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Government CIO Outlook | Thursday, January 13, 2022
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Everyday urban operations are being managed by an increasing number of interconnected IoT devices, improving both citizen experiences and carbon footprints.
FREMONT, CA: Everything, from phones to homes to toasters, appears to be available in a "smart" version these days. Garbage cans will soon follow suit.
Ultrasonic and proximity-based sensors can alert collection trucks to overflowing bins, assess segregation levels, and advise drivers to stop or continue. Additionally, weight sensors can monitor the level of fill-in larger bins.
Fleet operators can use this data to track and reroute their vehicles in real-time. When combined with a scheduling engine, this data enables teams to create highly optimized collection plans and forecast what to expect weeks in advance.
Waste compactor-equipped bins can improve efficiency even further by holding more waste in the same amount of space and allowing collection vehicles to make fewer stops while collecting the same amount of garbage.
Technology can also assist in the delivery of this material to sorting facilities. Cameras integrated with artificial intelligence (AI) and computer vision algorithms can recognize and separate streams at a rate quicker than humans.
Additionally, these advancements can improve the quality of segregation and increase the value of recyclables by 200 to 300 percent. Finally, this technology enables businesses to increase revenue while decreasing labor costs.
The industry is currently testing versions of these AI systems that can be deployed inside garbage bins and vehicles to monitor segregation levels throughout the collection process. This data can assist operators in determining how to collect waste and where it should be disposed of. Additionally, it can provide data on waste generation in various areas of a city or neighborhood.
Intelligent Dumpster: Intelligent dumpsters enable more efficient waste collection. Simply put, these cutting-edge technologies enable waste management companies to weigh and report on the capacity of dumpsters. Garbage collectors can use this data to address pressing waste disposal issues. Drivers can also benefit from IoT solutions by learning the quickest, most efficient routes.
In essence, smart dumpsters collect data about their location, temperature, and fill level and then transmit it to waste management companies. Not only is this method systematic, but it also ensures the smooth operation of pickups. What's more, it assists you in avoiding missing or delaying your flight.
Route Optimization: The loads on disposal units vary by day, week, and season. A sensor can be attached to a dumpster to determine its fill level, which is beneficial for municipalities and waste management companies. These "smart" dumpsters could then provide real-time fill-level information to waste collectors.
Using this data, the IoT enterprise solution can determine the optimal routes for garbage collectors to take to prioritize areas needing cleanup while avoiding disposal units that remain available. This results in a more efficient pickup operation that excludes empty garbage containers, saving gasoline and staffing.
There have been no missed garbage pickups. Additionally, the information gathered from the "smart" dumpsters assists in reducing missed pickups. When the sensors detect that the garbage can is full, the authorities are automatically notified. The IoT waste management system can then schedule the next pickup for this location. This simplifies the waste management process and eliminates overflowing garbage bins.
Streamlining Data Analysis: Optimizing data has never been easier using IoT management systems. When connected, for example, smart devices can reveal the rate at which bins are emptied, the frequency with which bins are emptied, and the location of the nearest route.
This knowledge is priceless, as it enables workers and businesses to perform practical tasks more easily. Additionally, these sophisticated tools assist in detecting and correcting soft underbelly bulges. Disposal procedures are a significant flaw, but they can be mitigated through IoT technology.
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