5 Keys to Proactive Locker Room Cleaning

locker room cleaningSmart cleaning isn’t just about removing soils; it’s about controlling the sources. Entryway mats are a great example. When it comes to locker rooms, a proactive approach controls and contains, so spaces across the school don’t suffer by association. Here’s a few proactive locker room cleaning tips:

From Clean to Dirty
It’s tempting to tackle the big stuff first, but locker rooms should be cleaned in a specific order, starting with the least dirty to the most. Organize the order of cleaning to ensure progression never crosses over previously cleaned areas. And just like home, clean high before low — an efficient process never re-soils cleaned surfaces. Since every locker room is different, special attention must be taken to adjust best practice to the shape of the space.

Flex on Those Microbes
Quality locker room cleaning for schools should use EPA-registered, hospital-grade disinfectants to clean all touch points and floors. Look for EPA-registered disinfectants that leave less residue while still providing the superior cleaning you need for grouted tile and other surfaces. Consider electrostatic disinfection to drastically improve sanitation of crevices and other locker room locations that are hard to reach with other tools.

Address Those Smells
Protein-based soils can build up around floor drains, or on other surfaces, contributing to that infamous mashup of smells locker rooms are famous for. Supplement your cleaning cycle with periodic application of enzyme-based chemicals to break down those proteins before they can build up persistent odors.

Test Your Water
If the water used in your locker room is “hard water” that will make some cleaning solutions inappropriate. Higher concentrations of calcium, iron and magnesium can require different solutions to achieve deep cleaning efficiently.

Keep Up with Your Students
Locker rooms are high-traffic areas. If cleaning doesn’t rise to the frequency of use, that unfairly impacts students using the locker room late in the cleaning cycle. It also increases the amount of soil and particle spread from the locker room to other school spaces. Efficiency in locker room cleaning can instead come from careful attention to the schedule and rigorous training.

This article originally appeared in the School Planning & Management September 2019 issue of Spaces4Learning.

About the Author

Gordon Buntrock is the national director of service delivery for education services at ABM. Prior to joining ABM, he was a director of operations for environmental services at Aramark Healthcare. He can be reached at [email protected].

Featured

  • AP Construction Breaks Ground on Two Projects for Austin ISD

    Adolfson & Peterson Construction (AP) recently announced that it has broken ground on two renovation projects for the Austin Independent School District, according to a news release. The work at McCallum and Anderson High Schools totals 97,350 square feet and is scheduled for completion in January 2027.

  • Tufts University Breaks Ground on Two New Residence Halls

    Tufts University in Medford, Mass., recently broke ground on two new residence halls with a total capacity of 664 beds, according to local news. The project’s ultimate goal is to expand on-campus housing and reduce pressure on the local housing market.

  • Los Angeles City College Breaks Ground on New Administration, Workforce Building

    Los Angeles City College (LACC) in Los Angeles, Calif., recently broke ground on a new $72-million administrative facility, according to a news release. The Cesar Chavez Administration and Workforce Building will stand four stories, cover 67,230 square feet, and play home to a wide variety of the school’s educational and administrative services.

  • New Kent State Academic Building Earns LEED Silver Certification

    Kent State University in Kent, Ohio, recently announced that its newest academic building, Crawford Hall, has earned a LEED Silver certification from the U.S. Green Building Council, according to a news release. The facility was recognized for its innovative design, water conservation technologies, energy-efficient systems, and sustainable construction materials, among other features.