The proposed EU PFAS ban is poised to reshape the membrane landscape, pulling PVDF into the regulatory crosshairs and forcing utilities, industrials and suppliers to rethink long-term planning. Rhys and Divya unpack what a universal restriction could mean for plant design, stranded-asset risk, supply-chain readiness and the accelerating push toward ceramic and other non-PFAS alternatives. They also explore emerging PFAS destruction pathways, near-realtime sensing and the market signals ...
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The proposed EU PFAS ban is poised to reshape the membrane landscape, pulling PVDF into the regulatory crosshairs and forcing utilities, industrials and suppliers to rethink long-term planning. Rhys and Divya unpack what a universal restriction could mean for plant design, stranded-asset risk, supply-chain readiness and the accelerating push toward ceramic and other non-PFAS alternatives. They also explore emerging PFAS destruction pathways, near-realtime sensing and the market signals ...
From CO₂ to CPUs: what net zero and AI are doing to water
BlueNotes
13 minutes
7 months ago
From CO₂ to CPUs: what net zero and AI are doing to water
Did you know there are at least 16 different ways to capture carbon—and some of them actually generate water? Others, however, could increase water consumption at power plants by up to 30%. In this episode, Rhys and Divya unpack the complex relationship between water and carbon capture technologies, where scale-up is accelerating and trade-offs are becoming harder to ignore. They also turn their focus to AI: data centers powering tools like ChatGPT are guzzling up to 5 million gallons of wa...
BlueNotes
The proposed EU PFAS ban is poised to reshape the membrane landscape, pulling PVDF into the regulatory crosshairs and forcing utilities, industrials and suppliers to rethink long-term planning. Rhys and Divya unpack what a universal restriction could mean for plant design, stranded-asset risk, supply-chain readiness and the accelerating push toward ceramic and other non-PFAS alternatives. They also explore emerging PFAS destruction pathways, near-realtime sensing and the market signals ...