Gasmet Technologies Oy
Gasmet is a Finnish high technology company that develops, manufactures and markets gas analyzers and monitoring systems for a variety of industrial, environmental and safety applications. Our customers worldwide include, but are not limited to, power plants, waste incinerators, first responders and universities.
- +358 9 759 00 400
- contact@gasmet.fi
- Mestarintie 6
Vantaa, FI-01730
Finland
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Winkler ATEX Heated Sample Lines
Hazardous area ATEX heated sample lines from Winkler (Germany) for use in zones 1 & 2 (gas) and zones 21/22 (dust). These are specialist heated lines for gas sample handling and process applications, manufactured from high quality, tested and approved materials.
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GT5000 Terra
The GT5000 Terra is a compact, lightweight, and IP54-rated (splashproof) portable FTIR gas analyzer, delivering laboratory-grade accuracy in the field. Designed for professionals across various industries, it provides precise, real-time multi-gas analysis in demanding conditions.
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CMM AutoQAL & CMM Continuous Mercury Monitoring Systems
Continuous Mercury Monitoring systems, the CMM and CMM AutoQAL, are TÜV and MCERTS certified solutions for continuous mercury monitoring from hot, wet and corrosive gas streams of industrial processes, such as waste incineration, cement production and powerplants. Gasmet offers a full CMM solution package which consists of a system, lifetime service and support, documentation and training, and our expertise.
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Portable Gas Analyzers
Gasmet manufactures robust and accurate, portable gas analyzers for a wide variety of applications. The DX-series includes three models with different technical properties. The GT5000 Terra is the new lightweight but robust ambient air multigas analyzer, and the models DX4015 and DX4000 are suitable for humid applications.
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Calcmet Software
All Gasmet FTIR analyzers are supplied with Calcmet software. The software collects, stores and visualizes the FTIR spectra of the sample gas and analyzes the concentrations of gas components. Quick and accurate results in easy-to-use package.
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GT90 Dioxin+ Automatic Dioxin Sampling System
The GT90 Dioxin+ is designed specifically for an automatic and long-term sampling of dioxin emissions. The MCERTS certified system represents the cutting-edge technology for dioxin sampling and fulfills all requirements of the dioxin measurement standard. The system can be used in a variety of industrial processes such as waste incineration and cement production. Gasmet offers a full dioxin sampling solution package which consists of a system, lifetime service and support, documentation and training, and our expertise of over 30 years.
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CGS500 Combustible Gas Sensor
The Monicon CGS500 thermocatalytic combustible gas sensor has been designed to measure concentrations of combustible gases in the range 0-100% LEL. The CGS500 is fitted in an EExe certified junction box.
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CVAF – Cold Vapor Atomic Fluorescence
Cold Vapor Atomic Fluorescence (CVAF) is a powerful technique based on detecting fluorescence light emitted by the sample. Below the principle of the technique is explained in a nutshell.
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Flame Ionization Detector
A flame ionization detector converts a hydrocarbon gas concentration into an electrical signal. The flame is hydrogen fueled and burns in hydrocarbon free combustion air. Either side of the flame are two electrodes between which an electric field is generated by means of a polarization voltage. The sample is pre-mixed with the fuel gas and heated in the flame to a temperature at which the hydrocarbon molecules ‘crack’ and CH fragments appear. These CH fragments are oxidated by the oxygen in the combustion air resulting in the formation of CHO+ ions. The ion current then passes to the electrodes and the resulting current measured is proportional to the quantity of C atoms derived from organic compounds.The Thermo-FID features two separate microprocessor controlled pressure compensations to avoid any influence from environmental or sample conditions. In addition, the complete Thermo-FID range of analyzers are equipped with a flame trap that is used as a heated sample inlet filter. The measurement chamber and all material in contact with the sample gas are heated between 120°C and 200°C to avoid condensation.
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CGS500-IR NDIR Gas Sensor
The CGS500-IR sensor is a NDIR (non-dispersive infrared) sensor designed to replace thermocatalytic gas sensors for monitoring hydrocarbon gases in the range 0-100% LEL. The CGS500-IR is available as a sensor only or fitted in an EEx e certified junction box.
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CEMS II E Continuous Emission Monitoring System
CEMS II e takes away the manual configuration and settings adjustments from your day-to-day emissions measurements. A fully automated continuous emission monitoring system CEMS II e is TÜV and MCERTS certified solution (QAL1) to offer environmental compliance. This emission monitoring system is suitable for measuring pollutants continuously from hot, wet and corrosive gas streams in various industrial processes, such as powerplants, waste incineration, cement plants and beyond.
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FTIR – Fourier Transform Infrared
FTIR stands for Fourier Transform Infrared spectroscopy. It is a powerful gas measurement technology for simultaneous measurements of multiple gases. The ability to detect and measure almost any gas, combined with the robustness and reliability of the technology, makes FTIR ideal for a wide variety of applications.
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Monicon Gas Monitors
Monicon Gas Monitors are innovative, cost-effective, wall and rack mounted units, with the ability to monitor single or multiple channels. Before ordering, customers can select from a range of toxic gases, combustible gases and oxygen, for monitoring in a wide range of applications.
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Gasmet Calibrator
Gasmet portable calibrator is one of the most important tools in generating new applications for the Gasmet FTIR gas analyzer. The calibrator incorporates a syringe pump, a manual needle valve, a mass flow meter, and a stainless-steel injection chamber. The syringe pump injects precise amounts of liquid or gas into a hot nitrogen gas flow, thus producing a continuous flow of a known concentration calibration gas.
