Free Restroom Consumables Estimator for Commercial Buildings and Offices

In a standard commercial office environment with 5-day-per-week occupancy, the typical consumption rate is approximately 1.5 to 2.5 toilet paper rolls per employee per month, depending on the roll size and the gender composition of the workforce. Using a standard 500-sheet jumbo roll, the calculation runs as follows: the average office worker makes approximately 3 restroom visits per day, using roughly 9 to 11 sheets per visit for female occupants and 5 to 8 sheets per visit for male occupants. At 22 working days per month, a female employee consumes approximately 660 to 770 sheets per month (1.3 to 1.5 jumbo rolls), and a male employee consumes approximately 330 to 528 sheets (0.7 to 1.1 jumbo rolls). The 50/50 gender-split average across all employees runs close to 1.8 rolls per person per month for a 500-sheet jumbo roll. The industry benchmark cited by cleaningbusiness.com suggests $27 to $35 per person per year for toilet paper and paper towels combined in most office buildings, which aligns with these per-roll quantity calculations at current commercial pricing.

OSHA’s Sanitation Standard at 29 CFR 1910.141 establishes four core requirements for workplace restrooms in general industry. First, employers must provide a minimum number of toilet facilities based on the number of employees (ranging from 1 toilet for 1 to 15 employees up to 6 toilets for 111 to 150 employees, with 1 additional toilet per 40 employees above 150). Second, toilet facilities must be maintained in a clean and sanitary condition at all times. Third, handwashing facilities must be provided with hot and cold running water or lukewarm water, soap or an equivalent cleansing agent, and individual paper towels or warm air blowers. Fourth, toilet paper must be provided in each toilet stall. Running out of any of these supplies while the building is occupied constitutes a violation of this standard. Construction site sanitation falls under the parallel standard at 29 CFR 1926.51.

Female restroom users consume toilet paper for both urination and bowel movements, while male restroom users typically consume toilet paper only for bowel movements. This means that in a restroom visit for urination (which represents the majority of restroom visits for any adult), female users consume 8 to 12 sheets of toilet paper while male users consume approximately 0 sheets for the equivalent visit type. At 3 restroom visits per day, female occupants can use 1.3 to 1.5 times as much toilet paper per person per day as male occupants under office building conditions. In a building with 70 percent female occupancy, the toilet paper order needs to be approximately 25 to 35 percent higher than a toilet paper order calculated from headcount alone without accounting for gender composition. This is why this estimator includes a gender split input and applies different per-visit sheet consumption rates for female and male occupants.

At the office building baseline consumption rate, a typical employee washes their hands approximately 3 times per workday, using roughly 2 milliliters of soap per handwashing event. For 100 employees at 22 workdays per month, the total soap consumption is approximately 100 x 3 x 2 x 22 = 13,200 mL per month. Using a standard 1,000 mL (1 liter) hand soap refill bag, the facility needs approximately 14 refill bags per month. Medical and healthcare facilities need significantly more: a clinical worker who washes hands between patient contacts may use soap 6 to 10 times per hour rather than 3 times per day, driving per-person consumption 4 to 8 times higher than an office building. This is why the medical building type in this estimator uses a soap consumption rate approximately 3 times higher than the office baseline.

In a typical commercial office environment, each occupant uses approximately 2 to 4 paper towels per restroom visit and makes approximately 3 restroom visits per day, resulting in 6 to 12 paper towels per person per day. The industry benchmark cited in commercial cleaning trade publications uses an average of 2.5 paper towels per restroom visit for office buildings. Using a 250-sheet multifold paper towel pack, a single pack covers approximately 33 person-visits (250 sheets divided by 7.5 sheets per visit average). For a 50-person office making 3 visits each per workday, the building goes through approximately 150 person-visits per day, or roughly 4.5 paper towel packs per day, or about 100 packs per month. That is approximately 6 to 7 cases of 16 packs each. In industrial facilities where workers are washing off grease, oil, or chemicals, the paper towel consumption rate per wash event rises to 4 to 6 sheets, making industrial settings 50 to 100 percent more towel-intensive than office buildings at the same headcount.

Commercial toilet paper products sold through janitorial distributors come in several formats with very different sheet counts per roll. Standard 2-ply commercial rolls contain 250 to 400 sheets per roll. Jumbo rolls (JRT) contain 500 to 1,500 sheets per roll and require a jumbo dispenser. High-capacity jumbo rolls designed for high-traffic restrooms can contain up to 2,000 sheets. The sheet count dramatically affects how often a dispenser needs restocking and how many cases the monthly order requires. A 500-sheet jumbo roll needs restocking approximately 3 to 4 times less frequently than a 150-sheet standard roll in the same restroom. For a large commercial building, the labor savings from less frequent restocking can justify the higher per-roll cost of jumbo products over standard rolls. This calculator uses the sheets-per-roll input to accommodate any product format. Enter the actual sheet count from your product label to get an accurate case quantity for your specific product.

In buildings with public access, visitor traffic adds to restroom consumable usage above and beyond the regular employee count. A law firm with 50 attorneys and staff may have 20 to 30 client and vendor visitors per day, effectively running 30 to 60 percent more restroom traffic than the headcount alone suggests. A retail store serving hundreds of customers per day may have visitor traffic that equals or exceeds staff restroom usage. This estimator includes a visitor percentage input that adds a proportional amount to the effective occupant count used in all consumption calculations. For a pure private office with no external visitors, set this to 0 percent. For a medical waiting room where patients and family members make up a significant portion of restroom traffic, set this to 20 to 40 percent above the staff count. For a retail store with high customer density, 50 to 100 percent above the staff headcount may be appropriate.

For a workforce of 200 employees, OSHA 29 CFR 1910.141 requires a minimum of 8 toilets. The calculation uses the base table for the first 150 employees (6 toilets) plus 1 additional toilet per 40 employees above 150. For 200 employees, that is 6 + ceiling of (200 minus 150) divided by 40, which equals 6 + 2 = 8 toilets minimum. Note that this is the minimum required by the federal standard. OSHA also requires that facilities be provided in separate restrooms for each sex in workplaces with more than one employee. This means the 8 toilet minimum needs to be distributed between male and female restrooms in approximately proportion to the gender split of the workforce. A building with 200 employees split 60 percent female and 40 percent male should have roughly 5 toilets for female occupants and 3 toilets for male occupants. Single-occupancy lockable facilities can be designated for a single person at a time and do not require separate sex designation.

For most commercial facilities, hand sanitizer is a supplement to soap and water handwashing rather than a replacement. OSHA explicitly states that waterless hand cleaner is not an adequate substitute for soap and water at compliant handwashing facilities. That said, hand sanitizer dispensers at building entrances, meeting rooms, and high-touch common areas have become a standard feature in commercial buildings since 2020. For office buildings, hand sanitizer at the entrance and in common areas is a reasonable addition. For healthcare and food service facilities, the CDC and FDA both recommend that sanitizer at 60 percent or higher alcohol content be available for supplemental use between handwashing events. This estimator includes hand sanitizer as an optional product category because not all building types need it, but it is enabled by default for the medical building type where it is operationally expected.

School restroom consumable usage differs from office buildings in two important ways. First, children tend to use more toilet paper per restroom visit than adults, partly because they are still developing efficient usage habits and partly because school restrooms often see higher misuse rates with paper used for purposes other than hygiene. Industry estimates suggest children use approximately 25 to 40 percent more toilet paper per restroom visit than adults. Second, handwashing frequency in schools is encouraged by teachers throughout the day, not just during restroom visits, for infection control purposes. This drives higher hand soap consumption per student than the equivalent office worker. Schools also typically have significantly more restrooms per occupant than office buildings because student populations are separated by grade and gender in ways that drive higher facility counts. This estimator’s school building type applies adjusted per-person rates that account for these factors.

A par level is the minimum inventory quantity on hand that triggers a reorder, ensuring you never run below a safe buffer. For restroom consumables, a typical par level is set at one week’s worth of consumption for fast-moving products like toilet paper and paper towels, and two to four weeks for slower-moving products like soap refills. To set your par levels: take the monthly quantity from this estimator, divide by 4.33 to get the weekly consumption rate, and multiply by your desired buffer weeks. For a building that uses 10 cases of toilet paper per month, the weekly consumption is 2.3 cases. Setting a par level of 3 cases means you reorder when your supply closet drops below 3 cases, ensuring you always have more than a week of buffer before a shortage occurs. Adjust the buffer based on your distributor’s lead time: if orders take 5 to 7 business days to arrive, maintain at least 1.5 weeks of buffer inventory.

The formula for paper towel cases in a commercial building is: (occupants multiplied by restroom visits per day multiplied by towels per visit multiplied by work days per month) divided by (sheets per pack multiplied by packs per case). For an office building of 100 people, 3 visits per day, 2.5 towels per visit, 22 work days, using a 250-sheet multifold at 16 packs per case: (100 x 3 x 2.5 x 22) divided by (250 x 16) = 16,500 divided by 4,000 = 4.125 cases, rounded up to 5 cases. This calculator performs this math automatically for all five building types and adjusts for visitor traffic above the base headcount. Enter your actual sheets per pack and packs per case from your product label to get an accurate case count for your specific product format.

OSHA’s Sanitation Standard at 29 CFR 1910.141 does not specifically require feminine hygiene products in restrooms. However, a growing number of states have enacted laws requiring menstrual product availability in public and commercial restrooms. As of 2026, states including California, Illinois, New York, and others have passed legislation requiring restroom access to menstrual products in schools, government buildings, and in some cases private commercial facilities above certain employee thresholds. The specific requirements vary by state and building type. This calculator includes feminine hygiene products as an optional product category that can be toggled on or off. For facilities in states with product availability requirements, enabling this product category and reviewing the output alongside your state’s specific law is advisable. Check your state’s department of labor or health website for current requirements in your jurisdiction.

In a commercial office building with standard occupancy, restrooms should be checked and restocked at minimum once per shift. For a five-day-per-week building serviced by a nightly cleaning crew, this means restrooms are serviced once every 24 hours. For high-traffic buildings with 100 or more occupants, restrooms should have a midday check by a daytime porter or custodian who replenishes any supplies that are running low before the afternoon peak usage period. Medical facilities, schools, and retail buildings with heavy daytime traffic often require two to three restroom checks per day, with restocking at each check. The restocking frequency should be calibrated to your dispenser capacity: a jumbo roll dispenser that holds 1,000 sheets can comfortably serve 33 to 40 person-visits before needing replacement, while a standard-roll dispenser holding 300 sheets needs replacement after 10 to 15 visits. Choose dispenser capacity based on the time between service checks, not just product cost.

For a 50-person commercial office building operating five days per week with a 50/50 gender split, the typical annual restroom consumable budget for toilet paper, paper towels, and hand soap purchased at commercial distributor pricing runs approximately $4,000 to $5,000 per year. This breaks down to roughly $80 to $100 per employee per year for the three primary consumables. If hand sanitizer, seat liners, and trash liners are included, the total runs $120 to $150 per employee per year. At the high end of the industry benchmark ($35 per person per year for toilet paper and towels alone), a 50-person office would spend $1,750 per year just for those two products. Adding soap and sanitizer at commercial pricing brings the realistic total closer to $4,200 to $5,500 for a well-managed program. The exact figure depends on your local distributor pricing, your product specs, and your facility’s actual usage patterns.

Yes. Run the estimator separately for each building in your district using the specific enrollment and staff count for each school. Enter the school building type, your local gender split for each campus, and the actual school days per month (typically 20 for most US public schools). Sum the monthly outputs across all buildings to get the district-level purchase order. For districts with a central supply warehouse, the summed quantity represents your monthly warehouse replenishment order. For districts that order directly to each school, each school’s individual output is the appropriate order quantity for that campus. Note that school consumable needs change significantly between academic months (approximately 20 school days) and summer months (0 to minimal school days for programs). A district should maintain separate ordering schedules for the school year versus summer session periods.