
The Dr. Födisch MCA 14 m and MCA 16 m is a mobile measuring system for temporary emission measurement of pollutants in flue gas and for process control.

The Dr. Födisch MGA 12 is a cold gas measuring system for continuous emission measurement of pollutants in flue gas and for process control.

The Dr. Födisch MGA 12 is an extractive gas analyser for continuous measurement of oxygen in flue gases and process gases.

The Dr. Födisch MGA 20 is a cold gas analyser for measurement of pollutants in flue gas and for process control using IR-technology.

The Dr. Födisch OMD 14 is an in-situ measuring device for continuous measurement of the concentration of free oxygen in flue gases and process gases.

The Dr. Födisch UVA 17 CD is a cold-dry spectrometer-based gas analyser for measurement of pollutants in flue gas with low concentrations and for process control.

For continuous volume flow measurement in dry gases.

For continuous, contactless volume flow measurement in dry and humid gases.

For monitoring the efficiency and function of filters and filter systems by qualitative measurement of the dust concentration in dry process and flue gases.

Versatile, combinable accessories for supplying DURAG sensors with power and purge air, as well as flexible control options.

Certified and approved PM CEMS providing very high-quality monitoring of very low to medium particulate concentrations in dry flue gas flows.

Extractive measurement of wet flue or process gases. For monitoring small to medium dust concentrations.

The cost-effective solution for continuous, contactless dust and opacity measurement at medium to high concentrations in dry flue and process gases.

For continuous, contactless dust and opacity measurement at medium to high concentrations in dry flue and process gases.

For continuous, contactless measurement of low to medium dust concentrations in dry flue and process gases.

Extractive continuous dust measurement of small to medium dust concentrations in wet flue and process gases even under difficult plant conditions.











