New Jersey SDA Requiring Certification for Flooring to Protect Against Mercury

Following the discovery this spring of mercury vapors emanating from the floors of several school buildings in New Jersey, the state will begin requiring mercury-free certification for all flooring installed in schools.

The information was released by New Jersey Education Association (NJEA), announcing that the New Jersey Schools Development Authority (NJSDA) would be implementing the requirement.

According to NJEA: “The New Jersey Schools Development Authority (SDA) will be requiring a certification from manufacturers of rubberized and/or urethane floors installed on SDA projects ensuring the floor does not contain phenyl mercuric acetate (PMA) or other mercury catalysts. These floors, which continue to be identified in New Jersey schools, have been installed since the 1960s. This flooring, and items that have been in contact with it, emit harmful mercury vapor indefinitely.”

As of this writing, NJSDA has posted no information about this new requirement on its own site.

However, an addendum to a specific recent bid document did add the requirement for “written certifications from both manufacturer and installer that floor system and accessories, including without limitation resilient sheet, poured topcoat, color coat, and all catalysts and adhesives are 100% free of mercury and other heavy metals,” as well as the requirement to “coordinate with the Authority’s Construction Manager for on-site sampling and testing of materials prior to application.”

“Mercury vapor can damage the central nervous system, kidneys, lungs, skin and eyes and is especially harmful to young children and fetuses whose bodies are still developing. Studies show that children with autism have an even harder time excreting toxic metals, further increasing the health risk,” according to NJEA. “The additional certification from manufacturers is necessary as Safety Data Sheets and date of installation are not determining factors in identifying whether or not a floor contains mercury. The floors release odorless, colorless mercury vapor. The only reliable way to determine whether a floor contains mercury is to test using bulk sampling and an accredited laboratory.”

Further information can be found on NJEA’s site.

About the Author

David Nagel is the former editorial director of 1105 Media's Education Group and editor-in-chief of THE Journal, STEAM Universe, and Spaces4Learning. A 30-year publishing veteran, Nagel has led or contributed to dozens of technology, art, marketing, media, and business publications.

He can be reached at [email protected]. You can also connect with him on LinkedIn at https://www.linkedin.com/in/davidrnagel/ .


Featured

  • Malibu High School Campus Completes $102M Phase 1 of Construction

    Malibu High School in Malibu, Calif., recently announced that it has completed phase 1 of construction for its new campus, a news release reports. The first phase consisted of developing and modernizing the site of a former elementary school into a new, 70,000-square-foot, two-story facility.

  • Photo courtesy of Spiezle Architectural Group, Inc.

    West Melbourne School for Science Completes Expansion Project

    The West Melbourne School for Science, which serves students grades PreK–6 in West Melbourne, Fla., recently completed a 12,450-square-foot elementary school expansion, according to a news release.

  • woman looking at futuristic data display

    7 Technology Strategies for Future-Forward Facilities Management

    From college and university systems to K–12 districts, campus facilities and technology leaders must make strategic technology decisions that support both current needs and future possibilities.

  • Brightly Software, XOi Partner for New HVAC Data Solution

    Siemens company Brightly Software recently announced a partnership with data intelligence company XOi to integrate real-time HVAC system data into Brightly’s Asset Essentials CMMS, according to a news release. The integration will allow facilities more insight into HVAC system performance, health, and risk across their operations.

Digital Edition