Let's Compare Print on Paper vs Digital: The Real Environmental Impact

What You Think You Know Might Be Wrong

In the drive to appear more sustainable, many in tourism, hospitality and beyond, from marketers and promotional agencies to government bodies, move away from printed brochures, maps and guides.

Why? Because they believe digital is the greener choice.

The evidence shows the exact opposite.

Digital may look clean. Behind every screen sits a supply chain of mined metals, short-lived hardware and data centers drawing a rising share of the electricity grid, with AI pushing that demand higher every year. Print on paper, including brochures, maps and guides, is renewable, recyclable and biodegradable, and it works on zero energy once it is in a visitor's hands. Produced responsibly, it is the most sustainable communication tool available for visitor information.

Let’s examine the facts.

The Environmental Credentials of Paper and Print

Paper Is Renewable. Forests Are Growing

Visitor brochures in Europe, the US and Canada are printed on paper made from wood fiber that is grown, harvested and renewed, just like a crop. Paper can be specified with certified fiber, under internationally recognized schemes such as FSC and PEFC, and with recycled content. Trees are planted, harvested and replanted in cycles that support biodiversity, local communities and long-term forest health.

Europe's forest area has grown by 11% since 1990, and its forests now hold 11.9 billion cubic meters more wood than they did then; each year, more wood grows than is harvested. Across the US and Canada, forest growth has exceeded harvest for more than 50 consecutive years, and in the US, annual net forest growth is close to twice annual removals. Choosing certified paper supports this cycle of responsible forestry and long-term forest health.

Paper Stores Carbon

Trees absorb carbon dioxide as they grow. When wood is made into paper, that carbon stays locked in the fibers. Responsible forestry, paired with paper production, keeps forests growing and drawing CO₂ from the atmosphere, while the harvested wood stores carbon in the products made from it.

Paper is Highly Recycled

Paper and cardboard are among the most successfully recovered materials on both sides of the Atlantic. Europe recycles 76.4% of the paper and board it uses, the highest rate of any region in the world. In the US, 60–64% of paper and 69–74% of cardboard is recycled, and Canada recovers close to 70% of all paper and cardboard. Recovered fiber is sorted and reprocessed into new paper and paper-based products, and many visitor brochures are printed on recycled stock. It is a complete circle that keeps valuable fiber in the circular economy.

Paper is Biodegradable

Paper is a natural, biodegradable material. Made from renewable wood fiber, it breaks down naturally at the end of its life and can be composted, returning to the earth. Electronic waste does not biodegrade: its plastics, metals, glass and components persist in the environment for decades or longer.

Printed Brochures Have a Defined, One-Time Footprint

Once printed, a brochure needs no electricity, no bandwidth and no storage infrastructure. It can be picked up, held, read, kept or passed on, entirely independently. Once a visitor brochure is printed, its energy bill is finished. Digital's energy demand has only begun.

Brochures are Tangible and Enduring

Brochures need no charging, no signal and no updates. They are ready the instant a visitor picks them up, and a printed guide works as well on its last day as on its first. Once chosen, brochures often stay with the visitor for the whole trip, and many are taken home or shared. At the end of their life, paper has four clean endings: keep it, pass it on, recycle it or compost it.

The Environmental Demands of Digital Media

Data Centre - Massive Energy Consumption

Digital communication is powered by vast data centers, warehouses of servers that store, process and deliver every byte of content. Data centers in the EU used around 70 TWh of electricity in 2024, a figure projected to reach around 115 TWh by 2030, more than 3% of all EU electricity demand. US data centers used about 4.4% of the nation's electricity in 2023, and that share is projected to climb to 6.7% to 12% by 2028 as AI infrastructure expands. Globally, data center electricity demand is projected to roughly double by 2030.

Digital energy use is relentless and cumulative. Every interaction draws energy at five points: the visitor's device, their connection, the mobile network, cloud storage, and the servers and data centers behind them. Every download, every click, every AI response and every streamed video draws power again and again. Digital content has to be powered into existence, continuously.

Water Waste in the Digital Drive

AI and cloud data centers draw vast quantities of water, directly for cooling and indirectly through the electricity that powers them. The largest facilities can use up to 5 million gallons a day, comparable to the daily water use of a town of 10,000 to 50,000 people, and much of this demand is growing in regions already under water stress. A printed guide in a guest's hands needs no cooling systems, no server farms and no water to keep delivering its message.

AI’s Explosive Environmental Toll

Generative AI has added an enormous new layer of digital demand. AI is surging demand for electricity, hardware, cooling and water at pace, and it is the main reason data center electricity demand is set to roughly double worldwide by 2030. These systems rely on vast processing power, huge training data sets and constant storage.

Every time AI delivers content, whether planning a trip, suggesting an itinerary or summarizing travel ideas, it draws on server farms running around the clock. AI also drives demand for ever more powerful equipment, accelerating the hardware cycle. Printed visitor information performed this role before today's computing infrastructure existed, and it delivers it now on exactly the same terms: no model training, no server capacity, no upgrade cycle.

The Devastation of Rare Earth Extraction

Behind every screen, device and cloud interaction lies a supply chain most users never see. Phones, tablets, laptops, screens, routers, cables, batteries, servers and data center equipment are built from mined metals, plastics, rare earth elements and other minerals, including lithium, cobalt and copper. None of those materials renew. They are mined, often in regions that are already ecologically fragile.

Extraction can strip land, drain freshwater, degrade soil and release toxic waste into ecosystems, leaving long-term environmental damage. Its costs often fall on local communities who share little in the benefits.

And demand keeps growing. As AI, cloud computing and smart devices scale up, so does the appetite for these finite resources, a cost largely hidden from view.

Physical Digital Waste

Electronic waste is the fastest-growing waste stream on earth. It is on course to reach 82 million tonnes globally by 2030, and it is rising five times faster than the rate at which it is recycled. Europe generates more e-waste per person than any other region, at 17.6 kg, and only 42.8% of the e-waste it generated in 2022 was formally collected and recycled. Across the Americas, the figure is only around 30%. Discarded phones, laptops, tablets and servers can contain heavy metals and flame-retardant chemicals that contaminate soil and groundwater.

This pollution is long-lasting. E-waste does not biodegrade; its plastics, metals, glass and components persist in the environment for decades or longer.

And the problem is accelerating. Digital depends on continual replacement: new phones, tablets, laptops, screens, batteries, routers and servers as hardware fails, ages or is superseded, with AI adding demand for more powerful equipment still.

The Perpetual System Load

AA digital visitor guide may seem quick and convenient, but behind the screen it activates a chain of continuous energy use. Each interaction calls on cloud servers to store and deliver content, networks to transmit it and devices to display it. Backups, hosting, updates and synchronization run silently in the background, every time a page is opened, refreshed or reloaded.

Every view, by every user, adds to the total load. Digital communication is an active process that consumes energy for as long as it is in use. Print delivers its message on zero energy in the visitor's hands.

The Growing Scale of AI and Digital Demand

The infrastructure behind our digital lives is now among the planet’s biggest and fastest-expanding drains on energy and raw materials. Its scale is hidden from everyday view, but it is omnipresent—powering every cloud interaction, AI query, hosted file, or location-based app used by visitors.

And unlike print media that can be produced once and used again and again, digital infrastructure requires power and resources every moment it operates. Its impact is continuous, dispersed, and growing.

  • Electricity use is voracious.
  • Water demand is expanding.
  • Hardware production is accelerating.
  • Material extraction is deepening.
  • Waste is accumulating.
  • AI systems are multiplying the load.

Digital is not clean. It is industrial. And its expansion carries consequences—both for climate and for the ecosystems that supply and support it.

Against this backdrop, printed brochures stand out as a powerful and responsible communication medium. They are tangible, long-lasting and low-impact when responsibly produced.

And they work.

Visitor International's two-year research (2026)      , with responses from over 8,100 travelers across 12 countries, shows that among visitors who use brochures, maps or guides:

  • 98% trust brochures as a source of information
  • 90% would rather pick up a printed guide than download one
  • 86% remember what they read in print better than digital content
  • 87% keep brochures of interest for the trip or take them home, and 60% keep them as a memento

These numbers reflect how visitors behave in the real world: in a hotel lobby, at an attraction, in a transport hub or at a visitor center, browsing a display. Visitors choose brochures because they are visible, accessible and trusted.

And all of this happens with no battery, no signal, no login and no loading time.gainst this backdrop, printed brochures stand as a powerful and responsible communication medium. They are tangible, long-lasting, and inherently low-impact when responsibly produced.

Looking Ahead: A Medium That Belongs in the Future

Paper is sustainable, sensory and circular. Used for visitor brochures, maps and guides, it supports responsible forestry, stays useful throughout a visit, and can be recycled or returned safely to the earth. It is grown, not mined; it works on its own, with no device to replace; and it stays visible with no infrastructure behind it.

The digital systems that underpin modern marketing keep expanding, driven by extraction and requiring more energy and material every year.

The question that matters most is this:

"What kind of communication system aligns with a sustainable world?"

Brochures are a key part of that system. They offer presence, purpose and influence with a light, renewable footprint.

Conclusion: Standing Confidently for What Works and What’s Right

Printed brochures deserve to be championed: proudly, vocally and with confidence, by everyone who understands their value, effectiveness and environmental credentials.

They prove themselves every day, through science and through data, through the visitors who use them and the businesses that benefit, through the renewable systems that produce them, and through the clear boundaries of their environmental footprint.

Brochures, and the paper they are printed on, are a responsible, effective and environmentally sound tool for guiding visitors, supporting local businesses and connecting people with places.

Visitor brochures deserve a clear and confident place in every tourism strategy that values proven results, experience and sustainability in equal measure.