When you look at how modern organizations handle documentation, the health of our planet stands out as a major concern. Most of us assume that going paperless automatically erases environmental impact, but the reality of printing, data storage, and energy consumption is more complex.

The team at PrintFriendly decided to do some research to learn exactly how physical paper waste compares to the energy demands of digital document storage. The graphic here breaks down the impact of both mediums and underscores why optimizing your files matters just as much as how you choose to store and access them.

The Heavy Cost of Traditional Paper

Despite the digital revolution, our reliance on paper continues to strain global resources and contributes significantly to industrial emissions.

• In 2021, global paper production reached an all-time peak of 417 million metric tons.
• The pulp and paper sector accounted for roughly 2% of 2022 global industrial greenhouse gas emissions.
• Domestic pulp and paper manufacturing facilities emitted 22.1 million metric tons of CO2 equivalent (CO₂e) in 2023.

The Hidden Reality of Unoptimized Documentation

These industrial figures are accompanied by significant institutional-level waste. A standard office worker prints roughly 10,000 pages annually, and almost half of those pages (45%) are thrown into the recycling bin within 24 hours.

That physical waste also extends to printing hardware. In the United States alone, more than 375 million empty ink and toner cartridges are discarded every year.

Digital Footprints: Not Entirely "Zero-Impact"

While digital formats are vastly superior for the environment, they still require energy. Every email sent and file uploaded relies on active, energy-consuming infrastructure. Global data centers consumed an estimated 460 Terawatt-hours of electricity per year as of 2022. Together, data centers and data transmission networks are responsible for 1% of all energy-related greenhouse gas emissions.

It’s also important to consider that document size directly influences this energy consumption; transmitting a single 1 MB document causes the emission of up to 11 grams of CO2e.

Digital Waste Is Real

When organizations store unused or unhelpful data, it ties up server space and draws unnecessary power.

• "Dark" Data: About 52% of stored organizational data is classified as dark data (unused or unknown), yet it continues to be stored and backed up.
• "ROT" Data: Another 33% of stored data is considered ROT (redundant, obsolete, or trivial). This low-value clutter sits on servers, siphoning resources indefinitely.

The Value of Optimized Digital Preservation

Whether you’re saving files to the cloud or printing a necessary hard copy, efficiency is the eco-friendly choice.

For physical copies, printing optimizations make a notable difference. Defaulting office settings to duplex (two-sided) printing can cut the number of sheets used per day by an average of 15%.

However, transitioning at scale offers even greater environmental benefits. One initiative that moved a mailed print guide to a digital-only format saved approximately 13.2 million sheets per year and avoided roughly 981,000 pounds of CO2 emissions.

Optimize Your Workflow

Taking steps to limit redundant files and optimize documents before saving or printing them makes a measurable difference in your overall footprint. Think carefully about whether you need to print out a document before doing so; often, it’s simpler and greener to convert a Word file to PDF and share it digitally. You can also compress PDFs so they take up less space if you’re filing them away for long-term storage. And using dedicated PDF printers to strip away ads and tracking scripts from web pages creates smaller files that require less energy to store and transmit and less ink and paper if you need to print them out.

Sources:

https://www.iea.org/energy-system/industry/paper
https://www.epa.gov/ghgreporting/ghgrp-pulp-and-paper
https://www.iea.org/reports/electricity-2024/executive-summary
https://www.iea.org/energy-system/buildings/data-centres-and-data-transmission-networks
https://globalclimateinitiatives.com/en/la-pollution-des-mails-sous-estimee/
https://www.energystar.gov/products/imaging_equipment
https://www.planetgreenrecycle.com/blogs/news/what-happens-to-landfill-waste-the-life-cycle-of-a-discarded-ink-cartridge
https://www.veritas.com/news-releases/2016-03-15-veritas-global-databerg-report-finds-85-percent-of-stored-data
https://www.cambridge.org/core/journals/agricultural-and-resource-economics-review/article/effectiveness-of-a-green-default-nudge-in-achieving-resource-conservation/97B04652FAC85F94288CEE0C0EBAEC6E
https://www.napervilleparks.org/upload/Lois/2023%20Sustainability%20Report.pdf