Smart Trash, Smart Campus

What better place to implement smart waste management than a school? Cities and education facilities across the U.S. are enjoying the many benefits of intelligent litter and recycling receptacles.

Individuals charged with waste control are now able to employ a network of connected receptacles and software that enables collection, planning and routing that is substantially more efficient. Smart enough, in fact, to save an estimated 20 to 40 percent on litter and recycling collection expenses. Knowing that a large university can easily generate 9 million pounds of waste in a year, the savings potential is hard to ignore.

Traditional static systems allow for litter receptacles to overfill before they are collected — an aesthetic and olfactory nuisance, for sure — while others that sit empty are collected anyway. Smart litter receptacles provide a new approach, allowing you to allocate resources only where and when they are needed, not only saving time, but also decreasing fuel costs, carbon footprints and unsightly waste overflows.

Using GPS and other sensors, smart receptacles can monitor and transmit fill level, temperature, weight, location and more to cloud-based portals. And they work with any type of waste (general trash, mixed recyclables, paper, glass, metals, etc.) Monitoring containers provides a holistic view of an area’s trash and recycling status while improving landfill diversion rates.

To maintain aesthetics, some sensors can be hidden within a litter receptacle or recycling station, which provides the added benefit of preventing tampering. Along with smart design, factors such as durability are important to consider in choosing a smart waste management system. Sensors should also be built to remain reliable and accurate even in harsh environmental conditions to meet the challenges receptacles face in high-use environments such as a campus.

Learn what smart waste management can do for your bottom line.

This article originally appeared in the issue of .

About the Author

Emma Skalka is vice president of Sales and Marketing at Victor Stanley in Dunkirk, MD.

Featured

  • Harvard Announces Replacement Facility for Native American Program

    Harvard University in Cambridge, Mass., recently announced that construction will begin this spring on a new home for its Native American Program, according to university news. The 6,500-square-foot, all-electric building will stand three stories and serve as the central hub for the Harvard University Native American Program (HUNAP).

  • Houston K–12 District Opens New Elementary School

    The Lamar Consolidated Independent School District (Lamar CISD) recently announced the completion of a new elementary school in a western suburb of Houston, Texas, according to a news release. Haygood Elementary School measures in at 110,000 square feet, has the capacity for 854 students, and is the first of three new schools scheduled to be built in the Cross Creek West community.

  • California K–12 District Finishes Renovations on Multi-Sport Stadium

    The Alameda Unified School District (AUSD) in Alameda, Calif., recently announced the completion of a renovation project on the Encinal Jr. & Sr. High School stadium, according to a news release. The district partnered with Quattrocchi Kwok Architects (QKA) and Bothman Construction on the facility, and funding came from Bond Measure B.

  • New City School

    Turning Crisis into Opportunity: Transforming New City School

    When New City School in St. Louis suffered catastrophic flood damage in July 2022, the event could have marked a serious setback for the 100-year-old institution. Instead, it became a forward-looking opportunity.