JPiller Packaging’s Post

Weekly Friday Personal Post: The aerosol recycling white paper was published yesterday! My organization, Can Manufacturers Institute (CMI), and the Household & Commercial Products Association (HCPA), published the paper. It provides the basics around aerosol can recycling, the results of the initial work of the Aerosol Recycling Initiative (Initiative), and the activities CMI and HCPA plan to undertake to make progress toward the Initiative's 2030 goals. CMI and HCPA launched the Aerosol Recycling Initiative in May 2022. The Initiative has two 2030 goals: --Reach at least an 85 percent recycling access rate for aerosol cans in the U.S. market --Label at least 90 percent of aerosol cans as recyclable with messaging about how to properly recycle these products The purposes of the Initiative are to help clarify misunderstandings around aerosol can recycling and to enhance the aerosol can’s recycling story through making progress toward the two 2030 goals. Recycling aerosol cans is important. There are 4 billion aerosol containers, made from almost 300,000 tons of steel or aluminum, sold in the United States each year. Modeling conducted under this Initiative found that a 50 percent recycling rate of aerosol cans would deliver the energy use of nearly 48,000 U.S. homes per year. Drilling down to a single aerosol can, recycling it saves enough energy to charge 13 smartphones. Unfortunately, there are misconceptions around aerosol can recycling. A U.S. consumer survey also conducted as part of the Initiative's foundational work found, among other things, that only 44% of people think that an aerosol can is recyclable and 27% of people buy aerosol cans and have access to a recycling program that accepts aerosol cans but "never" recycles them. The white paper details how this Initiative will work to overcome these misconceptions and make progress toward the 2030 goals. Currently, aerosol cans have just above a 60% access rate (percent of people that have access to a recycling program that accepts aerosols). While this will be difficult to increase, the good news is that aerosol cans can be sorted effectively with typical equipment at material recovery facilities (magnet for steel and eddy currents for aluminum). The baseline on the labeling goal is 29%. It's an even steeper gap to fill, but the aerosol industry has control over what is on the label. I hope you'll read the report, empty and then recycle your aerosol cans, and collaborate with us to make progress on this Initiative's two important 2030 goals! See the link in the comments to the Initiative's website where you can read the white paper and download/use all the graphics within it. #aerosol #recycling #sustainability

Unilin’s IP Division Partners With DIEFFENBACHER to Roll out the Fiberboard Recycling Technology Osiris DIEFFENBACHER and Unilin Technologies, the intellectual property division of Unilin, are pleased to announce a cooperation agreement to further commercialize “Osiris,” Unilin’s patented fiberboard recycling technology. This partnership strengthens the commitment of both companies to drive sustainability in the flooring and panel industries by enabling the full recycling of wood fiberboards such as MDF, HDF, THDF and wood fiber insulation boards, including post-consumer material. Under this agreement, DIEFFENBACHER will be the preferred partner for offering Osiris machine and equipment technology into fiberboard production processes globally. The Osiris technology, which utilizes a steam explosion process to recover high-quality recycled fibers from waste fiberboard, has been successfully validated through the Osiris 1.0 pilot installation at Unilin’s Bazeilles plant, operational since 2022. The technology not only plays a crucial role in advancing a circular economy within the industry but, very importantly, it also offers a cost-effective solution for wood fiber supply with an impressive return on investment business case. “Our partnership with an industry leader like DIEFFENBACHER marks a critical step in the rollout of the Osiris technology across the fiberboard industry,” said Bart Van der Stockt, President of Unilin Technologies. “Sustainability is a key differentiator in our sector, and by partnering with DIEFFENBACHER, we are able to extend the positive environmental impact through the entire industry. Moreover, the Osiris technology provides not only environmental benefits but also a substantial reduction in the production costs of new fiberboard. We are confident that, together with DIEFFENBACHER, we can deliver the solutions that producers need to seamlessly integrate this groundbreaking technology into their existing production processes.” Jean-Christophe Zimmermann, Head of Sales of DIEFFENBACHER’s Recycling Business Unit, commented on the partnership, stating, “We are thrilled to announce this cooperation with Unilin Technologies, the industry innovator. As the importance of fiberboard recycling continues to grow, our ability to offer technical equipment aligned with the Osiris technology will be a significant step forward in transforming the fiberboard industry and advancing towards a more sustainable future.” The partnership between DIEFFENBACHER and Unilin Technologies represents a shared vision of innovation and sustainability, with both companies committed to driving transformative change in the fiberboard industry. By combining their expertise, both companies aim to make a significant contribution to the circular economy and set new standards for sustainable fiberboard production worldwide. https://lnkd.in/epmJunbk

🌐 Embracing Sustainable Innovation in E-Waste Recycling! 🌿✨ Advanced sorting technologies, eco-friendly dismantling processes, and closed-loop systems are key to reducing our environmental impact. Let's raise awareness, foster industry collaboration, and prioritize responsible practices to create a greener, circular future for electronic waste management. 💻🔄 #SustainableTech #EWasteRecycling #InnovationForChange

🌐 Embracing Sustainable Innovation in E-Waste Recycling! 🌿✨ Advanced sorting technologies, eco-friendly dismantling processes, and closed-loop systems are key to reducing our environmental impact. Let's raise awareness, foster industry collaboration, and prioritize responsible practices to create a greener, circular future for electronic waste management. 💻🔄 #SustainableTech #EWasteRecycling #InnovationForChange

Our High-Barrier Mono-Material Solutions Receive INTERZERO Certification We are thrilled to announce that our Monoflex structures, high-barrier mono-material solutions, have recently received the prestigious “Interzero Made for Recycling” certification. This recognition is an important confirmation of our ongoing commitment to sustainability and environmental protection.   The “Made for Recycling” certification is awarded by Interzero, an internationally leading organization specializing in the assessment and promotion of material recyclability. This certification attests that our mono-material products meet rigorous recyclability standards, thus helping to reduce environmental impact and promote a circular economy.   In fact, the certification evaluates various aspects of the materials, including ease of separation, material purity, and compatibility with existing recycling processes. To obtain this certification, our mono-material products have undergone rigorous testing to demonstrate their effective recyclability and ability to be reintegrated into production cycles without loss of quality.   Since our founding, PAPERS has placed sustainability at the core of our operations. We have invested in research and development to continually improve our production processes and materials, ensuring that our products not only meet but exceed expectations in terms of performance and sustainability.   For our customers, this certification represents a guarantee of quality and environmental responsibility. By purchasing our mono-material products, they not only receive high-quality items but also contribute to a more sustainable future. The ability to effectively recycle our products at the end of their lifecycle significantly reduces waste and promotes eco-friendly practices.   By choosing our structures for your packaging, you can benefit from the “Made for Recycling” quality seal and affix it to your packaging: an important added value for the end consumer!   Which structures have received this important recognition? MONOFLEX M1: high-barrier EVOH solution (OTR <0.3 – WVTR <7.5) PE-based mono-material, consisting of two layers, available in transparent or white. MONOFLEX M2: metallized high-barrier EVOH packaging (OTR <0.1 – WVTR <3) PP-based. MONOFLEX M3: three-layer PE-based mono-material metallized structure with high-barrier EVOH (OTR <0.1 – WVTR <0.5). With MONOFLEX M2 & M3, it is possible to provide packaging that ensures high protection against water, oxygen, and light, without the need for an aluminum layer.   Clearly, this certification is just the beginning!   Stay tuned for further updates on our sustainable initiatives and new products that we will be launching in the near future. PAPERS: Your Partner in Flexible Packaging Excellence #Packaging #FlexiblePackaging #FoodGrade #Sustainable #Monomaterials #Paper #Films #Plastic #Papers #CustomPackaging #EcoFriendly #Doypack #Pouches #PackagingSolutions 🌱🌿✨

Access the Full Report spread across 165 pages at an offer price of just USD 3,950. Book your Copy now https://lnkd.in/ds_WGvW6 Tire Recycling in 2029: Which Technologies Will Lead the Way? Having worked closely with the Chemicals & Advanced Materials industry, I’ve witnessed firsthand the massive shifts in how we think about sustainability. One area that's always fascinated me is tire recycling—an industry that’s set to transform completely by 2029. With over 1.5 billion tires discarded each year, we know the stakes are high. Tires are built to be tough, which is great for performance, but not so great when it comes to disposal. Traditional recycling methods simply aren’t cutting it anymore. But, the future? It looks promising, thanks to a few key innovations I’ve come across. Pyrolysis Technology This method uses high heat in an oxygen-free environment to break tires down into valuable by-products like bio-oils and carbon black. It’s a game-changer for reducing waste and maximizing the value of old tires. I’ve had some interesting conversations with leaders in the field, and they believe this tech is just starting to gain traction. Devulcanization Tire rubber is tough because of the vulcanization process, which makes it so durable but hard to recycle. Enter devulcanization, which reverses this process, allowing old rubber to be reused in new products. It’s like giving new life to what was once a dead-end product. Cryogenic Grinding Another fascinating technology I’ve encountered is cryogenic grinding, where tires are frozen to extremely low temperatures and shattered into tiny pieces. This process creates a more refined rubber powder, which can be used in everything from new tires to playground surfaces. The efficiency and precision of this method have sparked interest across the industry. As someone deeply passionate about sustainable materials, it’s exciting to think where the next five years could take us. Whether it’s creating more eco-friendly products or finding better uses for waste, these technologies are paving the way for a cleaner, greener future. What do you think? Which of these technologies do you see making the biggest impact on tire recycling by 2029? I’d love to hear your thoughts! Major Players included but not limited to: Liberty Tire Recycling, LLC | Genan | ResourceCo | GRP Ltd | Lehigh Technologies | Entech | Liberty Tire Recycling, LLC | BDS Tire Recycling, Inc. | CONTEC | Zoho CRM Report Link: https://lnkd.in/dcYd-2SZ #GlobaITireRecyclingMarket #GlobalMarketEstimates #GME #TireRecycling #Sustainability #ChemicalsIndustry #AdvancedMaterials #CircularEconomy #GreenTech #Innovation

In tackling the challenge of recycling e-waste sustainably and ethically while minimizing our environmental impact, a multifaceted approach is essential. Advanced sorting technologies are at the forefront, enabling the efficient separation of valuable components from electronic devices. Eco-friendly dismantling processes, utilizing environmentally conscious methods to disassemble and extract materials, further contribute to reducing the ecological footprint of e-waste recycling. Closed-loop systems, designed to reintegrate recycled materials into new products, promote a circular economy, lessening the demand for raw materials and mitigating the environmental strain.💡 Raising awareness is pivotal in fostering responsible consumer practices. Educating individuals about the importance of recycling electronic devices and the potential hazards of improper disposal encourages a more conscious approach. Moreover, incentivizing recycling initiatives through programs that reward consumers for responsibly discarding their e-waste can significantly contribute to increased recycling rates. 🤝 Collaboration within the industry is crucial for the success of sustainable e-waste management. Bringing together manufacturers, recyclers, and policymakers facilitates the development of standardized practices and regulations that prioritize environmental stewardship. Industry-wide initiatives can address challenges related to product design, material choices, and recycling processes, ensuring a cohesive and environmentally friendly approach. 🔄 Embracing innovation also extends to exploring alternative materials and manufacturing techniques that reduce the environmental impact of electronic devices from their inception. This holistic perspective, integrating responsible design, manufacturing, and recycling practices, aligns with the broader goal of creating a more sustainable and ethical e-waste management system. By integrating these innovative strategies, we can pave the way for a future where e-waste is handled responsibly, preserving our environment for generations to come. If you have e-waste to recycle, feel free to reach out to us: - Call us at: +91-7982451415 - Toll-Free: 1800-889-4965 - Visit our website: www.e-wasterecycle.in For more information about our e-waste recycling services and how you can contribute to a sustainable future, please get in touch with us through the provided contact details.

“It is very important to understand how each country around the world is performing in terms of waste generation and recycling of the generated waste so that we can accurately track the progress on moving toward a more circular world economy.” -- Joe Papineschi, chair of Eunomia Research & Consulting on its latest recycling research done in collaboration with Reloop. The report has a strong focus on plastic packaging and beverage container recycling, and examined the recycling performance of 48 countries around the world. The research shows that Austria ranks first for recycling, while Canada ranks 29th. For the definition of recycling, the study follows the EU’s Waste Framework Directive, defining recycling as “any recovery operation by which waste materials are reprocessed into products, materials or substances whether for the original or other purposes.” The report concludes that there are “vast differences both in real municipal recycling performance and in how data is collected.” How data is collected is critical. In PPEC's analysis of the report, the key recommendation has to do with distinguishing between waste generated, collected, and recycled. Eunomia's research explains that “this granularity of data is important in enabling governments to understand important issues,” such as accounting for how much is being lost between collection and final recycling, to help identify areas of opportunity and improvement. There are always lessons to be learned when it comes to recycling, but having the right data is key. PPEC has long stated that for EPR and recycling programs to be successful, they must be based on sound data. How much waste is being generated, collected, and ultimately (and most importantly!) actually being recycled? That data, along with the state of the collection and processing infrastructure, and information on the availability of end markets (to sell the processed materials to ensure they are recycled), is key to informing policy, regulatory, and program decisions. https://lnkd.in/gmfygSbK

Recycling vs Realcycling. I started my career designing/making plastics. It's a remarkable material being durable, lightweight, versatile, clean, and infinitely shaped. We used our material science know how to make them stronger, last longer, and more protective. Unfortunately, our design thinking ended at the consumer use phase. We knew that the plastics could be recycled, but never thought about designing the plastic to make it so. Today only 9% is ever recycled. Almost 20% of our landfill is from plastic. Realcycling is more about economics than science. The key is to understand the value of different recyclates. Some plastics are technically recyclable but will never be due to unfavorable economics and economies of scale. Clean and simple are important to maximize value. Meaning plastic engineers need to consider compatibility of additives, simpler disassembly, single materials, clear/low colors, lighter weights, and traceabilities, to enable the reuse marketplace. Plastics aren't going away. The imperative for smarter plastic decisions is now (or really yesterday). The news from overseas foreshadows challenges on the horizon. "The European Commission has determined its 27 member states have failed to meet waste collection and recycling targets according to current legislation"

Revolutionising Recycling: Introducing the BACS Solution for Vape Disposal On this Global Recycling Day, we're proud to unveil a ground-breaking solution to one of the most pressing environmental challenges of our time: the recycling of vapes. Enter the BACS – a cutting-edge innovation developed by the collaborative efforts of Protomax Plastics Ltd and ERMAFA Sondermaschinen- und Anlagenbau GmbH. Vapes present a unique problem in the recycling world. Traditional methods fall short, constructed from materials that are notoriously difficult to recycle, coupled with hazardous liquids and volatile lithium-ion batteries, until now. Our journey began with recognising that recycling should recover materials and prioritise safety for operators and the environment. We refused to accept the status quo of manual, Third World-like processes that risked harm and environmental damage. Enter the BACS – a fully automated machine designed to tackle the complexities of vape recycling head-on. Utilising advanced technology, the BACS processes vapes, mobile phones, tablets, and even electric vehicle batteries with unparalleled efficiency and safety standards. Here's how it works: Inside the BACS, a state-of-the-art 4-shaft shredder handles cutting in an inert atmosphere, eliminating the need for hazardous manual methods. The extraction of electrolytes and liquids is meticulously controlled, ensuring they are safely contained and not released into the atmosphere. Once processed, the materials are ready for recovery, with valuable components such as #aluminium, #plastic, #silicone, #copper, #black mass, and #cables all primed for reuse. Moreover, with #electrolytes safely removed, transportation and separation become seamless processes. Environmental responsibility doesn't stop with the recycling process. The BACS incorporates an exhaust management system with scrubbers and active carbon filters, ensuring emissions meet stringent EU standards. Despite overcoming technical hurdles, our journey has been challenging. Surprisingly, the greatest obstacle to bringing this technology to the UK was not technical but bureaucratic. The Environment Agency's permitting processes, despite their emphasis on Best Available Technology, have presented delays spanning years. Nevertheless, we remain undeterred. The BACS represents a technological achievement and a commitment to environmental stewardship and innovation. While we navigate regulatory landscapes, rest assured that the BACS stands ready to revolutionise vape recycling, one puff at a time. Join us in celebrating a new era of recycling – where innovation meets sustainability, and the planet benefits from our collective ingenuity. #Vapes #disposablevape #EA #recycling #Innovation.