BOOK OF ABSTRACTS ESAS-CSSC 2022 (European Symposium on Analytical Spectrometry Czech-Slovak Spectroscopic Conference 2022)

Significance of the Event

The European Symposium on Analytical Spectrometry (ESAS) and 17th Czech-Slovak Spectroscopic Conference (CSSC) joined forces for the first time under the broadened title “Analytical Spectrometry,” reflecting current trends toward multispectral approaches in analytical problem solving. Held September 4–9, 2022 in Brno (Moravia, Czech Republic), this landmark meeting reunited global experts in spectroscopy, atomic and molecular analysis, and allied fields after a pandemic hiatus.

Objectives and Overview

• Unify the international spectroscopic community to facilitate cross‐disciplinary exchange.
• Present cutting‐edge advances in analytical spectrometry beyond atomic techniques.
• Highlight multidisciplinary applications spanning academic research, industrial QA/QC, and technology development.
• Recognize outstanding scientists with the Jan Marek Marci medal for contributions to spectroscopic science.

Methodology and Program Structure

• Plenary lectures and invited talks showcased the latest instrument innovations and methodologies.
• Parallel sessions featured oral presentations on both fundamental and applied spectrometry topics.
• Extensive poster sessions offered in‐depth posters grouped by theme (e.g., nanomaterials, biological applications, hyphenated techniques).
• Hands‐on demonstrations and vendor exhibits highlighted new Raman, IR, LIBS, ICP‐MS, and other spectrometers.

Instrumentation

This edition brought forth novel instrumentation across multiple spectrometric platforms, including but not limited to FT-IR nano-probes, handheld and high‐resolution Raman spectrometers, advanced LIBS setups, and state-of-the-art ICP-MS/MS systems with collision and reaction cells. The emphasis lay on real-time, in-situ, and high-throughput analytical solutions.

Main Outcomes and Discussion

• Expanded scope from atomic to multispectral analytical approaches, validating the name change to “Analytical Spectrometry.”
• Demonstrated the power of coupling spectrometry with separation techniques (LC, GC, CE) for trace‐level and speciation analyses.
• Highlighted breakthroughs in nano-imaging and single-entity analysis via TERS, AFM-IR, and nano‐FTIR.
• Showcased industrial applications in environmental monitoring, pharmaceuticals, food safety, and process control.
• Listed emerging best practices for sample preparation, data analysis, and method validation in complex matrices.

Benefits and Practical Applications

Analytical spectrometry innovations presented at ESAS-CSSC 2022 offer laboratories improved sensitivity, selectivity, and throughput in tasks such as speciation of heavy metals, real-time process monitoring, and nanoscale chemical imaging. End‐users benefit from portable instrumentation, greener sample introduction techniques, and robust chemometric tools for data interpretation.

Future Trends and Opportunities

• Wider adoption of machine-learning algorithms for spectral deconvolution and quantitative analysis.
• Integration of miniaturized spectrometers in field deployments and point-of-care diagnostics.
• Development of multimodal platforms combining optical, mass-spectrometric, and electrochemical detection.
• Growth of label-free, non-destructive imaging modalities (TERS, AFM-IR, nano-FTIR) in life sciences.
• Green analytical practices: reduced reagent use, energy-efficient atomizers, and sustainable materials.

Conclusion

ESAS-CSSC Brno 2022 successfully bridged atomic spectrometry with broader analytical spectrometry. It fostered collaboration across disciplines, unveiled state-of-the-art instruments, and charted a roadmap for future spectrometric research, training, and industrial adoption.

Reference

Not applicable as this summary is based on the conference program and welcome address.