STACK TMS(CEMS) List

DUST Monitoring

D-R 290 / D-R 290 2nd(NEW)

Certified optical transmission monitor to measure the opacity or dust concentration of sample gas. Suitable for plants which require the monitoring of dust missions by law. Two freely configurable analogue outputs allow monitoring of opacity and dust concentration values at the same time.

D-R 220

Compact and cost effective transmittance dust and opacity measuring device for monitoring medium to high dust concentrations in dry flue and process gas.

D-R 320

The new scattered light dust monitor to detect lowest to medium dust concentrations in dry flue and process gas.

D-R 800

Certified scattered light dust monitor to detect low to medium concentrations of dust in dry flue gas and process gas.

D-R 808

Suitability tested scattered light dust monitor for monitoring small to medium dust concentrations in dry flue or process gases.

With its certification range of 0 … 7.5 mg/m3 the D-R 808 is ideally suited for monitoring very low dust concentrations.

D-R 820F

Extractive dust monitor for wet sample gas to monitor low to medium dust concentrations.

F-904-20

Dust measuring analyser especially for wet stack gases and for blast furnace gas (BFG) monitoring.

D-FW 231 / D-FW 240EX

Filter monitor to detect the efficiency and function of filters and filtration systems. Dust Monitor for qualitative measurement of dust concentration in dry process or flue gas.

Gas Analyser

ULTRAMAT 23

With its multi-component design with NDIR technology for the measurement of up to three IR active constituents and optional electrochemical cells for O2 and H2S measurement, the ULTRAMAT 23 is extremely  innovative and space saving.

ULTRAMAT 6

Most frequently used for demanding applications, the ULTRAMAT 6 must meet high standards with regard to reliability and measuring quality. This is guaranteed by modern electronics, ease of operation and a physical element that is adapted to the measuring task.

ULTRAMAT 7

The ULTRAMAT 7 offers high selectivity and measuring precision with complex gas mixtures as well as low maintenance costs thanks to easy on-site cleaning of the analysis chambers. Moreover, the ULTRAMAT 7 features an integrated interfering gas correction option. And it has been newly upgraded with a preventive maintenance function for the first time, serving the purpose to let you know ahead of time when the next service is needed.

OXYMAT 61

The OXYMAT 61 is an oxygen analyzer for standard applications. The OXYMAT 61 requires ambient air as its reference gas. This is supplied by a pump that is integrated into the analyzer housing. Alternatively compressed bottled reference gas can be used.

OXYMAT 6

Most frequently used for demanding applications, the OXYMAT 6 must meet high standards with regard to reliability and measuring quality. This is guaranteed by modern electronics, ease of operation and a measuring bench that is adapted to the measuring task.

FIDMAT 6

Gas analyzers with an FID (flame ionization detector) are well suited for the continuous total hydrocarbon measurement. In the first approach, the measuring result is proportional to the number of C-atoms in the relevant molecule.

CALOMAT 6, 62

For continuous measurement of hydrogen and noble gases, the thermal conductivity of the sample gas mixture is measured and used to calculate the concentration(e.g. H2, He)

SIPROCESS UV600

SIPROCESS UV600 is an extractive UV gas analyzer that can simultaneously measure up to three components.
(e.g. NO, NO2, SO2, H2S)

SIPROCESS GA700

The SIPROCESS GA700 modular gas analyzer from Siemens offers more advantages than ever before with three different housing types to choose from and a single, unified operating System.
Combine two of the three models – OXYMAT 7, ULTRAMAT 7, and CALOMAT 7 – in a rack or wall-mounted housing. The OXYMAT 7 module is also available with Ex d housing.

LDS 6

The basic design of the diode laser gas analyzer LDS 6 enables further opportunities in process gas analytics and continuous emission monitoring.(e.g. O2, NH3, HF, H2O, CO2, CO, HCL)
The major part of the benefits the in-situ approach is introducing belongs to the simple fact that the measurement is performed non-intrusively and in real-time – without any disturbance or delay due to gas sampling or gas conditioning.

CLD 60 Series

CLD 60 that is designed by ‘ECHO PHYSICS’ is NOx analyzer. Range is 5000ppm. NO, NO2 (calculated value) and NOx value can all be displayed.

SLS 5(HCL, NH3, H2O, CH4)

SLS 5 that is designed by ‘SIRIUS’ is HCL, NH3, H2O, CH4 analyzer. It is using TDL Laser measuring system. Advantages of low concentration measurement and efficient cost.

OPSIS

CROSS-STACK UV & FTIR DOAS SYSTEMS

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.

One system can be configured to monitor NO, NO2, SO2, O3, H2S, NH3, CO, CO2, HF, H2O, CH4, Hg, HCl, Cl2, ClO2, CS2, Phenol, Formaldehyde, among other gaseous compounds.

A basic system includes an analyser, an emitter/receiver set, and an optical fiber cable.

The system has been tested and approved by TÜV and MCERTS according to EN 15267, and a range of other international authorities.

LD500 Laser Diode Gas Analyser (CEM)

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.

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 monitoring paths. Typical compounds are carbon monoxide (CO), carbon dioxide (CO2), hydrogen fluoride (HF), ammonia (NH3), oxygen (O2), hydrogen chloride (HCI), water vapour (H2O), hydrogen disulphide (H2S), methane (CH4), and temperature.

Read about the TDL (Tuneable Diode Laser) Technique >>

Oxygen Monitor O2000

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.

Measurements are made using the well-established zirconia (zirconium dioxide) sensor principle where a difference of oxygen concentration across a solid electrolyte causes an electric current to flow. The current is detected and amplified, yielding the oxygen concentration. It’s a proven and reliable measurement principle.

The in-situ monitoring means that there is no need for any gas extraction system that could clog or cause other problems during operation. OPSIS O2000 is straight-forward and therefore reliable, requiring a minimum of maintenance.

The oxygen monitor consists of a probe inserted in the flue gas, and a control unit. The probe is heated and supplied with ambient air providing a reference oxygen level. A second gas channel leading to the zirconia sensor can be used for quick and precise calibration of the oxygen monitor. The control unit processes the current signal and provides the oxygen concentration to a receiving unit. It also continuously monitor probe performance and initiates regular self-checks. A user interface in the control unit allows for configuration and manually initiated calibrations. Regularly recurring, automatic calibration sequences can also be configured.

A complete OPSIS emissions monitoring system often includes the OPSIS O2000 oxygen monitor combined with OPSIS’ other monitoring equipment such as its UV- and FTIR-DOAS gas analysers and other system components. However, the oxygen monitor can also be used on a stand-alone basis in applications where the oxygen concentration is the only monitoring parameter of interest.

The oxygen monitor has been tested and approved by a number of internationally recognized institutes and authorities, such as German TÜV and British MCERTS. It meets the European directives, and is approved according to EN15267.

The OPSIS O2000 oxygen monitor is the simple answer to your oxygen measurement needs.

Data Logger (DL256)

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 data logger hardware 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 modules.

It can be set up to almost any application including data acquisition with status signals, automatic calibration etc. Communication software for remote access via serial link is included.

Together with OPSIS EnviMan modular software system, the data logger forms a complete unit for both data acquisition and data management for industrial applications.

WT256 Web Transfer

The WT256 web transfer collects data from OPSIS analysers and data loggers and pushes the data via FileTransfer Protocol (FTP) or via file copy to a temporary storage site on a TCP/IP based network, such as the Internet.

The data is downloaded automatically from the network storage site to one or several users, utilizing a download service installed on the target computer. Once downloaded, further data processing can be done with software for data presentation and reporting.

ENVIMAN Software

OPSIS EnviMan is a series of software modules for management of environmental information.

The MS Windows based EnviMan software offers a range of functions for flexible and cost-effective solutions for industrial applications.

 

Air Quality Management Modules

  • Data acquisition, validation and presentation
  • Advanced data presentation and reporting
  • Internet presentation
  • Emission database
  • Real-time dispersion modelling
  • Locating emission sources
  • Handling of input and output signals

Velocity Meter

D-FL 100

Suitability-tested and certified impact pressure system to measure velocity and volume flow of dry flue gas or process gas in pipes or ducts.

D-FL 200

Suitability tested and certified ultrasonic measuring system to measure the velocity and the volume flow of flue gas or process gas in pipes or ducts, especially for wet and aggressive smoke emissions.(TMS)

D-FL 220

Suitability tested and certified ultrasonic measuring system to measure the velocity and the volume flow of flue gas or process gas in pipes or ducts, especially for wet and aggressive smoke emissions.

Preprocessor

JCT GAS PROBE(JES 301 SERIES)

* Representative continuous gas sampling in processes containing dust and humidity
* Emission (CEMS) and process monitoring
* Removal of dust from the sample gas

JCT HEATING PIPE(JER-EH)

* For extractive gas analysis

* For emission and process monitoring

* For avoidance of acid dew point lower deviaton between sampling point and gas sampling probe

*Combinable with gas sampling probes JES-301 and JES-301L

JCT PORTABLE GAS PROBE(JPES)

* For mobile extractive gas analysis

* For emission and process monitoring

* For mobile representative gas sampling in dust and humidity containing processes

* For removal of dust from the sample gas stream

* For condensate free transport from the sampling point to the conditioning system or the analyser

JCT COMPRESSOR GAS COOLER(JCL 301)

JCT produces sample gas coolers for cold, hot and very hot applications, some models with Ex-approval. The cooler makes sure that the wet and hot sample gas will reach the gas analyzer in a condition that fits the technical requirements.

JCT PELTIER GAS COOLER(JCM SERIES)

* For extractive gas analysis

* For emission and process monitoring

* For e.g. biogas plants

* Continuous drying of sample gas to a precise low and constant outlet dew point

* Minimises water vapour cross sensitivities and volumetric errors

JCT HEATED SAMPLE LINES(JH3F & JH3FR)

* For transport of sample gas from sample point to analysis system
* To stay safely above the acid dew point
* For protection against measured value falsification and frost

JCT PROTABLE PELTIER GAS COOLER(JCP TYPE)

* For mobile or stationary extractive gas analysis

* Continuous drying of sample gas to a precise low and constant outlet dew point

* Minimises water vapour cross sensitivities and volumetric errors

JCT NO2-NO CONVERTER(JNOX)

* NOx converter for extractive gas analysis

* For emission and process monitoring

* Conversion of NO2 to NO for NOx-measurement

* Enables the use of infrared-analysers

* For dry sample gases with unheated inlet or for hot and humid sample gases with heated inlet

Products List

STACK TMS(CEMS)

Water TMS

Flowmeters

Spare Parts