Baseline Analyzers and Chromatographs

On-line VOC gas analyzers, including Baseline gas chromatographs, hydrocarbon analyzers (Includes non-methane, and heated analyzers)

The most common application for Gasmet™ CEMS is continuous emissions monitoring of waste incinerators and cement kilns.

The capability to measure HCI and HF in addition to typical criteria pollutants (SO2, NOx, CO, CO2, O2 etc.) makes FTIR the best solution for these applications. In addition, there is no need to use a Flame Ionization Detector for TOC (Total Organic Carbon) - measurement. The hydrocarbons can be measured individually and then added together in the software to form a TOC - number.

The Dräger Flame 5000 is an explosion proof colour imaging based flame detector.

Each detector operates standalone and incorporates, within a single unit, an integrated CCTV system; digital signal processing and software algorithms to process live video image and interpret the characteristics of a flame.

Lower flammable limit (LFL or LEL), total hydrocarbon monitoring and Calorific value (BTU) analysers for the most demanding industrial applications.

These are stand alone, fast response analyzers, fail safe in design and immune to contaminants, capable of measuring multiple solvent mixtures without re-calibration.

General Purpose to Explosion Proof stationary detectors for the continuous monitoring of various toxic gases and for reduced Oxygen atmospheres

Using state of the art microprocessor technology to convert electrochemical signals to analog, HART, or RS485 outputs. Driven via IR remote, push buttons or HART, the detectors offer ease of calibration and a variety of diagnostic and self test features.

General Purpose to Explosion Proof stationary detectors for the continuous monitoring of various toxic gases and for reduced Oxygen atmospheres

Using state of the art microprocessor technology to convert electrochemical signals to analog, HART, or RS485 outputs. Driven via IR remote, push buttons or HART, the detectors offer ease of calibration and a variety of diagnostic and self test features.

Open path gas detectors for the continuous monitoring of combustible gases and vapours along a line of sight between an optical transmitter and a receiver.

Infrared technology using four high powered pulsating Xenon lamps makes the detector immune to sunlight, stack flares, arc-welding and other high energy IR sources. Environmental conditions such as fog, mist or snow are compensated by increasing the intensity and the flash rate of the light sources.

A wide range of transmitters, instruments and system solutions capable of measuring trace moisture, humidity and dew-point for industrial applications such as oil & gas pipelines, compressed air and power generation. 

The range of sensors and analyzers includes high accuracy cooled mirror and fast response ceramic based impedance technology plus a range of calibrator/generators for the complete analysis package.

Employing the measurement principle known as ‘single line spectroscopy’, the near infrared tunable laser diode analyzers offer a broad range of very low level gas measurements.

Mounting options include insitu, extractive, and multi-path variations. The measurement technology offers high sensitivity and signal transmission, no cross interference issues, fast response and only annual calibration requirements. Rated to CSA Class 1, Div 2 as a standard.

A full range of process gas analysis instrumentation utilizing technology such as zirconia dioxide for combustion control applications, paramagnetic technology for process Oxygen applications and a range of Infrared analyzers for various industrial gas applications.

The analyzer range includes portable, bench top, 19” rack and wall mounting units for single and multi-component high accuracy gas measurements in process applications from general purpose to class 1, division 1.