Office printing spans paper demand, employee use, device efficiency and information security. The figures below distinguish broad paper estimates, a historical EPA case study, ENERGY STAR qualification limits and a 2024 survey of IT decision-makers in the United States and Europe.
Key Office Printing Statistics
The most useful headline figures are:
- In the 40-year period cited by EPA, global paper use increased 400%.
- In an unspecified period on EPA’s source page, average American paper use exceeded 700 pounds per person per year.
- Over the 20-year period cited by EPA, U.S. paper-product use rose from 92 million tons to 208 million tons.
- In the EPA context, paper made up 35% of municipal solid waste by weight in the United States.
- In an unspecified study period, banking and insurance offices generated 2.39 pounds of paper per employee per day.
- In the same historical office-paper study, general offices generated 1.27 pounds per employee per day.
- In the same study, government offices generated 1.13 pounds per employee per day.
- In ENERGY STAR’s rough estimate, a typical office worker used about 10,000 copy-paper sheets annually.
- In the paired ENERGY STAR estimate, about 45% of those annual sheets reached the recycling bin by the end of the day.
- In EPA’s 1994 campaign across 27 headquarters and regional offices, 33,338,761 photocopy impressions were reduced.
- During the April–December 1994 EPA campaign, 25,004,071 copy-paper sheets were avoided.
- During that campaign, 125 tons of copy paper were avoided.
- During the 1994 campaign, EPA reported $100,000 in avoided paper purchases.
- Under the cited ENERGY STAR guidance, certified imaging equipment could use up to 35% less energy than conventional equipment.
- Under the January 1, 2014 monochrome non-MFD criteria, printers up to 5 images per minute had a 0.3 kWh/week TEC limit.
- Under the same criteria, all operational-mode imaging products had a 0.5-watt maximum standby limit.
- Under the cited small-printer sleep criteria, the base sleep allowance was 4.0 watts.
- In Quocirca’s 2024 survey of 500 IT decision-makers in the United States and Europe, 67% reported a print-related data loss in the previous year.
- In the same 2024 survey, 70% expected print-security spending to increase in the next 12 months.
Contents
- Paper volume, waste and employee use
- EPA paper-reduction campaign statistics
- Office printer energy-use data and ENERGY STAR savings
- Office printing standards for speed, electricity and duplexing
- Printer sleep-mode and standby power statistics
- Office printing security and IT decision-maker trends
Office Printing Statistics: Paper Volume, Waste and Employee Use
Broad paper statistics provide scale, but they are not equivalent to printer-only measurements. EPA’s official Identifying Greener Paper page attributes several figures to the Environmental Paper Network, so they should be read as estimates about paper and paper products rather than as current office-printer averages.
| Measure | Figure | Scope and period |
|---|---|---|
| Global paper-use increase | 400% | 40-year period cited by EPA; global |
| Average paper use | More than 700 lb/person/year | Period unspecified; United States |
| U.S. paper-product use | 92 million to 208 million tons | 20-year period cited by EPA; United States |
| U.S. share of global paper supply | 30% | Period unspecified; United States/global |
EPA also says the United States represented 5% of the world’s population while accounting for 30% of global paper supply. The cited page describes pulp and paper as the fifth-largest energy-consuming industry, using 4% of world energy, and says paper was 35% of municipal solid waste by weight in its U.S. context.
Source: EPA, Identifying Greener Paper. The source’s paper-supply, energy and waste figures are industry-wide or waste-stream measures, not office-printing-only measures.
Office-level observations are narrower. A fact sheet credited to the National Office Paper Recycling Project reported 2.39 pounds of paper per employee per day in banking and insurance offices, compared with 1.27 pounds in general offices and 1.13 pounds in government offices.
Those are historical study figures whose displayed fact sheet does not specify the study period or sample. The same fact sheet estimates that office paper can represent 50% to 75% of waste in a typical office, without defining a universal office sample.
ENERGY STAR gives a different practical frame: a typical office worker uses roughly 10,000 sheets of copy paper annually, and about 45% of those sheets end up in the recycling bin by the end of the day. These are rough estimates, not measured national rates.
Source: EPA, Environmental Fact Sheet: Paperless Office Campaign Reduces EPA Paper use by 15 Percent and ENERGY STAR, Imaging Equipment.
Office Printing Statistics from EPA’s Paper-Reduction Campaign
EPA’s 1994 paperless-office campaign is a defined case study rather than a universal benchmark. It covered 27 EPA headquarters and regional offices, used a 1993 baseline adjusted to nine months, and targeted a 15% reduction in office-paper consumption.
| Campaign measure | Figure | Period or definition |
|---|---|---|
| Baseline photocopy impressions | 219,836,528 | 1993 baseline adjusted to nine months |
| Displayed goal | 186,497,767 impressions | 1994 goal |
| Reported impressions reduced | 33,338,761 | 1994 campaign |
| Copy-paper sheets avoided | 25,004,071 | 1994 campaign |
| Copy paper avoided | 125 tons | 1994 campaign |
| Avoided paper purchases | $100,000 | Historical nominal dollars |
EPA reported that the impression reduction was 15% from 1993 and separately reported a 21% reduction in photocopy impressions during the nine-month April–December campaign. The source also converted the avoided sheets to 5,001 cartons, but the carton definition is not restated on the page.
These results show how a defined organizational intervention can connect printing activity with paper quantities and purchasing costs. They remain campaign-reported outcomes from 1994, not a current permanent rate for offices generally.
Source: EPA, Environmental Fact Sheet: Paperless Office Campaign Reduces EPA Paper use by 15 Percent.
Office Printer Energy-Use Statistics and ENERGY STAR Savings
ENERGY STAR’s imaging-equipment guidance separates potential efficiency from realized bills. Its current guidance says certified imaging equipment can use up to 35% less energy than conventional equipment, while actual savings vary by device and use profile.
Older ENERGY STAR purchasing guidance estimated $25 per printer per year in savings versus conventional equipment and $25 per year for a medium-speed copier. Those are historical estimates, not current electricity-price benchmarks.
The same historical guidance illustrated a 100-person office with 100 computers, 10 printers, 4 copiers, 4 fax machines and 2 scanners. For that illustrative equipment inventory, the estimated annual office-equipment savings were nearly $4,900.
The example is useful for showing how fleet composition affects savings, but it is not an observed average office distribution. Printer count, operating hours, print volume, electricity prices and device settings all affect realized costs.
Source: ENERGY STAR, Imaging Equipment.
Office Printing Standards: Speed, Electricity and Duplexing Thresholds
The cited ENERGY STAR criteria became effective January 1, 2014. Their Typical Electricity Consumption, or TEC, figures are qualification limits and formulas, not average field consumption.
| Device or speed band | TEC qualification figure |
|---|---|
| Monochrome non-MFD, up to 5 images/minute | 0.3 kWh/week |
| Monochrome non-MFD, more than 5 through 20 images/minute | 0.04 × speed + 0.1 kWh/week |
| Monochrome non-MFD, more than 20 through 30 images/minute | 0.06 × speed − 0.3 kWh/week |
| Monochrome non-MFD, more than 30 through 40 images/minute | 0.11 × speed − 1.8 kWh/week |
| Monochrome non-MFD, more than 40 through 65 images/minute | 0.16 × speed − 3.8 kWh/week |
| Monochrome non-MFD, above 90 images/minute | 0.55 × speed − 37.9 kWh/week |
| Monochrome MFD, up to 5 images/minute | 0.4 kWh/week |
| Color non-MFD, up to 10 images/minute | 1.3 kWh/week |
| Color MFD, up to 10 images/minute | 1.5 kWh/week |
Duplexing requirements also vary by speed and device category. Automatic duplexing was not required by the cited color TEC criteria below 19 images per minute; from more than 19 to below 35 images per minute, it had to be integral or an optional accessory.
For monochrome TEC devices, the corresponding band was more than 24 to below 37 images per minute.
Source: ENERGY STAR, Imaging Equipment Key Product Criteria.
Office Printer Sleep-Mode and Standby Power Statistics
ENERGY STAR’s operational-mode criteria also specify sleep allowances, delay defaults and functional adders. The base allowances differ by printer size and marking-technology/media combination.
| Sleep-mode measure | Allowance or default |
|---|---|
| Small printer base allowance | 4.0 watts |
| Standard printer base allowance | 0.6 watts |
| Large printer, one listed combination | 2.5 watts |
| Large printer, another listed combination | 4.9 watts |
| Maximum standby power for all operational-mode products | 0.5 watts |
| Small or standard printer, up to 10 images/minute default delay | 5 minutes |
| Small or standard printer, above 30 images/minute default delay | 60 minutes |
| Large printer, up to 30 images/minute default delay | 30 minutes |
| Large printer, above 30 images/minute default delay | 60 minutes |
The criteria list additional sleep-mode allowances for interfaces and memory: 0.2 watts for a wired interface below 20 Mbit/s, 0.4 watts from 20 to below 500 Mbit/s, 0.5 watts at 500 Mbit/s or more, and 2.0 watts for a wireless RF interface. Internal memory adds 0.5 watts per gigabyte, excluding hard-disk or flash memory.
These are qualification allowances and functional adders, not a claim that every device draws those totals in ordinary use. The cited criteria should therefore be used to compare specification thresholds, while real consumption depends on the complete device and its settings.
Source: ENERGY STAR, Imaging Equipment Key Product Criteria.
Office Printing Security Statistics and IT Decision-Maker Trends
Quocirca’s Print Security Landscape, 2024 surveyed 500 IT decision-makers in the United States and Europe. The results describe self-reported perceptions, experiences and expectations, not a census of office workers or organizations.
| Survey measure | Share of IT decision-makers | Period |
|---|---|---|
| Completely confident in print-infrastructure security | 16% | 2024 survey |
| Reported a print-related data loss | 67% | Previous 12 months before survey |
| Expected print-security spending to increase | 70% | Next 12 months after survey |
| Conducted formal print-security assessments | 37% | 2024 survey |
| Implemented a zero-trust architecture | 35% | 2024 survey |
| Used a managed security service provider for print and IT security | 40% | 2024 survey |
The contrast between 16% complete confidence and 67% reporting a print-related data loss indicates a substantial gap between perceived security assurance and reported recent incidents within this surveyed population. The 70% spending expectation is a forecast of respondent intent, not realized spending.
The survey’s zero-trust measure is not further quantified on the summary page, and the assessment, architecture and service-provider figures are self-reported. They are best used as directional indicators for IT planning rather than as universal adoption rates.
Source: Quocirca, Print Security Landscape, 2024.