MATRIX-MG Series & OMEGA 5 Applications 11.09.2020 Innova
ation with Integrity 1
Applications Industrial applications like process surveillance in production lines Semiconductor industries Investigation of catalytic processes Motor vehicle exhaust analysis September 11, 2020
Biogas analysis Determination of gas impurities in high purity gases Scientific research …quantification of any IR active compound
Impurities in pure gases Trace gas analysis of the anesthetic is 11.09.2020 https://marketing-bopt.bruker.com Innova
soflurane in air m/Applicatin%20Notes/AN_M147_Trace%20_Gas_Analysis_EN.pdf ation with Integrity 3
Impurities in pure gases Measurement of impurities in hydroge Enables the measurement of traces of water vapor and/or carbon dioxide in the lower ppm range. 11.09.2020 Innova
en fuel Compound LOQ [ppm v/v] H2O 5 Total hydrocarbon 2 content without CH4 CH4 100 CO2 2 CO 0.2 H2CO 0.01 CH2O2 0.2 NH3 0.1 Hydrogen Fuel Quality Specification according to ASTM D7653 ation with Integrity 4
Semiconductor industry Measurement of impurities in corrosive MATRIX-MG01 MATRIX-MG5 • PTFE-coated gas cell • optional: • optional: Hastelloy gas cell Monel fittings Monel fittings BaF2 windows BaF2 windows 11.09.2020 Innova
ve gas mixtures Compound Mixing ratio [ppm v/v] Ambient H2O HF 20 – 100000 SiF4 1 C2H5OH CO2 1 – 1000 CF4 Ambient Highly corrosive gas mixture 1 – 100 ation with Integrity 5
Measurement of hazardous gas Analysis of failing automotive lithium- 11.09.2020 Innova
ses -ion batteries ation with Integrity https://doi.org/10.3390/batteries6020030 6
Automobile exhaust analysis Emissions from Euro 6, diesel, gasolin under real-world driving conditions 11.09.2020 Innova
ne and CNG vehicles ation with Integrity https://doi.org/10.3390/atmos11020204 7
Biogas analysis Comparative studies on the potential for uti juliflora as renewable energy resources for Comparative Gasification Process Studies for Prosopis (P. Julifl 11.09.2020 Innova
ilization of Rice husks and P. syngas production Note: H2, CO, CH4 concentrations are > flammability limit lora) and Rice Husks (Oryza Sp.) into Renewable Energy Resources in Kenya ation with Integrity 8
Biogas analysis Emissions from cattle farming 11.09.2020 Innova
https://slub.qucosa.de/api/qucosa%3A71356/attachment/ATT-0/ ation with Integrity 9
Investigation of catalytic proce Investigation of NOx emissions produced by Conversion of NOx to harmless N2 and H2O 11.09.2020 https://doi.org/10.1016/j. Innova
esses y lean-burn diesel engines; O via NH3-SCR .apcata.2019.03.027 https://doi.org/10.1007/s11244-018-1004-4 ation with Integrity 10
Investigation of catalytic proce Selective oxidation of methane to form 11.09.2020 Innova
esses maldehyde https://doi.org/10.1016/j.micromeso.2019.109581 ation with Integrity 11
Investigation of catalytic proce Alternative production routes for meth 11.09.2020 Innova
esses hanol ation with Integrity https://doi.org/10.3390/app9142798 12
Investigation of catalytic proce CO2 catalytic hydrogenation to CO 11.09.2020 https://doi.org/10.1016/j.apcatb.2020 Innova
esses 0.118669 https://pubs.acs.org/doi/abs/10.1021/acscatal.9b01822 ation with Integrity 13
Investigation of catalytic proce Selective synthesis of dimethyl ether a for diesel engines 11.09.2020 Innova
esses as clean alternative fuel https://doi.org/10.1016/j.apcata.2018.05.006 ation with Integrity 14
Investigation of catalytic proce In-line monitoring of gas concentration nanotube production 11.09.2020 Innova
esses ns during carbon ation with Integrity https://doi.org/10.1016/j.cej.2020.124497 15
Investigation of catalytic proce Plasma-assisted combustion: surface d discharge induced partial oxidation of 11.09.2020 Innova
esses dielectric barrier hydrocarbons ation with Integrity https://doi.org/10.1021/acs.jpca.9b11806 16
OMEGA 5 The Versatile Gas Analyzer Innovation with Integrity Gas Analysis
OMEGA 5 is a compact FT-IR gas analysis system in a 19 inch rack- mount box equipped with a 5 m multi-reflection gas cell for the measurement of industrial gases. It is designed for automated, high- precision and real-time monitoring of gas concentrations in many different applications. Overall cost of operation and maintenance is low due to the durability of the various components such as the interferometer, IR-source and diode laser. Integrated Multi-Reflection Gas Cell The OMEGA 5 gas analyzer is equipped with a multi- reflection gas cell of 5 m optical path length. The design of the gas cell is optimized for a high optical throughput to enable the quantification of gas compounds even in very low concentrations in the ppb range. The nickel-plated gas cell and gold mirrors enable the measurement of corrosive gases. Pressure and temperature of the target gas are automatically displayed and applied for the quantification within the control software OPUS GA. Outstanding Stability in a Compact Design OMEGA 5 is based on the industry-proven RockSolid™ interferometer which is designed to consistently produce high-quality results with outstanding stability. The spectrometer is mounted in a compact 19 inch rack- mount box, which allows for an easy integration in many industrial, scientific and even mobile applications. The optics of OMEGA 5 is sealed and purgeable, which enables to constantly minimize the concentration of atmospheric interfering compounds like water and carbon dioxide and significantly improves the quantification results for these compounds. Long-Life Components Due to the thermoelectrically cooled detector and our CenterGlow™ IR-source technology, OMEGA 5 provides consistent high performance without the need for liquid nitrogen. Overall cost of operation and maintenance is low due to the durability of the various components such as the interferometer, IR-source and diode laser.
OMEGA 5 Key Features Fully Automated Identification and Quantification Automated real-time monitoring of gas From the measurements, the gas concentrations are concentrations retrieved automatically by a nonlinear fitting procedure within the comprehensive software package OPUS GA, Easy-to-use and flexible software package without the need for gas calibrations. The influence of OPUS GA interfering gases as well as of varying gas temperatures and pressures is considered by the analysis routine. No calibration to the target gas necessary Temperature-controlled 5 m gas cell Fast and Continuous Monitoring The OMEGA 5 can detect and quantify gas components (up to 191°C) that occur in concentrations from only a few parts per Sealed and purgeable optics billion (ppb) up to one hundred percent. Due to the vast Equipped with a thermoelectrically cooled range of gases that can be quantified (> 300 compounds are available), the OMEGA 5 can be used in a wide range detector of process applications. The comprehensive accessories Integrated in a 19 inch rack mount allow to measure gases in a broad pressure and Based on industry-proven RockSolid™ temperature range. interferometer CenterGlow™ IR-source technology Long-life components
OPUS GA Automatic identification and quantification of the target gas Automatic compensation of interfering compounds No calibration for target gas necessary Quantitative library with more than 300 compounds available EASY-TO-USE. The standalone comprehensive software package OPUS GA (OPUS Gas Analysis) establishes an easy-to-use graphical user interface to control OMEGA 5. OPUS GA allows for the fast, continuous and fully-automated identification and quantification of gas compositions, without requiring expert knowledge. FLEXIBLE. With our quantitative gas library, OPUS GA allows for the identification and quantification of more than 300 gas compounds without the need for calibration. Beyond that, OPUS GA provides an interface to measure individual reference spectra and add these to the existing library. At any time, existing measurements can be analyzed based on an updated library of reference spectra without the need to rerun the measurement. For the expert user, the measured gas spectra can be investigated in detail within OPUS GA. ACCURATE. The quantification of gas compounds is based on a non-linear fitting algorithm, which fits the reference spectrum to the measurement. The algorithm allows for an accurate detection and quantification of compounds even in the presence of interfering gas compounds, which are included in the fitting procedure.
PREDICTIVE. OPUS GA allows the user to simulate spectra based on high-resolution reference spectra of any gas compound existing in the spectral library. The spectra are simulated under real environmental conditions, like temperature, pressure and the spectral resolution of the spectrometer. The simulation module facilitates to identify unknown compounds in a gas mixture. Software package OPUS GA for automated identification and quantification of gas compounds. The time series window displays the concentration of selected gas compounds in a gas mixture as a function of time. Measurement (blue) and fit (orange) to quantify the amount of carbon monoxide. Also, the contributions of the interfering carbon dioxide and nitrous oxide are considered in the fitting routine such that the measurement and the result of the fitting procedure show an excellent agreement.
Applications Due to the vast range of detectable gas components (spectral library of more than 300 compounds), the OMEGA 5 can be used in a wide field of applications: Industrial applications Investigation of like process surveillance catalytic processes in production lines Scientific research Determination of gas impurities Biogas analysis
Options To meet the specific requirements for a broad range of applications, we offer several options for OMEGA 5: • High-Resolution Option The high-resolution option allows the ability to measure with a spectral resolution of better than 1 cm-1 (standard: better than 2 cm-1). In many applications, this higher spectral resolution allows for the identification and quantification of gas compounds even in gas mixtures with a high degree of overlapping infrared signals. • DryPath™ Option Upgrade to measure water and carbon dioxide in low concentrations much below ambient conditions without the need for an external purge gas supply. • High-Pressure Option The high-pressure option allows the ability to measure gases at a pressure at up to 15 bar (for temperatures up to 30°C, standard: 2 bar). It is especially suited to detect very low gas concentrations, such as impurities in gas products and for industrial online measurements of gases under elevated pressure. • Accessories A variety of accessories is available to simplify the integration of OMEGA 5 into dedicated applications and processes, such as pumps, sample probes as well as heated filters and transfer lines.
Specifications Performance 4500 – 800 cm-1 Spectral range: Better than 2 cm-1 Spectral resolution: Option: better than 1 cm-1 Optical system TE-cooled detector Detector: CenterGlow™ IR source, guaranteeing a constantly high emission IR source: RockSolid™, permanently aligned Interferometer: Specification of the gas cell Type: Multi-reflection cell Optical path length: 5m Maximum gas cell temperature: 191°C Gas cell pressure range: Up to 2 bar (absolute, optional: 0-15 bar) Body: Aluminum, Nickel-coated Windows: Zinc selenide (other materials optional) Mirrors: Gold-coated Connections: Swagelok for 6 mm outer diameter tubing Physical parameters Approx. 740x485x222mm (D x W x H) Dimensions: (19 inch rack with 5U height and 15U depth) Approx. 28 kg, depending on configuration Mass: System/Integration Interface: Ethernet Software: Gas analysis software OPUS GA, OPUS Spectral database: Spectral library with more than 300 compounds available Electronics 24 bit A/D converter Data acquisition: 100-240 VAC, 50/60 Hz Power supply: Integrated temperature and pressure sensors Sensors: Bruker Optics is ISO 9001 and ISO 13485 certified. Laser class 1 product. www.bruker.com/optics Bruker Scientific LLC Bruker Optik GmbH Bruker Shanghai Ltd. Billerica, MA · USA Ettlingen · Germany Shanghai · China Phone +1 (978) 439-9899 Phone +49 (7243) 504-2000 Phone +86 21 51720-890 Fax +1 (978) 663-9177 Fax +49 (7243) 504-2050 Fax +86 21 51720-899 [email protected] [email protected] [email protected] Bruker Optics is continually improving its products and reserves the right to change any specifications without notice. © 2020 Bruker Optics BOPT-4001337-01
OMEGA 5 The Versatile Gas Analyzer
OMEGA 5 The Versatile Gas Analyzer 11.09.2020 • • • • • • Innovation w
• Integrated in a 19-inch rack mount • Temperature-controlled 5 m gas cell and internal transfer line (up to 191°C) • Pressure and Temperature Sensors inside the Gas Cell • Sealed and Purgeable Optics • Equipped with a TE-cooled Detector • Controlled with Gas Analysis Software OPUS GA with Integrity 3
OMEGA 5 Controlled with Gas Analysis Software OP E • Continuous and fully automated quantification • Excellent agreement of measurement and fit 11.09.2020 Innova
PUS GA Accurate Flexible Easy-to-use 4 n of gas compounds ation with Integrity
Gas Analysis Software OPUS GA Real-time quantification • For the quantification of a compound only one reference spectrum of this compound is needed • If also interfering compounds are present, also a reference spectrum of each interfering compound is needed 11.09.2020 Innova
A • With B-GA-HR, we have reference spectra for more than 300 compounds available ation with Integrity 5
Search
