Dedicated Solution for Monitoring Gases

This instrument can easily be integrated into a continuous emission monitoring solution.

Based on Fourier-transform infrared (FTIR) technology, the MBGAS-3000 Analyzer provides exceptional stability, sensitivity, and photometric accuracy.

• Based on hot/wet sample extraction. No sample treatment other than dust filtering required.

Maintain sample integrity with no need for sample dilution.

• High-end analytical performance that complies with emission monitoring regulations.

Pre-defined analysis for combustion monitoring processes with focus on waste incineration, process, and power emissions.

• Minimum commissioning time – design target for single-point calibration per gas range – including water. Flexible, with the multi-range support capabilities.

• Low maintenance costs thanks to the long-lasting IR source, field serviceable modules, and maintenance-free interferometer.

• Fast response time due to the long and short path cell low-volume design.

• Highly reliable analyzer with state-of-the-art embedded software implementation.

• Simplified integration: Wall or 19” rack mount (rack mount may require adjustment).

• Modular design for in-field serviceability.

• Minimal commissioning and maintenance.

• Robust software design for very high reliability.

• Pre-defined multi-component analysis for emission monitoring.

• Designed to meet performance requirements in compliance with standard EN15267-3:2008-3.

• Unit reports calibrated engineering values with embedded processing.

The MBGAS-3000 is a gas analyzer based on Fourier Transform infrared (FTIR) technology with excellent stability, sensitivity and photometric accuracy.

The instrument is suitable for multi-component content analysis, can simultaneously measure the concentration of up to 25 gases,

and has a high resolution, which can effectively reduce and eliminate interference between gases.

In addition, it has a hot/wet operation capability to maintain the authenticity of the sample gas and is able to measure water-soluble gases such as HCl, HF and NH3.