Precision Tools for Real-Time Gas Concentration Monitoring
Upgrade your process control and emissions monitoring with advanced infrared gas analyzers. Using non-contact, nondispersive infrared (NDIR) technology, these devices provide precise, continuous measurements of gas concentrations. Perfect for real-time detection of hydrocarbons, CO₂, and process gases, ensuring accuracy without the risk of sample contamination.
Reliable Instruments for Industrial and Environmental Use
Advanced Infrared Gas Solutions
These infrared gas analyzers utilize advanced technologies like Single-Beam Single or Dual Wavelength and Spectroscopic NIR/IR to ensure stable, low-maintenance performance. Ideal for applications in process control, emissions monitoring, petrochemical production, and natural gas analysis, they are available in portable, bench, and fixed installations. With options for hazardous and safe environments, including ATEX-certified models, these analyzers deliver versatility and reliability.
Reliable Instruments for Industrial and Environmental Use
Advanced Infrared Gas Solutions
These infrared gas analyzers utilize advanced technologies like Single-Beam Single or Dual Wavelength and Spectroscopic NIR/IR to ensure stable, low-maintenance performance. Ideal for applications in process control, emissions monitoring, petrochemical production, and natural gas analysis, they are available in portable, bench, and fixed installations. With options for hazardous and safe environments, including ATEX-certified models, these analyzers deliver versatility and reliability.
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High-Precision IR Analysis for Industrial Gas Monitoring
Tailored for Critical Applications
Whether optimizing production processes, monitoring emissions, or analyzing gas compositions, these infrared analyzers provide the speed and precision required. Designed for fast response and accurate analysis, these systems offer advanced hydrocarbon speciation with minimal cross-interference and stable span calibration, ensuring reliable performance across diverse industrial applications.
- Non-Contact IR Measurement: Utilizes specific wavelength absorption for gas concentration measurement without physical interaction.
- Single-Beam Technologies:
- Compact and Fast: Low-maintenance designs deliver swift and reliable performance.
- Dual-Wavelength Stability: Offers enhanced accuracy through reference compensation.
- Spectroscopic Analysis: Advanced NIR/IR tunable-filter technology provides real-time identification of light hydrocarbons with less than 0.2% interference.
- Multi-Configuration Options: Available as portable, bench, or process-mounted analyzers to suit various operational needs.
- Robust and Low Maintenance: Incorporates non-depleting sensors, auto-calibration, and stability-focused designs to minimize upkeep requirements.
- Certified for Safety: Includes ATEX/IECEx-certified options for use in hazardous areas, ensuring compliance and safety in demanding environments.
Sectors
Sectors
Pharmacuticals
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Fertlizer
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FAQs
FAQs
Infrared technology can measure CO₂, CO, CH₄, propane, and other infrared-absorbing gases, including light hydrocarbons like C1–C6.
Options include portable units for field use and bench or in-line analyzers for continuous monitoring in industrial processes.
Yes—many models are designed with rugged construction and certifications for use in hazardous areas, such as ATEX/IECEx.
While auto-calibration and non-depleting sensors reduce maintenance, built-in span calibration mechanisms ensure long-term accuracy.
These tools are commonly used by professionals in petrochemicals, natural gas processing, emissions monitoring, combustion control, and process quality assurance.
