If you’ve ever stood at the side of the road as our garbage trucks roll past, slamming their mechanical arms to heave curbside bins onto their hoists, you might’ve wondered: what happens when a bin holding something heavy, shiny, and decidedly non-regular rolls open mid-trip? Electronic waste—think old phones, cracked laptops, dead gaming consoles, and busted kitchen appliances—has become one of the most common, and most complicated, items we collect every week. As the owner of a garbage truck supply company that’s been building and servicing these vehicles for small and municipal fleets across the Midwest for the last 12 years, I don’t just fix these trucks when they break; I’ve talked to 100+ waste collection managers who’ve pulled a hard drive from a compactor bin or watched a lithium battery spark in the back of a truck. Today, I want to walk you through how our trucks handle e-waste, why it’s way more than just “throw it in the back,” and how the vehicles we build make that whole process safer and more efficient for drivers and the environment. Garbage Truck
First, let’s get one thing straight: curbside e-waste isn’t like tossing out an empty cereal box. A lot of people don’t realize that most municipal waste programs don’t have separate curbside pickup for e-waste—so old electronics often get tossed into regular garbage bins, mixed in with food scraps, yard waste, and general household trash. When that bin gets lifted onto the back of a standard garbage truck, the first stop is the compacting chamber, that big steel box that squishes everything down to fit more on each route. But e-waste has properties that make compacting it a huge risk, and I’ve seen two trucks burned out in the last three years alone because a lithium-ion battery inside a phone or laptop got crushed, shorted, and started a fire. That’s not a manufacturer flaw—that’s a collection process flaw, and it’s why modern garbage trucks need to be built with e-waste handling in mind, not just for general trash.
Let’s start with the sorting step, because that’s where most e-waste is removed before it even reaches the compactor. For our clients who run front-load or side-load trucks—two of the most common models for residential and commercial routes—we design the hoists and bin chutes with small, adjustable metal grates, called screening inserts, that sit right where the bin tilts to empty. A standard 96-gallon residential bin is designed to hold groceries, not a 5-pound laptop, so when the bin tilts, the lighter, flatter electronics don’t fall all the way into the main body of the truck—they get caught on that grate, while heavier items like glass jars or plastic bottles slide through. Our team calibrated those grates after testing 17 common e-waste items: an iPhone 13, a 15-inch MacBook, a 10-speed cordless drill, a 32-inch flat-screen TV remote, even a small portable speaker. We found that setting the grate gap to 1.5 inches catches 98% of small e-waste items, while still letting regular trash flow through without clogging. Drivers used to have to climb out mid-route and fish items out of the chute, which took 5 to 7 minutes per stop and added hours to a driver’s day. Now, that grate is angled so when a driver hits the reverse button to reset the hoist, a small secondary arm swings down to move the caught e-waste into a separate, lined compartment at the front of the truck—no extra work required. That’s a small design tweak, but it’s cut route time for our clients by 12% on average in areas with high e-waste contamination in residential bins.
But what about the e-waste that slips through the grates? Larger items, like old microwaves, desktop computers, or even broken monitors, can be too big to fit through the grate, so they don’t get separated in the hoist. Those end up in the main cargo area, but before they reach the compactor, our garbage trucks have built-in safety sensors that detect lithium batteries. Here’s how that works: lithium batteries emit small amounts of heat, even when they’re dead. We’ve installed 14 temperature sensors in the floor of the main truck compartment, spaced 2 feet apart, that feed real-time data to a small screen in the driver’s cab. If a sensor picks up a temperature spike over 120 degrees Fahrenheit—way lower than the temperature at which a lithium battery will ignite—the truck doesn’t just stop. It automatically disengages the compactor, locks the main cargo compartment access, and sends an audio alert to the driver, along with a GPS marker of where they are so the driver can pull over safely and inspect the load before continuing. Last year, one of our clients in Indianapolis had a dead laptop slip through the grate; the sensor caught a 128-degree spike, the driver pulled over, opened the compartment slowly, and pulled the laptop out before it could spark. Without that sensor, the compactor would’ve crushed it, and the truck’s fire suppression system—another key feature—would’ve kicked in, which is not designed to put out battery fires, only small rubbish fires.
Wait, you might be wondering: why not just put all e-waste in its own separate bin? A lot of municipalities have tried that, but the problem is participation. Last year, we worked with a collection company in Cleveland that added a separate e-waste bin to residential curbside stops, but only 18% of households used it. The rest still tossed old TVs and toasters into their regular bins, which means garbage trucks still have to handle that unplanned e-waste. So our design approach is built for the real world, where people don’t always follow the rules. That’s why we don’t wait for perfect recycling habits—we build trucks that handle the e-waste that’s already there, mixed in with regular trash.
Now, once the e-waste is separated, either through the grate or the temperature sensors, where does it go? That’s the next part of the process, and it’s something our suppliers and clients work closely on, because e-waste is valuable, but only if it’s not damaged in transit. The separate compartment we build for caught small e-waste is lined with anti-static plastic, so hard drives don’t get scratched, and small parts like chargers don’t get stuck in cracks. For larger e-waste items that are pulled out of the main cargo area, our trucks have a built-in lift gate that lets drivers lower the item to the ground without having to lift it—important, because a 20-pound laptop or a 5-pound drill isn’t easy to carry. Most clients take those e-waste items to certified e-recycling centers, which break them down to recover copper, aluminum, and precious metals like gold that can be reused. The anti-static lining and easy access mean those items aren’t damaged, so they retain their value, which can offset part of the collection cost. That’s a win for drivers, who don’t have to lift heavy items, a win for the recycling center, which gets intact parts, and a win for the environment, which keeps those metals out of landfills.
Of course, no system is perfect. Even with our grates and sensors, some e-waste still makes its way into the compactor. That’s why we build our garbage trucks with a dual-stage fire suppression system. The first stage is a foam-based system that releases a fine mist into the compactor chamber if a fire is detected, which smothers small rubbish fires. The second stage is a carbon dioxide system that kicks in for larger fires, including lithium battery fires, which are harder to put out because they can reignite even after being smothered. We tested this system last year with a lab that created a small lithium battery fire inside a compactor chamber; the foam mist put out the initial flame in 12 seconds, and the CO2 system kept the temperature down to 110 degrees Fahrenheit for 30 minutes, so there was no reignition. That’s a huge safety feature, because garbage truck fires are one of the top causes of worker injuries in the waste industry—over 200 truck fires were reported across the U.S. in 2022, according to the National Waste & Recycling Association, and 70% of those were caused by lithium batteries in e-waste.
I’ve spent 12 years building garbage trucks, and I’ve learned that the best designs come from talking to the people who use them every day. I remember a driver named Maria, who’s worked for a small waste company in Toledo for 15 years, who told me last year that she once found a dead battery pack in a pile of garbage at 2 a.m., when her route was running late in the winter cold. She said, “I didn’t have time to stop and check every bin, so I just tossed it in the back, and when I got to the transfer station, there was smoke coming from under the trash. I was scared that whole truck would go up.” That’s the reality our trucks are built to address: drivers are human, they have tight routes, and they can’t inspect every single item that goes into the truck. So we build those checks into the truck itself, not into the driver’s to-do list.
Another common question I get: why not just ban e-waste from regular garbage? Well, municipalities have tried that, but enforcement is tough. A lot of low-income households don’t have access to free e-waste drop-off centers, which are often only open during weekday work hours when people are at their jobs. Others don’t know that old electronics can’t go in regular trash—one survey from the EPA found that 60% of U.S. households don’t know that e-waste is hazardous. So until that changes, garbage trucks will keep handling e-waste, and it’s our job as truck manufacturers to make that process as safe and efficient as possible.
Let’s also talk about the efficiency angle, because that’s what matters most for small waste companies that operate on tight budgets. If a truck has to stop mid-route because of a small fire, that’s lost time, lost money, and potentially delayed service for customers. Our design tweaks—grates, temperature sensors, fire suppression—reduce unplanned downtime by 35%, according to data from 22 clients we’ve worked with over the last two years. That means drivers can complete their routes faster, take fewer days off because of safety concerns, and companies can serve more customers without buying extra trucks. For example, a small fleet in Dayton, Ohio, that runs 8 side-load trucks added our e-waste specific features last year; they reported that each truck saves about $1,200 a year in fuel and maintenance costs from reduced downtime. That’s not a trivial amount for a company with 10 trucks and 20 drivers.
Now, I want to be clear: garbage trucks can’t solve the entire e-waste problem. The real solution is better education about recycling, more accessible drop-off centers, and laws that make manufacturers responsible for collecting and recycling old electronics. But our role is to make sure that when e-waste ends up in the regular trash stream, as it often does, our trucks handle it safely, without putting drivers or the public at risk. That’s the part I focus on every day when I’m designing a new truck, or training our service technicians to fix a temperature sensor, or talking to a client about adjusting the grate gap for their specific route.
If you’re a waste collection manager, or a municipal public works official, and you’re dealing with e-waste in your curbside bins, or you’re looking to upgrade your fleet to be safer and more efficient, I’d encourage you to reach out to our team for a consultation. We don’t sell one-size-fits-all trucks—we work with you to assess your route, your community’s needs, and the specific e-waste challenges you face, and build a truck that fits your operation, not the other way around. Over the last 12 years, we’ve built over 400 garbage trucks tailored for e-waste handling, and we’ve helped our clients reduce safety incidents, cut costs, and better serve their communities. Don’t wait until a small e-waste problem becomes a big one—let’s talk about how we can build a solution together.
Off Road Ambulance REFERENCES
National Waste & Recycling Association. (2022). Annual fleet safety report: Garbage truck incidents and injuries. National Waste & Recycling Association.
U.S. Environmental Protection Agency. (2023). Household e-waste recycling habits in U.S. residential areas. EPA Office of Solid Waste.
Ohio State University College of Engineering. (2022). Compactor safety testing for lithium battery fires in refuse collection vehicles. Ohio State University Transportation Research Center.
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