Founderful’s Post

"Forever is becoming finite."   Oxyle's co-founders, Fajer Mushtaq and Silvan Staufert, sat down with journalist Markus Wanzeck to discuss how Oxyle's PFAS destruction technology can make a decisive contribution to getting PFAS contamination – an environmental and health problem of global proportions – under control.    Read the full article in NZZ 👉 https://lnkd.in/dKAG-27R #PFASnews #ForeverChemicals #Zurichstartup #NZZ

When i was wondering, why nobody was interested in possible PFAS ban in Turkey, saw that recent article. "Hardly anything is currently being discussed as intensively as a potential PFAS ban. Many plastic products would be affected by such a regulation. The group leader for material development at the Plastics Center SKZ, Dr. Andreas Köppel, explains what constitutes PFAS, what difficulties they cause and what a possible ban means for companies." (link in German: Article [https://lnkd.in/dRdfuub8]) #PFAS #PFASFree #SKZ #Sustainability #EnvironmentalProtection

Urgent action needed to protect health and environment! - PFAS contamination is an issue of concern, making headlines for its harmful effects on human health and the environment. - The Forever Pollution Project reveals alarming levels of PFAS contamination in Europe, with over 17,000 contaminated sites identified. - Various industries and consumers need to take responsibility for finding safer alternatives to PFAS and preventing further contamination. - Recent PFAS scandals, including the presence of these chemicals in everyday products such as period underwear, highlight the need for increased awareness and safer choices. - Urgent action is needed from policy makers to implement regulations and ban non-essential uses of PFAS to protect human health and the environment. You can read our full article (in german) here: https://lnkd.in/dEYKia6k 🌸 At Homesome, with the support of the BHT Startup Hub we are building a platform to raise awareness of all forms of home pollution and find solutions to keep our families and our homes healthy! 🌿 #PFASContamination #EnvironmentalHealth #ForeverChemicals

The Urgent Need for PFAS Remediation  Celebrated for their unique physical and chemical properties, PFAS chemicals have found widespread use in industries ranging from firefighting to semiconductor manufacturing. However, mounting evidence linking prolonged exposure to PFAS to health risks is driving the implementation of stricter regulations worldwide. The U.S. EPA's introduction of the world's lowest drinking water limits for PFAS in 2024 underscores this shift toward increased scrutiny.  PFAS contamination, particularly in water sources, is a significant environmental challenge, affecting more than 57,000 sites in the United States alone. Dealing with these persistent contaminants requires a wide range of treatment technologies, from proven methods such as activated carbon to breakthrough innovations that have yet to be fully realized.   https://lnkd.in/dBs2ieky Increasing regulatory pressure is driving the expansion of the PFAS treatment market, creating opportunities for technological advancement and large-scale environmental remediation. Among the most promising developments is ASPIDIA's breakthrough #bioremediation technology, which uses engineered bacterial #enzymes to efficiently degrade #PFAS. This cutting-edge solution promises to combine efficiency, cost-effectiveness, sustainability and minimal environmental impact.  With innovations like these, the era of "forever chemicals" could finally come to an end. Join us in supporting scientific research in bioremediation to make our vision a reality.

Nice article and overview of HVO (Hydrotreated Vegetable Oils) and why the use has no or no additional influence on CO2 emission reduction. Mainly too little availability in relation to too few basic raw materials (which can hardly be expanded in a meaningful way) and other alternatives that are open to technology and superior in the overall view. #hvo #factcheck #nosolution https://lnkd.in/deGwfaXn

Per- and polyfluoroalkyl substances, or PFAS for short, have become a concerning presence in our environment. Nicknamed "forever chemicals" due to their resistance to breakdown, PFAS can contaminate drinking water sources, posing a health risk. But there's a ray of hope! Researchers and environmental cleanup specialists are developing innovative solutions to combat this persistent threat. Traditional filtration methods often fall short against PFAS. The good news is, new technologies are emerging that utilize specifically designed tools like ion exchange resins and granular activated carbon (GAC). These act like tiny magnets, attracting and removing PFAS contaminants from drinking water, making it safer for consumption. Another promising approach involves specialized membrane filtration systems. Imagine microscopic sieves that allow water molecules to pass through but block PFAS molecules. That's the potential of these membranes, offering a way to remove PFAS on a larger scale. Nature itself might hold the key to a sustainable solution. Researchers are investigating the use of specially adapted bacteria to break down PFAS into harmless components. Imagine tiny clean-up crews working at a microscopic level! While still under development, this bioremediation approach offers an eco-friendly way to tackle PFAS contamination. The fight against PFAS is ongoing, but these advancements paint a hopeful picture for a future free from contamination. As research continues, even more effective and efficient methods are likely to emerge. By staying informed about PFAS and the evolving cleanup technologies, we can work together to ensure clean drinking water for our communities. After all, a healthy environment starts with awareness and action – #leadpaint #asbestos #pfas #safedrinkingwater #safeschools #wastewatertesting

PFAS, despite posing significant risks to human health and the environment, remains widely used. However, a growing number of countries are taking action. The Netherlands, Germany, Denmark, Norway, and Sweden are leading the charge with proposed bans, and the European Chemicals Agency is working to restrict over 10,000 PFAS substances. Creating a world free of PFAS is ambitious but achievable. Finding effective alternatives will require a long journey of testing and evaluation of different materials. And NineSigma is committed to helping companies develop safer alternatives. Watch the full video here: https://hubs.li/Q02Jbsjv0 Read the case study here: https://hubs.li/Q02Jbsjt0 Meryem Seyma Pinar #PFAS #PFASfree #sustainability #innovation #environment #health #PfasAlternatives #NineSigma

🚨 PFAS Restriction Update: Key 2024 Developments    ECHA’s PFAS restriction proposal has created buzz and headaches across the community. Fluoropolymers, unfortunately, fell into the huge PFAS “bucket,” stirring concerns for the industry. As we wrap up 2024, is the PFAS list becoming a bigger fish than anyone can swallow?   ✔️ Fluoropolymers = PFAS (But…): • RAC (March 2024) confirmed fluoropolymers are not mobile or bioaccumulative, making them less risky compared to other PFAS. • The main issue? Emissions from non-polymeric PFAS during production and end-of life stages of high-molecular-weight fluoropolymers.   ⏳ What’s Next? • With sector-by-sector reviews ongoing, final decisions are delayed, drastically. Applications of fluorinated gases and related materials are now scheduled for 2025 discussions. • Alternative restrictions on the table: Options like conditional allowances for critical industries (e.g., batteries, fuel cells, electrolysers) are being explored to avoid disproportionate socio-economic impacts, instead of a blanket ban.   🎯 Why Fluoropolymers Matter: Their unique properties make them indispensable for game-changing industries like energy, electronics, and medical applications, as well as industries that enhance everyday life, such as chemicals, aerospace, and automotive: • Unmatched durability • Exceptional chemical stability • No viable non-fluorinated alternatives for many critical uses.   📊 Science Backed = Good News! A 2024 study (Chemosphere) found: No hazardous PFAS are released during fluoropolymer incineration – even under municipal or hazardous waste treatment conditions.   💡 Delays = Opportunities While the timeline has been extended, it provides a valuable opportunity to collaborate, innovate, and shape fair regulations that balance environmental protection with industrial progress.   📣 At Fluorosmart, we’re committed to solutions that power both sustainability and innovation. Let’s face these challenges head-on to build a smarter, greener future together.   #PFAS #Fluoropolymers #InnovationForTheFuture #Sustainability #Regulation    

Only 1% of our clothing turned in recycle, and rest of that where consisted synthetic fibres can create environmental impact by collaboration of #microplastics and #PFAS.

This study reveals, that commonly shed from synthetic clothing, act as carriers for PFAS and so amplifying their toxicity in freshwater ecosystems.