HF-Free Sample Preparation: Safer Strategies without Compromised Digestion Performance
Hydrofluoric acid (HF) has long been used for the digestion of silicate and other difficult matrices, but its extreme toxicity and handling risks make it one of the most hazardous reagents in the laboratory. Reducing or eliminating its use can significantly improve laboratory safety and simplify compliance.
This webinar will demonstrate how advanced microwave digestion systems enable complete sample decomposition without relying on hydrofluoric acid. By leveraging higher thermal and pressure capabilities, laboratories can achieve effective breakdown of challenging matrices using safer acid combinations while maintaining analytical integrity.
Through practical examples, we will show how HF-free methods can deliver reliable recoveries, clean solutions, and reproducible results for ICP-OES and ICP-MS analysis.
Key Learning Objectives:
- Recognize the safety and compliance risks of using HF
- Understand how higher temperature and pressure enable HF-free digestion
- Identify safer acid alternatives for challenging matrices
- Assess performance of HF-free methods for ICP-OES and ICP-MS
- Apply practical strategies for safer digestion workflows
Shanyce Nicholson is an Application Scientist at Anton Paar USA for the ASC, Raman, and FTIR product lines, combining a strong technical background with business acumen. With a bachelor’s degree in physics and dual master’s degrees in business and mechanical and nuclear engineering, Shanyce excels in providing advanced technical support and innovative solutions to customers. Her expertise spans across complex engineering systems, making her a valuable resource in optimizing product performance and application processes.
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