Add as a preferred source on Google

Why should we use orbital scrubbers?

Education facility managers and administrators struggle to balance limited operational budgets and a need to maintain clean and healthy schools for their students and faculty.

Subject to continuous foot traffic, floors become soiled quickly and that dirt is tracked throughout buildings. Soiled floors not only detract from the overall aesthetics of facilities, but slick dirt and grime can cause slip-and-fall hazards while dust and allergens adversely impact indoor air quality (IAQ). Numerous studies have identified poor IAQ as a key contributor to the development of asthma in young people and the spread of other illnesses among students and faculty. These illnesses lead to increased absenteeism, which is directly linked to poorer classroom performance.

Orbital scrubbers allow maintenance teams to maintain a high level of cleanliness with minimal chemical and water usage. By actively removing dirt and grime, as well as the chemical residue that attracts dirt, orbital scrubbers help maintenance staff to keep schools healthier. The introduction of orbital scrubbers has allowed schools to maximize operational resources and enhance the learning environment while continuing to achieve a high level of appearance that meets the expectations of students and staff.

While orbital scrubbers achieve a high level of performance for daily scrubbing, they also offer the flexibility to be used for deep scrubbing and chemical-free floor finish removal. Traditionally, the deep scrub and recoat process required many hours of labor, multiple machines and harsh chemicals. Orbital scrubbers allow this operation to be performed with water only — no chemicals — helping schools to enjoy significant budget savings while introducing fewer chemicals into their facilities.

This article originally appeared in the issue of .

About the Author

Scott Keller is a market manager for Nilfisk, Inc. (www.advance-us.com, www.clarkeus.com). He can be reached at 763/745-3824.

Featured

  • Round Rock ISD Completes New Early College High School

    Round Rock ISD near Austin, Texas, recently announced that construction is complete on a new, 46,500-square-foot campus for Early College High School, according to a news release. The new facility will allow the school’s students and staff to move from portables into a permanent building and increase its enrollment to 500.

  • Little Grand Market

    Designing for Belonging: Why Student Wellness Starts with Space

    From walkable site planning to flexible interiors, intentional design choices play a critical role in how students experience comfort, connection, and community.

  • Utah Valley University Opens New Engineering Building

    Utah Valley University in Orem, Utah, recently held a grand-opening ceremony for the new Scott M. Smith Engineering Building, according to a news release. The facility is one of the largest engineering buildings in the state at almost 200,000 square feet, and it plays home to the university’s Smith College of Engineering and Technology (SCET).

  • Texas State University Completes Stadium Renovations

    Texas State University in San Marcos, Texas, recently announced that it has completed a series of additions and renovations to its football stadium, according to a news release. Formerly known as the Bobcat Stadium End Zone Complex, the Johnny and Nathali Weisman Football Performance Center is an 85,000-square-foot expansion featuring hospitality spaces, banquet spaces, exterior concourses, and upgrades to the field house.

Digital Edition