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We interact with packaging every day—opening a bag of chips, twisting the cap off a soda bottle or grabbing something from the freezer aisle. But how often do we think about everything that package has to do? Probably not very often.  In this episode of Sustainably Speaking, host Mia Quinn heads to an experiential grocery store in Chicago with Anita Budiman of Mars Snacking and John Avolio of Borouge International to unpack the surprisingly complex world of packaging design.  Today’s packages have a big job. They need to protect products, preserve freshness, meet stringent food-safety requirements, perform the way consumers expect—and be designed to be recycled and incorporate recycled content.  And getting all those things right at once isn’t as simple as swapping one material for another.  What You’ll Learn   Mia, Anita and John unpack what goes into designing packaging that protects products, meets safety and performance requirements, and can work within recycling systems.  You’ll hear about:  Why recyclability starts with design. Packaging has to work not only for the product, but also within the recycling infrastructure available to process it. Why recycled content is especially complex for food packaging. Materials must meet strict food-safety and performance standards, while brands also need access to a consistent supply of suitable recycled material. How packaging is evolving. From reducing pigments to simplifying multi-layer structures, companies are exploring ways to make more packaging easier to recycle. What consumers can do. The conversation covers practical recycling tips, including keeping caps on bottles and knowing when flexible packaging belongs at a store drop-off location instead of in the curbside bin. Along the way, you’ll also find out why a soda bottle is more sophisticated than it looks—and why some pets can make recycled-content packaging especially tricky. The takeaway: everyday packaging involves a surprising amount of engineering, innovation and collaboration.   Press play for a look at what’s happening behind the package.

What happens at Red Rocks after the encore ends, the lights come up and thousands of concertgoers head home? The real show is just getting started. In this episode of Sustainably Speaking, host Mia Quinn goes behind the scenes at Colorado’s iconic Red Rocks Amphitheatre with Katie Zarachowicz, Sustainability Administrator for Denver Arts & Venues, to see how one of the country’s best-known concert venues tackles recycling, composting and waste after every show. Red Rocks consistently diverts more than half of its waste from landfill through recycling and composting. A big reason why? Instead of relying entirely on concertgoers to put everything in the right bin, Red Rocks takes sorting backstage. After events, crews separate materials overnight—sometimes working until sunrise. What You’ll Learn Mia and Katie explore what it really takes to make recycling work at a busy entertainment venue, including: Why back-of-house sorting can make such a difference. How smarter concessions and production decisions before an event can prevent waste later. Why recycling education still matters—even when someone else does the sorting. How recycling policy could affect venues like Red Rocks. Katie discusses Colorado’s emerging extended producer responsibility (EPR) program and the potential to grow markets for materials that are harder to recycle today. Why Red Rocks thinks zero waste may eventually be within reach.  And because this is Red Rocks, there are a few things you probably won’t hear in your average recycling conversation—like how to design recycling bins around bears, mountain lions and raccoons, which fans create the most waste, and why Katie’s dream concert might be a little heavier than you’d expect. Press play for a backstage look at how practical decisions, creative problem-solving and a lot of late-night sorting can help keep valuable materials in circulation long after the music stops.

Step inside the beauty industry's sustainability journey and discover how salons, brands and consumers are working together to keep more materials in use and out of landfills. What happens to your shampoo bottle after it's empty? Or the foils, applicators and other materials from your trip to the salon? In this episode of Sustainably Speaking, host Mia Quinn travels to SalonCentric in Chicago to meet with Ben Thompson—a chemical engineer and sustainability leader—to explore how the beauty industry is rethinking packaging, recycling and waste. The beauty industry generates significant amounts of waste every day, and Ben shares how they’re working to change that. From SalonCentric's partnership with Green Circle to smarter packaging design, brands, salons and recyclers are working together to recover more materials and build a more circular system. You'll hear how SalonCentric's recycling program helps salons recycle up to 95% of their waste. It’s expanding to stores nationwide and has already diverted more than 550,000 pounds of material from landfill in 2025, during the initiative’s early stages. Along the way, Ben explains why simpler packaging design can make recycling easier, how refill systems are reducing waste, and why creating a more sustainable future sometimes starts with something as simple as taking a few extra seconds to recycle an empty bottle. It's an inspiring conversation about innovation, collaboration and choices that can make a big difference.

Most of us toss a plastic bottle into the recycling bin without thinking twice. But where does it actually go? Does recycling really work? And what happens after the truck drives away? On this episode of Sustainably Speaking, Mia Quinn sits down with Laura Stewart, executive director of NAPCOR, to discuss the recycling system most people never see. From high-tech sorting systems powered by AI to the surprisingly important role of bottle caps and labels, Laura walks through how plastic bottles move through the recycling stream and why designing products to be more easily recycled matters more than ever. The conversation also tackles some of the biggest misconceptions about recycling, why access to curbside collection still varies across the country, and what it will take to build a more circular system that keeps a lot more valuable materials in use. In this episode: What actually happens after recyclables leave your curbside bin  Why some communities recycle far more effectively than others  How AI is helping modernize recycling facilities  How recycled materials are finding new life in packaging, clothing, automotive applications and more  What U.S. recycling could look like in the next 10–15 years  Laura shares what it’s really like inside a modern recycling facility, where advanced sorting systems can identify and separate materials in seconds to be recycled into everything from new bottles to carpeting and apparel. And Laura responds to claims that “recycling doesn’t work,” explaining why seeing the process firsthand tells a very different story. Plus: Wisconsin travel recommendations, favorite streaming shows and outdoor adventures in a favorite state.

From startups to hands-on STEM education, Akron is emerging as a model for how cities can grow jobs, strengthen recycling systems, and build a circular economy for plastics. In this conversation, Mayor Malik shares how Akron is leveraging its roots in rubber and plastics to drive innovation—investing in pilots that help startups scale, strengthening ties between universities and industry, and creating pathways into manufacturing careers at every level. You’ll also hear how Akron is tackling real-world recycling challenges—reducing contamination, expanding access, and improving systems over time—while working toward a more circular economy for plastics. The episode also highlights how the city is investing in its people, from introducing students to plastics and polymers through creative STEM education to building a culture of innovation that supports the next generation of talent.

What does a career in STEM—science, technology, engineering and math—really look like today? It might mean managing thousands of employees at a federal agency, protecting breakthrough inventions through patents, or helping redesign the materials that power modern life. The common thread isn’t a straight line. It’s curiosity, adaptability and the willingness to say yes to new opportunities.   Host Mia Quinn sits down with Vaishali Udupa, Chief IP Counsel at Verizon and former Commissioner for Patents at the U.S. Patent and Trademark Office, and Jennifer Ronk, a plastics and sustainability expert at Dow, to explore how the next generation can build meaningful careers in science, technology, and sustainability.    Together, they talk candidly about mentorship, overcoming challenges, embracing leadership, and why you don’t need your entire future mapped out at 18. Along the way, they share candid stories about mentorship, leadership and resilience—and explain why curiosity and problem-solving are at the heart of every STEM career.   You’ll also hear how patents and intellectual property fuel innovation and how emerging technologies like artificial intelligence (AI) are reshaping careers across science, engineering and manufacturing.

What if we could recycle just half of the plastic currently going to landfills? The answer: 173,000 new jobs, nearly $50 billion in economic output, and a stronger American manufacturing base. In this episode of Sustainably Speaking, host Mia Quinn welcomes back Ross Eisenberg, president of America’s Plastic Makers, for a wide-ranging conversation on why recycling is no longer just an environmental issue—it’s an economic and manufacturing opportunity hiding in plain sight. Ross highlights what’s actually working in recycling today, from large-scale facilities turning plastic  into new products to advanced technologies that can recover materials once thought to be unrecyclable. He explains why the idea that “recycling doesn’t work” is one of the biggest myths holding back progress. The conversation also tackles the policy choices shaping the future of recycling, including: Why flexible, technology-neutral policies matter more than one-size-fits-all mandatesHow mass balance works (and why it’s similar to Fair Trade coffee)What states are getting right—and wrong—on Extended Producer ResponsibilityWhy a federal definition of advanced recycling as manufacturing could unlock investment nationwideLooking ahead, Ross shares what success could look like, from scaling U.S. recycling infrastructure to reaching a global plastics agreement that expands access to waste management for billions of people worldwide. And yes, there’s some fun along the way…from K-pop playlists to shark diving and guilty-pleasure reality TV.

Biodegradable water-soluble films. Recycling that reuses molecules over and over. AI that can develop more sustainable polymers. In this conversation, Sustainably Speaking host Mia Quinn sits down with Anne Kolton, Chief Sustainability Officer at SK Capital Partners, to explore the next wave of innovation in manufacturing and materials. Anne shares how her team invests in companies developing breakthrough products, how U.S. manufacturing can launch smarter, more efficient processes, and why engineering and AI will transform the materials we all use every day.

What if your car was easier to recycle? Hyundai’s Amanda Nummy is helping make it happen.  In Episode 52 of Sustainably Speaking, we explore how biomimicry, recycled plastics, and smart design choices are helping the auto industry tackle its waste footprint — and what that means for the next generation of our cars and trucks. In this episode, you’ll hear:          •           How Hyundai’s goal is to use 20% recycled plastics by weight in vehicles by 2030          •           Why designing for disassembly is key to making cars easier to recycle          •           What we can learn from beetles and tree bark about sustainable design          •           How advanced recycling could reshape the auto supply chain

Greenwood Cemetery is the final resting place of over 50,000 African Americans whose legacies stretch back generations. But for years, erosion and neglect made the site nearly impossible to access. That changed when a group of volunteers decided not to let history disappear. In this episode of Sustainably Speaking, we visit with the Greenwood community about how they worked with engineers, nonprofits, and recycled materials to reopen the cemetery's main road and preserve the stories buried there. In this episode, you'll hear: ● How recycled materials and permeable pavers were used to restore the cemetery for years to come ● Why Engineers Without Borders, the ACC and the community came together to support the project ● What the restoration has meant for families across the country ● How Greenwood is now inspiring similar restoration efforts nationwide

Recorded live at SXSW, this episode brings together leaders from Van Dyk Recycling Solutions, Dow, and Greyparrot to explore how AI is reshaping the recycling system. From real-time data and material tracking to smarter packaging design and policy reform, it's a conversation about what's working, what's broken—and what could finally close the loop. In this episode you’ll hear: How AI helps sort waste faster, better—and more accurately than humansWhat the data tells us about redesigning packaging for recycling and remanufacturingWhy transparency tools like QR codes matter for consumersHow companies test products for recyclability before they hit the market

In the second installment our SXSW conversation with Rey Banatao and Peter Chauvel from Google X, we explore what it looks like to build ambitious ideas from the ground up. This episode dives into early ‘Moonshot’ experiments with textile recycling, the role biology could play in the future of materials, and how big ideas move from the whiteboard to the real world. We also go behind the scenes of Moonshot Madness — a company-wide tradition at X to identify big ideas that could change everything. In this episode, you’ll hear: How clothing could be transformed into new, reusable materialsHow bioplastics and synthetic biology could shape the next era of manufacturingHow teams at Google’s X, the Moonshot Factory test ideas— and learn as they goWhat Moonshot Madness is, and how it fuels a culture of experimentationHow Rey and Peter’s experiences have influenced their approach to sustainability and innovationThis episode encourages you to imagine what a circular future could look like across industries — from plastics to fashion and beyond.

What if the future of recycling isn't just about managing 'waste'—but unlocking its value? At Google's X, the Moonshot Factory, turning moonshots into reality means rethinking the impossible. And in this episode, you'll hear how that vision could help build a smarter, more circular world—one molecule, algorithm, and bold idea at a time.   Recorded live at SXSW, this episode features Rey Banatao and Peter Chauvel - two of the brightest minds of Google's X, the Moonshot Factory. They're leading a bold effort to change how the world uses and reuses materials, starting with plastics. With help from AI, robotics, and new molecular data, their team is reimagining how recycling works and how we can build better systems to keep materials in use and out of the landfill. In this episode we dive into:   How advanced recycling is opening the door to reuse materials once destined for the binWhy the moonshot factory believes plastics can be recycled and remanufactured—without extracting more petroleumThe role of AI, machine learning and better data are building smarter recycling infrastructureHow better data is transforming the economics of recyclingWhat it takes to try bold ideas from inside one of the world's most audacious incubatorsWhat happens when you treat waste as a resource

Live from SXSW in Austin, Mia sits down with Rich James of Dow and Gina Oliver of the American Chemistry Council to talk all things automotive recycling. They break down how new plastics are making vehicles safer, lighter, and more efficient—and discuss breakthroughs that are keeping valuable materials out of landfills. This episode explores the path to sustainable automotives and why America has a real opportunity to lead the way.