Modern Era
The History of Coffee Packaging
Coffee packaging evolved from simple burlap sacks for green coffee to sophisticated one-way valve bags that preserve roasted coffee freshness by allowing CO2...
Key Takeaways
- Hills Bros. Coffee introduced the first vacuum-packed coffee tins in 1900, significantly extending shelf life by removing air before sealing.
- The one-way degassing valve, patented by Luigi Goglio in 1970, allows carbon dioxide to escape without admitting oxygen, preventing bag rupture from internal pressure.
- Nitrogen flushing reduces oxygen levels within a package to below 1%, slowing the oxidation of coffee lipids and preserving volatile aromatic compounds.
- Standardized 60kg jute bags remain the global unit of measurement for green coffee trade, despite the rise of 1,000kg bulk liners.
Coffee packaging evolved from simple burlap sacks for green coffee to sophisticated one-way valve bags that preserve roasted coffee freshness by allowing CO2...
Coffee packaging evolved from simple burlap sacks for green coffee to sophisticated one-way valve bags that preserve roasted coffee freshness by allowing CO2...
Timeline
1800s
Green coffee transported in burlap (jute) sacks, standard 60kg or 69kg
1900s
Roasted coffee sold in tins and paper bags
1960s
Vacuum packaging in cans extends shelf life
1980s
One-way valve bags invented, allowing CO2 to escape without oxygen ingress
1990s
Nitrogen flushing becomes standard for commercial coffee packaging
2010s
Compostable and recyclable packaging gains traction in specialty coffee
Important People
Jabez Burns
In 1864, Burns patented the first practical commercial coffee roaster in the United States (US Patent 35,194). His continuous-batch roaster enabled industrial-scale coffee production for the first time, directly creating the need for commercial packaging solutions to preserve roasted coffee during distribution. The Jabez Burns company remained a leading equipment manufacturer for over a century.
John Arbuckle (1839 to 1912)
Often called the 'Coffee King,' Arbuckle patented a process in 1864 that coated roasted coffee beans with a mixture of egg whites and sugar to preserve freshness, marketing it as Ariosa Coffee. He was the first to sell roasted coffee in branded, sealed one-pound paper packages with lithographed labels, transforming coffee from a bulk commodity into a branded consumer product.
Reuben W. Hills (1856 to 1931)
Under Hills's leadership, Hills Bros. Coffee introduced the first vacuum-packed coffee tins in 1900, a landmark that extended shelf life from days to months by removing air before sealing. Hills partnered with engineer James A. Folger's vacuum technology principles to pioneer this method, which became the industry standard for over half a century.
Joel O. Cheek (1852 to 1935)
Cheek developed the Maxwell House coffee blend in 1892, naming it after the Maxwell House Hotel in Nashville, Tennessee. By the early 1900s, Maxwell House became one of the first nationally branded, pre-packaged roasted coffees in the United States, demonstrating that consistent quality in sealed packaging could build national consumer trust.
Luigi Goglio
An Italian engineer who patented the one-way degassing valve for coffee packaging in 1970. This invention solved a fundamental problem in coffee packaging: freshly roasted coffee releases 5 to 10 liters of carbon dioxide per kilogram over several days, which can rupture sealed bags. Goglio's valve allows CO2 to escape while preventing oxygen from entering, and is now standard on virtually all specialty coffee bags worldwide.
Important Discoveries
1980s
One-way valve
The one-way degassing valve revolutionized roasted coffee packaging by allowing CO2 to escape while preventing oxygen ingress
1990s
Nitrogen flushing
Replacing oxygen with inert nitrogen gas dramatically extended shelf life
Major Events
1864
Arbuckle Patents Packaged Roasted Coffee
John Arbuckle patented a process that coated roasted coffee beans with an egg-white and sugar glaze to preserve freshness, marketing it as Ariosa Coffee. He was the first to sell roasted coffee in branded, sealed one-pound paper packages with lithographed labels, transforming coffee from an open-bin commodity into a branded consumer product. This innovation established the principle that packaging itself could communicate brand identity and quality assurance.
1900
Hills Bros. Introduces Vacuum-Packed Coffee Tins
Hills Bros. Coffee, under Reuben W. Hills, introduced the first commercially successful vacuum-packed coffee in sealed tins. By removing air before sealing, the process extended shelf life from days to months, a transformative leap that made nationwide distribution of pre-roasted coffee feasible. Vacuum-packed tins dominated the coffee market for over 60 years until flexible valve bags emerged.
1906
Pure Food and Drug Act Mandates Sealed Packaging
The United States Pure Food and Drug Act of 1906 prohibited the adulteration of food products, forcing coffee sellers to transition from open-bin bulk sales to sealed, labeled containers. Roasters could no longer cut coffee with chicory or cereal grains without disclosure, and sealed packaging became a legal requirement that simultaneously protected consumers and elevated brand accountability.
1942
World War II Material Rationing Reshapes Packaging
During World War II, the United States War Production Board rationed tin, steel, and aluminum for military use, forcing coffee roasters to abandon metal tins and adopt paper-based packaging and glass jars. The wartime shortage accelerated the development of multi-layer paper bags with inner linings, laying the groundwork for the flexible laminate bags that would later dominate the industry.
1970
Goglio Patents the One-Way Degassing Valve
Italian engineer Luigi Goglio patented the one-way degassing valve, solving a problem that had plagued coffee packaging for decades. Freshly roasted coffee releases 5 to 10 liters of carbon dioxide per kilogram over several days, which could rupture sealed bags. Goglio's valve allows CO2 to escape while preventing oxygen from entering, and is now standard on virtually all specialty coffee bags worldwide.
1990
Nitrogen Flushing Becomes Industry Standard
By the 1990s, nitrogen flushing was widely adopted across the coffee industry, replacing oxygen within sealed packages with inert nitrogen gas to reduce residual oxygen levels below 1 percent. This technology slowed the oxidation of coffee lipids and preserved volatile aromatic compounds, extending the shelf life of roasted coffee from weeks to 12 months or more, enabling global distribution of pre-packaged specialty coffee.
2015
Sustainable Packaging Movement Gains Momentum
By the mid-2010s, consumer demand for environmentally responsible packaging drove roasters and packaging manufacturers to develop compostable, recyclable, and biodegradable coffee bags. Companies introduced plant-based polylactic acid (PLA) liners, water-based inks, and mono-material structures that could be recycled through standard municipal streams, addressing the fact that traditional multi-layer laminates had been virtually impossible to recycle.
Political Influence
The evolution of coffee packaging reflects shifting global trade policies and wartime logistics. During the 17th and 18th centuries, the Dutch East India Company (VOC) and the British East India Company mandated specific dimensions for wooden crates and jute sacks to optimize cargo space on merchant vessels traveling from Java and Mocha to Europe. In the United States, the Pure Food and Drug Act of 1906 forced a transition from open-bin bulk sales to sealed, labeled containers to prevent adulteration with chicory or cereal grains. World War II significantly impacted material availability; the 1942 tin shortage necessitated a shift from metal cans to paper and glass containers. Post-1960, the International Coffee Organization (ICO) established standardized 60kg bag requirements for international trade, influencing the design of transport packaging. Modern European Union regulations regarding Bisphenol A (BPA) and per- and polyfluoroalkyl substances (PFAS) continue to dictate the chemical composition of multi-layer laminates used in contemporary barrier films.
Religious Influence
Religious institutions facilitated the early dissemination of coffee, necessitating the first rudimentary packaging solutions. In 15th-century Yemen, Sufi monks used dried animal skins and clay jars to transport and store coffee beans used for nocturnal devotions. As coffee moved into the Ottoman Empire, religious decrees regarding the stimulant's legality intermittently halted trade, leading to the development of discreet, transportable packaging for clandestine distribution. The 1600 blessing of coffee by Pope Clement VIII removed the 'infidel' stigma, opening Catholic European markets and accelerating the demand for bulk shipping methods from the Levant. Missionary activities in the 18th and 19th centuries, particularly by Jesuit and Capuchin orders, introduced coffee cultivation to South America and Southeast Asia, requiring the development of moisture-resistant storage for long-distance maritime transport to maintain the viability of coffee seeds.
Economic Influence
Coffee packaging is a multi-billion dollar industry. The one-way valve, invented in the 1980s, is now standard on virtually all specialty coffee bags. Sustainable packaging is a growing segment as consumers and roasters seek to reduce environmental impact.
Interesting Facts
- •Hills Bros. Coffee introduced the first vacuum-packed coffee tins in 1900, significantly extending shelf life by removing air before sealing.
- •The one-way degassing valve, patented by Luigi Goglio in 1970, allows carbon dioxide to escape without admitting oxygen, preventing bag rupture from internal pressure.
- •Nitrogen flushing reduces oxygen levels within a package to below 1%, slowing the oxidation of coffee lipids and preserving volatile aromatic compounds.
- •Standardized 60kg jute bags remain the global unit of measurement for green coffee trade, despite the rise of 1,000kg bulk liners.
Related Book Chapters
- •Chapter 11: Storage
- •Chapter 4: History of Coffee Equipment
Frequently Asked Questions
Sources
- •SCA Packaging Standards
- •Coffee Packaging Industry Association
- •Pendergrast, M. (2010). Uncommon Grounds: The History of Coffee and How It Transformed Our World. Basic Books.
- •Goglio S.p.A. (1970). One-way degassing valve patent. Italian Patent Office.
- •International Coffee Organization (ICO). Coffee Quality and Packaging Standards.
- •United States Patent and Trademark Office. Coffee roasting and packaging patent records, 1864 to 1970.
- •Thurston, R. W., Morris, K. S., & Steiman, S. (2013). Coffee: A Comprehensive Guide to the Bean, the Beverage, and the Industry. Rowman and Littlefield.
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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.
Last Reviewed
August 5, 2026
Sources & References
(7)Claims are cited to verifiable sources. Peer-reviewed research is marked.
- 1SCA Packaging Standards
- 2Coffee Packaging Industry Association
- 3Pendergrast, M. (2010). Uncommon Grounds: The History of Coffee and How It Transformed Our World. Basic Books.
- 4Goglio S.p.A. (1970). One-way degassing valve patent. Italian Patent Office.
- 5International Coffee Organization (ICO). Coffee Quality and Packaging Standards.
- 6United States Patent and Trademark Office. Coffee roasting and packaging patent records, 1864 to 1970.
- 7Thurston, R. W., Morris, K. S., & Steiman, S. (2013). Coffee: A Comprehensive Guide to the Bean, the Beverage, and the Industry. Rowman and Littlefield.
Authoritative References
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.
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