About Bruker Matrix-MG
The Bruker Matrix-MG series consists of three high-performance FT-IR gas analyzers, all housed in a rugged and compact chassis. They are designed for automated, high-precision, real-time monitoring of gas concentrations and are suitable for many different applications.
Bruker Matrix-MG Key Features:
It can realize fast, continuous and fully automatic identification and quantification of gas components.
Excellent sensitivity for detection of concentrations from ppb to 100 percent.
There is no need to calibrate the target gas.
Easy to operate and maintain.
Compensator for gases and disturbances in the atmosphere.
Embedded in a rugged, compact chassis.
Based on the RockSolid interferometer, it ensures permanently collimated optics and is not sensitive to vibrations.
Temperature-controlled gas cell (up to 191).
Built-in sensors inside the gas cell sense variable gas pressure and temperature.
The measurement results are output to the industrial communication interface.
01 Fully automatic identification and quantification
The target gas is measured in a gas cell for highly sensitive compound analysis based on FTIR spectroscopy. According to the spectrum obtained. The gas concentration is automatically obtained by the non-linear fitting procedure included in the comprehensive software package. No gas calibration is required. The analysis procedure takes into account the effects of interfering gases as well as changing gas temperatures and pressures.
02 High dynamic range
The Matrix-MG series is equipped with a 0Gas cells with a 1 m (mg M (mg2) or 5 m (mg5) pathlength can detect and quantify gas components in concentrations ranging from parts per billion (ppb) up to 100 percent.
03 Rapid and continuous quantification
The Matrix-MG spectrometer has a high spectral resolution of 0Up to 5 spectra per second can be measured at 5 cml and up to 30 spectra per second at 4 cm spectral fraction. The innovative gas cell is designed to allow for fast air exchange for the measurement of dynamic processes. With standard fittings, we can easily connect the gas analyzer to external piping. The Matrix-MG series is ideally suited for automated, fast, precise and continuous dosing, even in the case of rapid fluctuations in gas composition. Thanks to the large number of gas components (for more than 400 compounds), the Matrix-MG series can be used in a very wide range of process applications. With the help of a wide range of accessories, we can measure gases over a wide range of pressures and temperatures.
opus ga
The comprehensive software package OPUS GA (OPUS Gas Analysis) automatically evaluates the measured spectra in real time in order to identify and quantify gas compounds.
Quantitation is based on a nonlinear fitting algorithm that fits the corresponding library spectrum to the measurement. In this fitting process, consideration of the absorption of interfering gases is also included.
More than 400 compounds can be identified and quantified without the need for calibration measurements. In addition, individual reference spectra can be measured by the user.
The Opus GA software package is used to automate the identification and quantification of gas compounds.
For detailed analysis, the measured spectra and the corresponding fit can be further studied in the Opus GA software.
The figure below shows the measurement (blue) and the corresponding fit (orange) to quantify the methane (CH4) concentration of the gas being measured. In this spectral range, water vapor also shows significant absorption bands. In the figure on the right, only the contribution of methane from the gas to the fit is shown. Due to the presence of water vapor. Additional absorption bands occur during the measurement.
Measurement (blue) and fit (orange) to quantify the amount of methane. In addition, the contribution of disturbing water vapor should be taken into account.
Automatic identification and dosing of target gases.
Automatic compensation of interfering compounds.
There is no need to calibrate the target gas.
Suitable for more than 400 compounds.
Measured values can be transferred to an industrial interface.
The contribution of methane to the fit (green) and the additional absorption in the measured spectra (blue) is caused by the swallow gas in the target gas.
Applications
Due to the large number of gas components that can be detected (for more than 400 compounds without the need for calibration measurements), the Matrix-MG can be used in a very wide range of applications. For example:
Process monitoring in production lines for industrial applications.
Monitor the exhaust gases of the chimney.
Motor vehicle exhaust emissions analysis.
Biogas analysis. Determination of gas impurities.
Scientific research techniques.
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