Although restroom cleanliness is a touchstone for overall facility cleanliness, a recent survey of professional contract cleaning companies indicated that 51 percent of customer complaints are restroom-related. Clearly there is a need for improving the way restrooms are cleaned. How well is your cleaning crew doing?
The nose knows
If your restrooms have an unpleasant smell, you may already know the answer. Odors in the restroom may come from several sources: poor cleaning that fosters bacterial growth, inadequate ventilation, bodily fluids, gases and excrement, unflushed fixtures, and failure to service floor-drain traps.
First, inspect your restroom for sources of bacterial odor from improper cleaning.
When the building is unoccupied, turn off the lights and inspect the restrooms with an ultraviolet (UV) inspection light. Body fluids such as urine, blood and saliva contain phosphorus and glow under a “black” light. Note the locations, or mark areas needing cleaning with a UV (invisible) ink pen. The special ink glows in UV light, and can be removed with water or cleaning solution. In follow-up inspections, you will be able to see which areas have not been cleaned.
The best places to look for urine or other bodily fluids that feed bacteria are the exterior and underside of sinks, urinals, toilets, and within urinals and toilets.
Odor can come from unexpected sources. Colorado State University was surprised to find its ceilings glowing yellow under a black light. Why? Flushing of fixtures had dispersed an aerosolized mist of bowl water and urine into the air where it deposited on the ceiling.
Based on your inspection, train workers to regularly clean contaminated surfaces.
Starting with staff
Standardize the cleaning process, then teach workers well-defined steps. Create a flow chart sequencing tasks. Post the chart in the janitorial closet or behind the restroom door, then provide hands-on training to ensure workers form correct work habits. An organized cleaning cart with a specific place for each item will save time and make replenishing supplies easier.
If possible, and if traffic dictates, spot-clean restrooms frequently during the day. This includes the following steps:
Collect trash and litter from the floor and other surfaces, and place in a waste bag.
Empty waste receptacles when more than half-full; pack contents with a tool, not your hands.
Inspect and fill paper towel, soap, seat cover, toilet paper and other dispensers when less than half-full; test for proper operation.
Inspect basins and counters, and spot-clean with a disinfectant solution.
Inspect urinals and toilets, flush as needed and spot-clean with disinfectant solution.
Spot-clean dispenser cabinets, partitions, stalls, walls and doors. Check for and remove graffiti.
Wipe wet or soiled areas around sinks and on floor, using a disinfectant.
Check and report malfunctioning toilets, urinals and sinks.
Once a day, remove all trash, refill all dispensers, detail mirrors and other surfaces, clean and disinfect the insides and outsides of sinks, urinals and toilets, and wet mop and disinfect floors.
Perhaps the greatest procedural fault in restroom cleaning is inadequate dwell time for disinfection. Disinfectants need 10 minutes dwell time to kill bacteria. Consider using adhering-foam disinfectant cleaners for vertical surfaces. Proper mopping involves two steps: applying cleaning/disinfecting solution liberally to the floor for 10 minutes of wet contact, and removing the soiled solution. Be sure to post wet floor warning signs and barricades.
Deep clean restrooms periodically (weekly or monthly). This includes:
Lights, vents and ceiling washing.
Wall and door washing.
Mineral-buildup removal from fixtures.
Cleaning undersides of fixtures and dispensers.
Scrubbing floors, including edges.
Include drain trap service as part of a regular maintenance program. Fill floor traps with water periodically to prevent sewer gas backup.
Malfunctioning fixtures, including inoperable exhaust fans, also should be reported for repair.
Goforth is CEO of SCSI, a building service contractor in Birmingham Ala. Wooldridge is a facilities manager at Colorado State University in Fort Collins, Colo.
Percentage of respondents who say they are concerned about germs in public and private restrooms.
Percentage of respondents who say they avoid public restrooms because of concerns about germs.
Percentage of respondents who say they flush toilets with their feet.
Percentage of respondents who say they don't sit on or touch anything in a public restroom.
Source: Study conducted by Impulse Research for the Georgia-Pacific Corporation.
SIDEBAR: Cleaning systems for washroom specialists
by Allen Rathey
Cleaning crews using team cleaning and other methods demanding a high degree of efficiency are adopting processes and tools that enable better washroom cleaning without the need for big-ticket equipment purchases.
One system uses a set of cleaning tools that includes a sprayer on a belt (an ergonomic belt-mounted sprayer that makes cleaning surfaces faster and less tiresome for workers), color-coded microfiber cloths, and microfiber flat mops for wall/vertical surface/floor cleaning.
Other tools in the system include long-handled dusters with disposable dusting sleeves, ergonomic microfiber strip washers and squeegees for cleaning mirrors and walls, lightweight aluminum extension poles for reaching high spots, ergonomic lobby pans, combination floor scrubber/squeegees and swiveling brushes for project work.
Studies conducted by Daniel's Associates, Toronto, yielded data showing a 10.9 percent reduction in time by using microfiber flat mops over conventional mopping.
Other tests show that using microfiber wipes with a conventional disinfectant reduced the bacteria count on counters by 96 percent. On floors, the microfiber flat mopping tool achieved a bacteria reduction of 89 percent compared with 73 percent using a conventional mop. The microfiber mop is lighter and also releases more water than typical mops, enabling more complete rinsing and soil release. Crews also are adopting an integrated “double-bucket” — a single mop bucket divided to keep clean and dirty solution separate.
Tests also found that microfiber mop heads stood up to 10,000 rubbing cycles compared with less than 2,000 cycles for other types of mops, and microfiber wipes successfully endured almost 4,000 washing cycles compared to less than 1,000 for ordinary cleaning cloths (huck towels).
Microfiber technology uses fibers 1/1000 as thick as typical cloth fibers. These small, aggressive strands pick up tiny particles and can reduce the amount of solution and chemical required to clean. Microfiber cloths can reduce the amount of exertion workers need to wash counters, mirrors and fixtures.