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PFAS like FC10-diol act as endocrine disruptors, causing reproductive and kidney dysfunction in fathead minnows through ER activation. These findings highlight the need for sustainable #bioremediation to address their ecological impact. academic.oup.com/etc/advance-ar…

A new method detects 21 pollutants, including #PFAS and pesticides, in marine plastics and biota, with detection limits as low as 0.02 ppb. This breakthrough aids in assessing environmental safety and pollution impacts. …iencejournals.onlinelibrary.wiley.com/doi/10.1002/js…

High-temperature incineration (>850°C) destroys #PFAS with 99.999% efficiency, but lower temperatures increase harmful by-products like short-chain PFAS. Sustainable #bioremediation remains a vital alternative. sciencedirect.com/science/articl…

Join us at SMAU London on March 20 at Protein Studios! We're tackling PFAS contamination with cutting-edge bioremediation and seeking pre-seed investors. Let’s discuss how we can drive real environmental impact together. Meet us at our stand! #SMAU SMAU

See you at SMAU London on March 20! We're revolutionizing PFAS remediation with sustainable solutions and looking for pre-seed investors. Let’s explore collaboration and growth in this crucial sector. Visit our stand at Protein Studios! #SMAU SMAU

Meet us at SMAU London on March 20 at Protein Studios! We’re innovating in PFAS remediation and seeking pre-seed investment to scale our breakthrough tech. Let’s connect and drive real impact together. Stop by our stand! #SMAU SMAU

We’re at SMAU London on March 20! Discover our pioneering PFAS remediation technology and investment opportunities. Let’s collaborate for a sustainable future. Visit our stand at Protein Studios! #SMAU SMAU

Join us at SMAU London, March 20! We’re tackling PFAS contamination with innovative solutions and seeking pre-seed investors to scale our impact. Let’s discuss opportunities at Protein Studios. Meet us at our stand! #SMAU SMAU

Leading the future of PFAS remediation! Join us at SMAU London on March 20 at Protein Studios to discover our innovative, sustainable solutions. We’re looking for pre-seed investors to scale our impact. Let’s connect and shape a cleaner future together! SMAU #SMAU

Today’s the day! We’re live at SMAU London at Protein Studios, presenting our innovative TriClean PFAS remediation technology. Visit our stand to explore investment and collaboration opportunities. Let’s make a real impact together! #SMAU SMAU

Today is the day! We’re live at SMAU London at Protein Studios, showcasing our breakthrough PFAS remediation technology. Stop by our stand to explore investment and collaboration opportunities. Let’s drive real change together! #SMAU SMAU

New research shows aerobic granular sludge (AGS) can effectively remove PFAS from wastewater, achieving up to 100% removal when acclimatized. Funding innovative #bioremediation projects could offer a sustainable solution to #PFAS water #pollution. sciencedirect.com/science/articl…

A new study identifyied 7,500+ PFAS as potentially harmful to thyroid hormone transport. Predictive models are crucial, but funding innovative #bioremediation projects is key to delivering sustainable, effective solutions to #PFAS water #pollution. sciencedirect.com/science/articl…

A Korean study links PFAS exposure to higher risk of nonalcoholic fatty liver disease, especially liver fibrosis. Funding innovative #bioremediation projects is key to providing sustainable, effective solutions to #PFAS water #pollution. sciencedirect.com/science/articl…

A study in Italy found #PFAS levels in human serum vary up to four orders of magnitude. Key factors include exposure scenario and sex, but reasons for such variability remain unclear. sciencedirect.com/science/articl…

A study revealed Lyon as a #PFAS hotspot, with 67% of tap water samples exceeding EU limits. Industrial discharges are key contributors. pubs.acs.org/doi/10.1021/ac… Funding innovative #bioremediation projects is crucial to deliver sustainable solutions and safeguard #water quality.

New machine learning models predict #PFAS toxicity with 95% accuracy, helping prioritize high-risk compounds. sciencedirect.com/science/articl…

New eco-friendly adsorbents from poplar bark remove PFOA efficiently—NW-101 achieves 698.4 mg/g capacity in 7 mins. Renewable, low-cost, reusable. nature.com/articles/s4159… Funding innovative #bioremediation projects remains key to tackling #PFAS #pollution sustainably.

E-waste disposal is a hidden PFAS risk. A study shows cables & components leach #PFAS up to 465 ng/kg. sciencedirect.com/science/articl… Better waste management is vital—but funding innovative #bioremediation projects is key to tackling PFAS pollution sustainably.

New study: PFAS toxicity in Daphnia magna increases up to 6.4× over generations—far worse than single-gen tests suggest. sciencedirect.com/science/articl… To truly protect ecosystems, we must fund innovative #bioremediation projects to tackle #PFAS #pollution sustainably.