FID Analysis: Essential Precision for Gas Analysis and Emission Control

The FID analyzer measures organic substances using a flame ionization detector. This allows for a total measurement of all components that generate ions and electrons in a hydrogen flame. When hydrocarbons are combusted in the hydrogen flame, CHO+ ions are produced. These ions are collected on a collector plate, and the resulting current is a measure of the concentration of carbon atoms. The FID analyzer is the standard for determining emissions of Total Organic Carbon (TOC).

FID analysis is used to monitor the presence of organic substances. The most common application is emission control, but FID analyzers are also regularly used in other areas of production to manage processes. Some applications include:

1. Emission Control
   • The FID analyzer is widely used to monitor and control industrial emissions. By measuring volatile organic compounds (VOCs) in emissions from industrial processes, companies can comply with environmental regulations. The FID is applied in sectors such as the chemical, petrochemical, and pharmaceutical industries.
2. Leak Detection in the Petrochemical Sector
   • The FID analyzer plays a crucial role in the petrochemical industry, where it is often used to detect hydrocarbon leaks. VOC leaks indicate product loss and can be harmful to the environment or to workers in the immediate vicinity. The FID analyzer provides the high sensitivity needed to detect even the smallest leaks, enhancing workplace safety and reducing environmental damage.
3. Process Stream Monitoring in Industrial Installations
   • In industrial processes where organic substances are used, the FID analyzer helps monitor the concentrations of these substances in process streams. This aids in optimizing efficiency and ensures that the final products meet quality standards. The FID analyzer is often used for continuous monitoring in production processes where fast response times and precision are critical.

The FID analyzer is particularly suitable for measuring volatile organic compounds, including:

• Methane (CH₄): A potent greenhouse gas produced in the waste sector, during fossil fuel extraction, and in the agricultural sector.
• Ethanol (C₂H₅OH): Found in the chemical and pharmaceutical industries.
• Benzene components such as benzene (C₆H₆): Important for emission measurements and environmental monitoring.
• Solvent vapors: Various processes using solvents can result in emissions of TOC, which must be measured by the FID analyzer.

At Ravebo, we specialize in advising and supplying high-quality FID analyzers. Our dedicated team of experts is happy to guide you in selecting the right analyzer. Ravebo can even provide a complete turn-key solution. We understand that every company has unique requirements, and a standard solution is not always suitable. That's why we offer custom solutions, giving you the control you need over your emission measurements and process monitoring.

Our added value lies not only in delivering the equipment but also in providing support during installation, configuration, and training for your staff. Ravebo is committed to a customer-focused approach and reliable service, setting us apart as the specialist in FID analysis.

Contact Ravebo today for a comprehensive consultation and discover how our FID solutions can help you meet all regulations and optimize your operational processes.