Key Insights on Article Addressing Raman Use in Hazardous Locations

Editor’s Note: We published an article on our related blog, Advancing Mining, that discusses the safe use of process Raman analyzers in hazardous locations, emphasizing the importance of safety protocols for hazmat workers. (See How to Safely Use a Process Raman Analyzer in a Hazardous Location.) I thought it would be of interest to our Identifying Threats readers.

Read the article to learn how hazardous locations are defined, understand hazardous location classifications, discover common challenges faced with analytical tools in hazardous process monitoring, and consider why some feel Raman spectroscopy is ideal for process monitoring in hazardous locations while noting their considerations for use.

Read the full article: How to Safely Use a Process Raman Analyzer in a Hazardous Location

Article Summary

The article outlines how Raman analyzers are valuable tools for real-time chemical analysis, but their deployment in environments with explosive gases or dust requires careful consideration. The article outlines key safety measures, including adherence to industry standards such as ATEX and IECEx certifications, which help ensure the equipment is suitable for use in explosive atmospheres. It highlights the importance of proper installation and maintenance to prevent ignition sources. Additionally, the article stresses the need for comprehensive training for personnel to understand the risks and operational procedures associated with Raman analyzers. By following these guidelines, hazmat workers can effectively utilize Raman analyzers while minimizing the risk of accidents in hazardous locations.

In a nutshell, you’ll take away these key points:

Hazardous locations require specialized, certified equipment to avoid ignition risks.
Understanding the classification of your environment is critical for safe Raman analyzer deployment for process monitoring.
Features like ATEX/IECEx/NEC or CEC certifications, remote sampling, and rugged design are essential.
Raman offers a fast, safe, and reliable way to monitor chemical processes without requiring sample transport.