Simultaneous Pu(IV)–Acid Analysis via Chemometrics 📊🧪

 🔬 Direct spectrophotometric estimation of Plutonium(IV) and nitric acid in PUREX samples offers a fast, reliable, and reagent-saving analytical solution. This approach eliminates complex separation steps, enabling direct measurement of key components in nuclear fuel reprocessing streams ⚛️. It supports safer monitoring, enhanced process control, and improved nuclear material accountability 🛡️.


📊 Using a multivariate calibration approach, this method processes overlapping spectral data to accurately quantify both Pu(IV) and HNO₃ simultaneously. Advanced chemometric tools handle spectral interferences, boost precision, and minimize experimental errors 🤖. This leads to improved decision-making in radiochemical laboratories and reprocessing plants 🏭.

🌱 Beyond analytical efficiency, this technique promotes green chemistry principles, reducing waste and hazardous reagent consumption 🌍. Its rapid, non-destructive nature supports sustainable nuclear technology development and strengthens quality assurance in the PUREX process ✔️. This innovation marks a significant step toward safer, smarter nuclear fuel cycle management 🚀.

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