Rubrics: gas analytics - liquid analytics - auxiliary units
Competence and quality for gas and water analytics as well as sample preparation - TOC-analysers for process and field - online measurement of hydrocarbons in gases -

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Measuring gas cooling and measuring gas drying are important requirements for emission measurement.
In this case, the exhaust gas to be measured, must be prepared before it reaches the analyzer,
i.e. are usually dried. This is done by a gas conditioning system.

Application / Use:
Process Analysis

The sample gas conditioning systems of the series GO-MO are used to prepare raw gas for continuous gas analysis. Interfering components of the raw gas must be removed from the sample gas.
Our specially developed and patented cyclone separator ensures that the measurement components (e.g. SO₂, CO, NO, etc.) remain in the gas. It cleans and dries the sample gas carefully and prevents washing out.

Description :

The cooling block temperature with the patented therein cyclone heat exchanger of the peltier cooler is adjustable with an integrated temperature controller, located in the front cover of the housing.

GO-MO 3
an upgrade for each sample gas conditioning system, which provides an outlet dew point of about 4 ° C.

With integrated permeation, gas pump and optional membrane filter with condensate monitor. The gas volume is adjustable via flow controller.                 

Advantages
of this new combination of cooler and permeation dryer:

• flexibility by the combination of cyclone cooler and permeation
• dew point of -10 ° C achievable
• 2 Devices: light and handy with only 10 kg compared with 23 kg GOT
• each individually and independently usable by itself

GO- 2+3

Volumetric mixing device for up to 5 measurement gas flows
GO-VM5 was developed for a total or single measurement of up to
5 measurement gas flows with just one measurement device.

GO-VM5 therefore consists of 6 controllable pumps and 5 controllable
volume flow regulators for a precise volumetric mixing of the 5 measurement
gas flows. A downstream measurement device is then able to measure
the resulting “sum gas”. Via the control of each gas flow, it is even possible
to measure each gas flow separately. The measurement gas in each channel
is flowing permanently to ensure “fresh and current” measurement gas
at any time, avoiding switch over and flush effects.

With GO-VM5 it is possible to reduce the quantity of required measurement
devices to just one. The sum value therefore can be measured directly
and not need to be calculated.

GO-VM5 was developed for the use with our GO-ATC, but can be used
as well in combination with other analyzers or measurement devices such
as e.g. any FID. Variations with more or less measurement gas flows can be realized on request.

GO-VM 5