New study shows sustainable concrete can be enhanced with 1.5% coconut fibers & 30% activated fly ash, improving strength & durability. A step toward eco-friendly construction by using agricultural by-products!. Learn More: #recyclingfirst

The University of Kentucky is tackling coffee cup waste on campus! With new recycling efforts and composting coffee grounds, @universityofky is pushing for a greener, more sustainable future. Learn More: #recyclingfirst

As EV adoption grows, lithium-ion battery recycling is key to a circular economy. With tech advancements & regulatory support, recycling will recover vital materials, reduce waste, and boost sustainability for a cleaner future. Learn More: #recycling

Green concrete is a game-changer for reducing emissions in construction! Geopolymer cement and hybrid solutions are cutting carbon footprints and revolutionizing the industry. Learn More: #recyclingfirst

Stop recycling these takeout containers. polystyrene foam, greasy pizza boxes, plastic containers with food residue, and single-use condiment packets all contaminate recycling streams. Clean your recyclables and look at your local guidelines!. Learn More:

Solar panels are getting a “second life” through recycling and repurposing, ensuring sustainability even at the end of their lifespan!. Learn More: #recyclingfirst

The concrete industry is embracing eco-friendly materials like fly ash to reduce carbon emissions and meet net zero goals by 2025. A big step for sustainability in construction!. Learn More: #recyclingfirst

Northwestern scientists developed a sustainable way to recycle PET plastic using a cheap catalyst and ambient air, making the process cleaner and more energy efficient!. Learn More: #recyclingfirst

Researchers at Linköping University are developing a water-based method to recycle perovskite solar cells, reducing waste and enhancing sustainability. Learn More: #recyclingfirst

Boral is trialing concrete made from recycled sand sourced from end of life solar panels for Victoria’s North East Link project. Learn More: #recyclingfirst

Sustainable packaging in fresh produce must balance cost, performance, and environmental impact. Tailored solutions, innovation in materials, and collaboration across the industry are key to meeting both consumer demand and food safety needs. Learn More:

RT @WasteManagement: Another WM Recycling Challenge, another person gets stumped by the napkin! Make sure your napkins stay out of the recy….

Denver Water’s Gross Dam expansion uses 90,000 tons of fly ash in its concrete, reducing cement use and cutting greenhouse gas emissions. Learn More: #recyclingfirst

Solar farms generate more energy per acre, but without subsidies, they’re less profitable than corn. Government incentives make solar more viable, but mass conversion of farmland isn’t likely. Learn More: #recyclingfirst

Duke Energy and other utilities are pushing the Trump administration to roll back Biden-era rules on coal ash disposal and emissions, arguing the regulations are costly and unworkable. Learn More: #recyclingfirst

Making coffee pods recyclable is a step forward, but getting them recycled is the real challenge. Learn More: #recyclingfirst

The U.S. is boosting critical minerals recycling to reduce reliance on foreign sources for EV batteries and green tech, with government support for domestic efforts. Learn More: #recyclingfirst

Quay Quarter Tower in Sydney, Australia, utilized fly ash concrete in an innovative rebuild technique. Learn More: #recyclingfirst

Make 2025 the year to reduce waste! The average person generates 4.9 lbs of waste daily, but you can help change that. Start small with zero-waste habits, inspired by Bea Johnson’s family, who generates just one quart of waste per year. Learn More:

How to make EVs cheaper, we need to unlock the value of used batteries. Repurposing them for energy storage and improving recycling can reduce costs and boost sustainability. Learn More: #recyclingfirst