The PM2.5 monitor version of OPSIS’ SM200 particulate monitor offers accurate and reliable automatic measurements of PM2.5 particulate fraction concentrations in ambient air, and sampling of the PM2.5 particulate fraction for later manual analysis.
The PM10 monitor version of OPSIS’ SM200 particulate monitor provides accurate and reliable automatic measurements of PM10 particulate fraction concentrations in ambient air, as well as sampling of the PM10 particulate fraction for subsequent manual analysis.
System 400FL combines the benefits of hot wet extractive and in situ. The gas is moved at high speed in a bypass line. No filter or probe is used and the measurement takes place in a non-contact measurement cell.
The DNV-GL approved System M800 measures SO2 and CO2 using the reference methods NDUV and NDIR. A light emitter and receiver creates a light path across the internal diameter of the stack. From the receiver, the light is guided in an optical fiber to the analyser.
OPSIS offers a wide range of shelter models and configurations to guarantee the optimal operation environment for your measurement equipment. We have experience in all environments, from hot and humid, to cold.
The Opsis HG200 mercury analyser is designed for ambient air quality monitoring, for detecting mercury indoors, and for monitoring in plants. The HG200 analyser monitors elementary mercury, Hg(0), concentrations in the ambient air, from health-hazardous down to the environmental background levels.
System 400CS is a cost-effective, high-performance monitoring package, designed for power plants and waste to energy plants. The measurements are based on the FTIR (Fourier Transform Infrared Spectroscopy) and/or
System 400HWE Hot Wet Extractive is based on OPSIS UV/FTIR DOAS system giving fast response and best possible performance for all gases. The high resolution FTIR system is free from interference from all gases including water.
The ER060L-EEx emitter and receiver set, together with Opsis LD500 laser diode gas analyser, is designed for gas monitoring in explosion classed areas Zone 1 and 2. The monitoring set creates a light path across the internal diameter of a stack or duct for an Opsis emissions monitoring system. Light is generated by the analyser, passed through the ...
OPSIS CEM systems measure multiple emissions or process gases in real time in situ. Using the DOAS (Differential Optical Absorption Spectroscopy) technique, the system is non-contact, with fast response.
Waste incinerators, cement plants and power plants need good and reliable measurements of total gaseous mercury. The measurement of total gaseous mercury (TGM) is a challenge due to chemical reactions and contamination. The installed systems will often require a lot of maintanence still not giving reliable results.
OPSIS AQM systems measure multiple gases in real time over an open path. Using the DOAS (Differential Optical Absorption Spectroscopy) technique, the system is non-contact, with fast response. One system can be configured to monitor NO, NO2, SO2, O3, BTX, NH3, CO, CO2, HF, H2O, CH4, Hg, HCl, among other gaseous compounds. A basic system includes ...
OPSIS LD500 Analyser is the central unit in the laser diode gas monitoring system. It can house up to four laser diode heads. Each head is a complete laser control and data sampling system. A built-in PC with LCD display controls the function of the instrument.
OPSIS data logger system is designed for data acquisition applications. The data logger can handle analogue and digital input and output signals as well as serial communication. The hardware of the DL256 is based on modules. It is therefore easy to configure the system to meet a wide range of requirements, and the system can be upgraded by adding ...
Opsis offers compact analyser packages for monitoring NOX, SO2, CO and O2 in many different kinds of stack gas applications. - See more at: http://www.opsis.se/Products/ProductsCEMProcess/DilutionAnalysers/tabid/1073/language/en-US/Default.aspx#sthash.tqqVVHDo.dpuf
The OPSIS O2000 oxygen monitor is designed to monitor oxygen concentrations in industrial applications such as continuous emissions monitoring (CEM) and process control. It has been given a ruggedized design (IP65 protection) allowing it to operate under tough conditions in aggressive flue gas environments.
OPSIS LD500 Analyser is the central unit in the laser diode gas monitoring system. It can house up to four laser diode heads. Each head is a complete laser control and data sampling system. The laser diode gas analyser provides very fast monitoring of a range of gaseous compounds. Several gases can be monitored and a multiplexer offers several ...