Technology at the consumer level, such as sensor-enabled smart bins and mobile apps, is improving plastic recycling collection rates by enhancing consumer engagement. By providing data, consumers are not only being educated about their plastic waste tendencies, but the data also optimizes the entire waste and recycling management process.
Bob Render is the president and chief executive officer of Lakeside 360 Partners, a sustainability and recycling consulting firm that develops circular strategies and programs for companies to reduce their carbon impact. Render was the chair of the Plastics Industry Association Recycling Committee and is a former national board member. He is a member of the Society of Plastics Engineers and a Senior Sustainability Advisor for Ravinia Capital.
Render pointed out that we now live in an app-driven world, which is firmly embedded with consumers in their homes. The Ring camera has revolutionized home security along with Bluetooth-enabled locks for doors to better control access.
“There are apps to monitor and control appliances, HVAC and even making your morning coffee. Why would managing waste and plastic recycling not be impacted? We have seen chip-enabled curbside recycling and waste bins to monitor material volumes, which have provided opportunities to gamify recycling and waste diversion,” Render said. “In the home, we have moved past the trash compactor to more specialized devices to enable recycling and collection of organics.” For example, some advanced smart bins use AI and compute vision to identify the material a consumer holds in front of a camera, then lights up the correct compartment for disposal. This guidance can tell the consumer if a particular plastic item can be recycled and can eliminate contamination issues. These smart bins are helping consumers sort their plastic waste correctly, which can have significant impacts on the entire recycling process.
Consumers are also embracing technologies and products despite limits on space in their homes. As these technologies are more widely accepted, home designers will adopt them and incorporate them into the kitchen and multi-use spaces where they are easy and convenient to use.
“Think of the size of microwaves 20 years ago and the counter space they occupied. Today they are often under the counter or part of the cabinet designs and do not consume valuable space. In organics and plastics recycling, the sample principle applies as I now have a pull-out drawer for trash and recyclables,” Render said.
Of course, mobile apps and interactive displays on smart bins offer intelligent interactions and information on proper recycling methods, as well as local guidelines for their community recycling initiatives.
Enabling streamlined efforts
Render further pointed out that most people think recycling fails because individuals don’t sort well enough. In reality, the biggest problem is that the material reaches recycling facilities in a form they simply can’t handle.
“Lightweight plastics – bags, wrappers, film – arrive loose, contaminated and mixed with everything else. Consumer-level technology can fix that. If we prepare plastics better at home, the entire system downstream becomes more efficient,” Render said.
Render said that although smart bins and apps are great, their real value isn’t in counting trash – it’s in changing the condition of the trash. Advanced collection bins use AI-enabled cameras and optical sensors to identify non-recyclable materials the moment they are disposed of. This real-time feedback educates consumers immediately, helping reduce contamination rates at the source.
“When plastic is dense, clean and consistent, recycling facilities can actually process it. When it’s loose and contaminated, it becomes waste. The goal isn’t more data. The goal is a better material stream,” Render said. “Soft plastics are 80 to 90 percent air. We’ve spent decades hauling air around the country. It’s expensive, inefficient and environmentally counterproductive.
Any consumer technology that reduces volume or prevents loose plastic from escaping makes an immediate system-wide improvement – fewer truckloads, fewer jams at sorting facilities and fewer plastics blowing into the environment.”
Render added that a big reason people don’t participate in recycling is that they don’t believe their effort makes a difference. Many assume their plastics end up in a landfill anyway. “Contamination is the silent killer of recycling,” he said. “A little food residue, a wrong plastic type, too many lightweight pieces – and an entire batch becomes unusable. Technology at the consumer level should focus on reducing contamination before the material reaches the system. That single step can have more impact than any sorting machine.”
Consumer-level technology that gives people real feedback – what was collected, where it goes, how it’s used – can rebuild trust,” Render said. “Once people see results, participation rises. Recycling is as much behavioral as it is technical.”
People also don’t realize how much recyclers rely on predictability. As Render explained, when materials arrive in consistent shapes and densities, planning on the part of the recycling industry becomes easier – from transportation to processing.
“Uniformity is just as valuable as volume. It reduces labor, reduces cost and raises the real recycling rate,” Render said.
Lainika Johnson, founder and chief executive officer of TrashLogic, is transforming one of the world’s oldest industries through data, workforce innovation, and sustainable design. With nearly two decades of experience – including her launch at Republic Services and a rise to senior leadership in California’s waste sector – she’s now scaling a disruptive model that has onboarded nearly 200 multifamily communities in under a year. Her approach connects community, technology and policy, bridging the gap between sustainability goals and actionable business results.
“New smart technology has allowed the recycling industry to track what is actually happening on the ground in real time. This is important because the industry is traditionally reactive. Using smart bin technology like Binsight360 and apps like Tattle allows us to better anticipate the behavior and needs of the communities we serve,” Johnson said. “This leads to less overflowing bins, missed pick-ups and enables better education.”
In Johnson’s experience, consumers are excited to have the opportunity to participate in positive change. She said the average person doesn’t feel that they have any say in how their waste is managed.
“If the property they live on has overflowing bins, contamination or illegal dumping, they just accept it. We have noticed that with Tattle specifically, people feel empowered and are embracing the app,” Johnson said.
That’s where sensors, cameras and weights come in. This information is sent to a dashboard to let recycling companies and other waste entities know how full bins are, when the last pick up was and how much plastic recycling, for example, is being produced.
“The industry can only benefit from more data. If used correctly, this will lead to more efficient routing and cost savings,” Johnson said. “Instead of relying on fines to affect behavior change, the focus will shift to clarity and feedback. When we can predict problems before they happen, we are automatically in a better position to respond to and educate our customers. The goal is to make the right thing the easy thing. We are on our way.”
Render believes that the future of plastic recycling and consumer technology won’t come from building bigger facilities. It will come from smarter preparation where waste is generated – in homes, small businesses, and communities.
“When materials arrive pre-processed, local recyclers can handle them more efficiently and communities can keep more of their waste out of landfills,” Render said. “People want to do the right thing, but they’re overwhelmed. If technology makes recycling cleaner, easier and part of an everyday habit, participation will grow naturally. Sustainability works best when it doesn’t feel like extra work.”
Published February 2026