Fixed gas analyser MCS100FT - Sick

FTIR multi-component analyzing system, for emissions and raw gas monitoring - also with high acid dew point measuring ranges

The FTIR measuring principle allows the simultaneous determination of more than 10 measuring components - tailor made for the particular requirements of the customer. The MCS100FT with its heated measuring cell enables the monitoring of hydrogen fluoride limits as requested by legislation. 

The MCS100FT is equipped with an oxygen sensor as standard and can be supplemented with a total hydrocarbon analyzer. With its very reliable measuring technology, its comfortable operation and the low maintenance effort, the MCS100FT provides a careless package that offers unequalled opportunities. 

Variants MCS100E CD - Analyzer system with sample gas cooler;  MCS100E HW - Analyzer system with hot measurement technology;  MCS100E PD - Analyzer system with permeation dryer;  MERCEM - Continuous emission monitoring system for mercury.
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Fixed gas analyser SIDOR - Sick

The SIDOR is a fixed gas analyzer for measurement of up to two infrared components. Additionally oxygen can be measured by integration of an electrochemical or paramagnetic measuring cell. A significant characteristic is a half-yearly maintenance interval with test gases.

The stability of the measuring cells allows an adjustment with only inert gas or ambient air within this half-year period. Sample gas pressure compensation is included as a standard.

The SIDOR was type approved for large combustion plants and crematories. With the type examination according to ATEX the gas analyzer SIDOR satisfies all actual regulations and directives. It is the ideal device for security relevant measurements of methane, carbon dioxide and oxygen.
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Fixed gas analysers GHG-CONTROL – Sick

Measurement system in-situ and integrated greenhouse gases. 

Continuous, reliable, and real-time measurement of the current CO2 and N2O load: The gas analyzer GHG-Control from Sick is the only in-situ solution that provides companies with an overview of the amount greenhouse gases emitted at any time. GHG-Control records the CO2-/N2O gas concentrations and their volume flow and determines the total quantity very precisely. 

This measurement system in-situ and integrated greenhouse gases GHG-CONTROL from Sick does not involve the expensive process of recording the calculation basis, sampling and measurement of substance flows, and intermittent lab analyses, especially in the event of changing fuel qualities or fuel carbon content. The greenhouse gas loads are released directly to the SCU control unit. By dispensing with the expensive calculation method of the CO2 and N2O load, the safety supplements for the calculation method no longer apply and only the actual emitted loads are reported and paid for.
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Fixed gas analysers MAC800 - Sick

Modular fully configurable system for extractive gas analysis.

The innovative system MAC800 is a modular fully configurable system that meets the European Standards EN 15267 and EN 14181 for emission monitoring.

The MAC800 versions provide monitoring to meet current directives as well as future requirements, for example emission monitoring in plants with lignite and hard coal firing, gas firing, gas turbines as well as measurement of greenhouse gases.

Are you looking for the perfect technical solution to meet your measuring task? Does the solution meet the economic and technical requirements of the application? SICK offers the extractive fully configurable system MAC800 with standard subassemblies and components exactly for this purpose.
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Fixed gas oxigen analyser TRANSIC100LP - Sick

TRANSIC100LP is a fixed gas oxigen analyzer from Sick ideally suitable for oxygen monitoring in moist and aggressive process gases.

The compact gas spectrometer is based on a tunable diode laser. This measurement technology is well known for unmatched stability and durability. In many applications, the TRANSIC100LP can be flange mounted directly into a process. 

This results in real-time measuring values. For processes with high temperatures and pressures or at difficult mounting conditions TRANSIC100LP can be configured with an optional sample cell close to the process in the slip stream.
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IN SITU gas analyser GM32 – Sick

The GM32 is a In situ gas analyzer for SO2, NO, NO2, NH3, Temp., O2 (Option) 

The GM32 in-situ gas analyzer measures the reactive gases SO2, NO, NO2 and NH3 as well as pressure and temperature in the gas duct - directly, fast and without gas sampling and transport. With this your process systems work with the true values in “real time”. Thanks to self-monitoring you can rely on the measurement results at any time. And in case of a malfunction an early warning will be shown in time. For emission measurement of SO2 and NO, GM32 is tested for suitability according to the new European standard EN 15267-3.
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IN SITU gas analyser GM35 – Sick

GM 35 In situ gas analyzer for carbon monoxide, carbon dioxide and water.

Either simultaneously or as individual measurements: the GM35 measures CO, CO2 and humidity concentrations as well as temperature and pressure quickly, easily and economically. Due to its in-situ measurement technology the GM35 detects the measuring values directly in the gas stream without gas sampling. Reliability, precision and short response time of the analyzer offer a key advantage for efficient control loops in all CO and CO2 generating processes.
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IN SITU gas analyser GM700 - Sick

Measurement of gaseous components under difficult conditions In-situ and extractive technology.

High reliability and precision as well as minimal response times are the distinguishing features of the GM700 Laser gas analyzer. Based on the principle of TDLS and by using specific light absorption the GM700 from Sick is able to measure several gas components, such as NH3, HF, O2 or HCl.

The in-situ measurement is ideal for the fast determination of gas concentrations in process control and emission monitoring. 
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Mercury measuring analysers MERCEM300Z - Sick

Innovative measurement of mercury in flue gases.

The MERCEM300Z mercury measuring system from SICK, monitors Hg emissions in flue gases with high reliability within the smallest measuring ranges (0 ... 10 µg/m³).

Due to its rugged housing, MERCEM300Z is suitable for the use in harsh industrial environments. Thereby the complete extractive system is designed to meet national and international regulations and directives.
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PowerCEMS gas analyser – Sick

PowerCEMS power plant analyzer system. 
Efficient CEMS system for power plants.
 
PowerCEMS50: Certified quality – Easy installation – Easy to use
 
The PowerCEMS analyzer system is a continuous emission monitoring system specifically designed to meet the emission monitoring requirements of fossil-fuel fired power stations. The basic system uses extractive analyzers coupled with a complete sample conditioning system to measure the typical gas components required for emission measurement including CO, NOx, SO2, and O2. Through standardized design and construction, the PowerCEMS analyzer system is provided at an attractive price and with the superior quality of performance required for industrial use. 
 
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Software MEAC 2000 - Sick

Emission data evaluation system: Data acquisition and storage;  Evaluation and reporting;  Data output and display.
The MEAC2000 system includes several components: The data acquisition unit collects the measuring data of the connected analyzers, preprocesses and transmits them to the central emission-PC. There, the data is processed using the MEAC200 software, stored and the calculated values are put out. Up to 16 devices can be connected with the emission-PC. Also a connection to a process control system is possible.
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