Axine Water Technologies has successfully sold its first commercial-scale PFAS destruction system to Lacks Enterprises, a leading automotive component manufacturer. This system utilizes Axine’s electraCLEARTM technology, which has proven to achieve over 99.9% destruction of PFAS compounds, including the hazardous PFOA and PFOS. This partnership marks a significant step towards a cleaner and safer environment, with the potential for further expansion at other Lacks facilities.
Claros Technologies, a Minnesota-based company, has successfully completed a pilot project demonstrating its high-throughput PFAS destruction technology at a major chemical manufacturer’s facility. This milestone signifies a significant step towards commercializing effective treatment technologies for eliminating PFAS waste, promoting sustainability in fluoro-material manufacturing.
Bethlehem Landfill Company, a subsidiary of Waste Connections, Inc., has successfully implemented the LEEF System®, a groundbreaking technology for removing PFAS from leachate. This innovative solution, developed by The Water & Carbon Group, is proving to be highly effective, exceeding expectations and setting a new standard for PFAS removal in the solid waste industry.
Clarkson University has been awarded a $1.5 million grant from the EPA to develop a groundbreaking nanosensor technology capable of detecting, monitoring, and degrading PFAS in water sources. This innovative technology will contribute significantly to protecting public health and the environment by providing a rapid and effective solution for managing PFAS contamination.
Phenomenex, a global leader in separation sciences, has expanded its Strata PFAS portfolio with new single and dual SPE phases and formats. The new offerings are designed to address the challenges of PFAS sample preparation, including extraction, reproducibility, interference removal, and clean-up. Phenomenex is committed to providing comprehensive solutions for PFAS analysis, including technical support.
A new study has revealed the presence of harmful PFAS chemicals, known as ‘forever chemicals,’ in popular condom and lubricant brands. These chemicals, linked to serious health issues, are absorbed readily by sensitive areas, raising concerns about potential health risks for users.
A recent surge in cases of polymer fume fever, commonly known as ‘Teflon flu,’ highlights the potential health risks associated with overheated non-stick cookware. This flu-like illness, caused by inhaling fumes from overheated PTFE-coated pans, can lead to symptoms like chills, cough, and difficulty breathing. Experts advise against overheating these pans, using appropriate utensils, and opting for alternative cookware to minimize exposure to harmful chemicals.
Lummus Technology and Element Six have formed an exclusive global partnership to offer a scalable and viable solution for destroying PFAS in water. This collaboration leverages Element Six’s CVD diamond technology, offering a promising approach to address the growing global PFAS contamination challenge.
Recent research has revealed that ‘forever chemicals’ known as PFAS can be absorbed through human skin, adding to existing concerns about their potential health impacts. PFAS, used in various products, are known to persist in the environment and accumulate in the body, posing risks to the immune system, reproductive health, and possibly cancer. While scientists are still unraveling the full extent of their effects, ongoing research emphasizes the need for stricter regulations and consumer awareness to mitigate exposure.
A new survey by Culligan, a global water treatment leader, reveals that while most Americans are concerned about water safety, they lack understanding and action regarding PFAS, or ‘forever chemicals.’ The survey found that only 12% of those who believe PFAS are present in their water could accurately explain the contaminants. Culligan emphasizes the need for greater understanding and guidance on water quality, offering testing and treatment solutions to help people take control of their water safety.
