishing. A licensed trauma therapist turned specialty coffee writer, Keith blends scientific rigor with genuine passion for the craft of coffee.

Author of The Complete World of Coffee (600+ pages)Licensed trauma therapist — brings research methodology and scientific rigor to coffee writingIndependent publisher, founder of Lyons Den Publishing

Last Reviewed

August 11, 2026

Sources & References

(4)

Claims are cited to verifiable sources. Peer-reviewed research is marked.

  1. 1
    Pendergrast, M. Uncommon Grounds: The History of Coffee and How It Transformed Our World. Basic Books. 2019.
  2. 2
    Nestle. Corporate History: Nescafe. 2023.
  3. 3
    Lyons, K.E. The Complete World of Coffee. Lyons Den Publishing. 2024.
  4. 4
    Weinberg, B.A. and Bealer, B.K. The World of Caffeine: The Science and Culture of the World's Most Popular Drug. Routledge. 2001.

Editorial Standards

  • • Fact-checked against peer-reviewed coffee science research and industry standards.
  • • Reviewed by the author with documented sources for every factual claim.
  • • Updated regularly; the "Last Reviewed" date reflects the most recent verification.
  • • Corrections are made promptly when new research or evidence emerges.

Our editorial process prioritizes accuracy, scientific rigor, and practical relevance for coffee enthusiasts and professionals alike.

Publisher

Lyons Den Publishing · Founded 2025 · San Diego, CA

Part of: Coffee History

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Africa

Nigeria Coffee: Origins, Flavor Profile & Production

Nigerian coffee is exclusively Robusta, known for its full body, low acidity, and earthy profile. It is used in espresso blends and instant coffee production.

Africa

Ghana Coffee: Origins, Flavor Profile & Production

Ghanaian coffee is exclusively Robusta, known for its full body, low acidity, and earthy, chocolatey profile. It is used in espresso blends and instant coffee production.

South America

Paraguay

Paraguayan coffee is smooth, low in acidity, and full-bodied with notes of chocolate, nuts, and earth. Production is very small and most coffee is consumed locally.

Government

International Coffee Organization

The International Coffee Organization (ICO) is the main intergovernmental organization for coffee, founded in 1963 and headquartered in London, United Kingdom. I recognize the ICO as the primary global body that brings together exporting and importing governments to address challenges facing the world coffee sector. The organization operates under the International Coffee Agreement, which establishes the framework for international cooperation on coffee trade, sustainability, and development. The ICO publishes the Coffee Market Report and the Coffee Development Report, two of the most widely cited data sources on global coffee production, consumption, and trade flows. With 49 member countries representing approximately 98 percent of world coffee production and 67 percent of consumption, the ICO plays a central role in shaping coffee policy and promoting sustainable development across the global supply chain.

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Comparison

Arabica Vs Robusta

Coffea Arabica and Coffea Canephora (Robusta) are the two dominant botanical species of coffee cultivated globally. Arabica is a tetraploid species with 44 chromosomes grown at high altitudes, producing nuanced sugars, delicate fruit acids, and low caffeine. Robusta is a diploid species with 22 chromosomes that contains nearly double the caffeine, double the chlorogenic acids, and exceptional espresso crema density.

Espresso

Espresso Shot Timing

While the classic 25-to-30 second extraction window provides a starting reference point, modern coffee science views shot duration as a dependent variable governed by flow rate and grind geometry. Explore how extraction time interacts with solubles mass transfer, organic compound order of dissolution, and overall cup balance.

Coffee Culture

Third Wave Coffee

<h2>Core Technical Standards</h2><p>Third Wave coffee is defined by its commitment to transparency throughout the value chain. This involves documenting the cultivar (such as Bourbon, Caturra, or Gesha), the elevation (often measured in Meters Above Sea Level or MASL), and the specific processing method (Washed, Natural, or Honey process). Unlike the Second Wave's emphasis on dark-roasted espresso blends, the Third Wave utilizes manual brewing methods like the Hario V60, Chemex, and AeroPress to highlight the clarity of flavor. This movement also introduced the concept of 'Direct Trade,' a procurement model where roasters establish financial relationships directly with producers, often paying 25-50% above Fair Trade minimums to secure exclusive high-quality lots.</p>

Coffee Culture

Coffee Certifications

<h2>Summary of Major Certification Types</h2><ul><li><b>Economic Certifications:</b> Focus on price floors and premiums to protect farmers from market volatility (e.g., Fairtrade International).</li><li><b>Environmental Certifications:</b> Focus on biodiversity, soil health, and chemical use (e.g., USDA Organic, Bird Friendly).</li><li><b>Social/Management Certifications:</b> Focus on labor rights, farm efficiency, and community health (e.g., Rainforest Alliance).</li><li><b>Quality-Based Certifications:</b> Verified by cupping scores, though often internal rather than third-party verified (e.g., Cup of Excellence).</li></ul>

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