Connected Waste Receptacles Enhance Efficiency

Victor Stanley

Victor Stanley’s connected waste receptacles made pickup and monitoring easier for campus staff, cutting down on unnecessary waste collection in the process.

Smart, connected phones, watches, thermostats, and even refrigerators (to name just a few examples) no longer occupy the fringe of technology. In fact, our culture’s epic shift toward “The Internet of Things,” as it’s known, is in full swing. Victor Stanley, a leading designer and manufacturer of premium site furnishings, has introduced a new generation of connected, intelligent waste receptacles. They’re smart enough, in fact, to save an estimated 40 percent on litter and recycling collection expenses each year.

Mr. Patrick Harrity, Rutgers University’s director of Grounds & Fleet Operations, adopted the new waste management system in an effort to initiate “less time spent on trash bin dumping labor and less trash bag usage.”

Traditional waste management allows for receptacles to overfill before they are collected—an aesthetic and olfactory nuisance, for sure—while others sit empty, yet are collected anyway. Victor Stanley’s innovative approach allocates collection resources where and when they are needed. It turns out these smart receptacles save not only time, but also decrease fuel costs and carbon footprints.

Using GPS in conjunction with other sensors, the receptacles continuously monitor and transmit fill levels, while also conveying temperatures, weights, and other environmental data to a custom online platform. Monitoring of containers provides a holistic view of an area’s trash and recycling status, and improves landfill diversion.

Campuses can employ networks of connected receptacles that enable collection planning and routing that is substantially more efficient. To maintain aesthetics and prevent vandalism, Victor Stanley’s sensors are hidden within their litter receptacles or recycling stations. Mr. Harrity is pleased with the seamless integration, noting that Relay “matches all our other receptacles.” Victor Stanley Relay is available for new receptacles and as a retrofit for their side-door receptacles.

victorstanley.com/product/relay

This article originally appeared in the College Planning & Management September 2018 issue of Spaces4Learning.

Featured

  • RenewAire Releases DX Cooling Coil for Two Existing Energy Recovery Ventilators

    HVAC and indoor-air-quality solutions provider RenewAire recently launched the new HE+DX Coil, a duct-mounted system for the company’s existing HE07 and HE10 energy recovery ventilators (ERVs).

  • Georgia State University Plans Campus Transformation

    Georgia State University in Atlanta, Ga., recently received an $80-million gift that will go toward the largest campus transformation project in university history, according to a news release. The contribution from the Robert W. Woodruff Foundation will go toward a planned $107 million in campus upgrades across nine projects in downtown Atlanta.

  • UTEP Celebrates Construction Milestone for New Academic Building

    The University of Texas at El Paso in El Paso, Texas, recently held a “topping out” ceremony for its new learning complex, Texas Western Hall, according to university news. The construction milestone marks the placement of the last beam of a structure in progress.

  • Texas A&M Breaks Ground on New Space Institute

    The Texas A&M University Space Institute recently broke ground next to NASA’s Johnson Space Center in Houston, Texas, according to a news release. The Nov. 15 groundbreaking ceremony followed the Nov. 7 approval by the Texas A&M University System’s Board of Regents of $200 million for the facility’s construction.

Digital Edition