MCERTS PFM 20

The Foedisch team is very pleased to announce that the PFM 20 dust measuring device has received the "MCERTS for stack emissions monitoring equipment at industrial installations" certification with the beginning of the year 2023. 

Certification range:

Dust 0 - 7.5 mg /m³

The team of Dr. Födisch Umweltmesstechnik AG herewith cordially invites you to meet at the ACHEMA 2022 in Frankfurt (Germany). 

We proudly present several new products among others the new cold-dry gas analyser MGA 20. We rely on proven IR photometer technology combined with state-of-the-art data analysis to achieve the smallest possible certification ranges. The QAL1 type approval according to DIN EN 15267 starts. Be curious about a new generation of cold-dry gas analysis.

At the ACHEMA taking place from Aug. 22 to Aug 26, 2022 we will welcome you at our booth E 79 in hall 11.1.

Visit of our subsidiary CEM Solutions

During the last few days, Mike Lloyd (Managing Director) and Stéphane Canadas (Sales & Marketing Manager) of our subsidiary CEM Solutions (UK) Ltd. visited the Foedisch Team to coordinate the business strategy. CEM Solutions provides outstanding service, offering straightforward solutions and support for industrial emissions monitoring. By the way Tarja and Simone congratulated Mike being awarded "Sales Partner of the Year 2021". The Foedisch sales and engineering team are looking forward to working on many new and technically demanding projects together with CEM Solutions in the UK.

New solution hot/wet UVA 17 HW + iFiD in DeNOx monitoring after SCR

Our Taiwanese partner Daniel Lu from Dalehigh Instrumenst Co. Ltd. wanted to know if Dr. Födisch UMT AG can provide a complete solution which not only monitor NO/NO₂, but also measure the NH₃/THC slip with one sampling system after SCR? Well known, conventional solution would be cold/dry analyser for DeNOx process monitoring. However, it cannot measure NH₃. 

As new solution, Dr. Födisch UWT AG combined the hot/wet UVA 17 HW and Testa iFiD analyser in one measuring system. The hot sampling gas is transferred through heated sample gas line into analyzer cabinet. The heated gas distributor splits the sampling gas into 2 separate gas paths. One path of the sampling gas goes into UVA 17 HW for NO/NO₂/NH₃ measurement and the other is transferred into iFID for THC measurement. There are no gas cooler or condensate pumps needed in the cabinet anymore. The conventional gas pump is replaced by integrated ejector in both measuring devices. The benefits for customer are fewer spare parts and less maintenance work. 

If you have any questions to this application or have similar requirement, contact our sales team via email.

Do you know the team at Dr. Födisch Instruments in Hangzhou (China)?

Fodisch Group has been active in China since 2005. The subsidiary Dr. Födisch Instruments in Hangzhou (DFI) was founded in 2015 due to the fast-growing business of dust measuring devices and gas analyzers. The DFI team consists of the experienced sales colleagues and well-trained specialists for all Dr. Födisch products. Our Chinese colleagues are your reliable business partner in China for CEMS and process monitoring devices manufactured in Germany. DFI’s managing director Mrs. Sharon GU (photo: third from right side) is looking forward to your contact.

Expansion of the Födisch Group

Dr. Födisch Umweltmesstechnik AG has acquired EP Ehrler Prüftechnik Engineering GmbH as subsidiary.

SMM 2022 in Hamburg (Germany)

This year we are represented at the world’s leading trade fair for the maritime industry - the SMM in Hamburg. Visit us in hall A1, stand 512.

ACHEMA 2022 in Frankfurt am Main, Germany 

Visit the international leading show for the process industries and meet us local as exhibitor. 

Development of the continuous monitoring of the acid dew point in order to increase the energy efficiency in industrial plants and to protect the climate

The focus of the 18-month project is the development of the continuous acid dew point measurement (methodology and technology). The idea of the research and product development project is based on variety of concrete applications from the chemical, energy and environmental sectors. These sectors have been facing the similar problem for years – namely this means that in combustion plants at a certain exhaust gas temperature, the sulphur oxides react to sulfuric acid which is harmful to the plant in the presence of water vapour. In order to counteract the devastating corrosion process, the exhaust gas temperatures are usually kept well above the acid dew point. The energy expenditure for this is very high, consequently are also the ecological damages considerable. The target is to use appropriate measuring technology to keep the exhaust gas temperature as close as possible above the actual acid dew point, in order to achieve a lower energy input, higher power output and to reduce CO₂, SO₂ and NO_x emissions.

Development of a quick and automatic test system to detect boars smells

Male piglets produce hormones upon their sexual maturity which can initiate a disagreeable boars’ smell. This smell can decrease the sales of boars’ meat in Germany and Europe. Early slaughter and manual odour tests are currently applied. Legal basic conditions aggravate other methods which are used in the early phase of the boars’ growth. From 2019 onwards the piglets’ castration without anaesthesia will be forbidden. Vaccinations shall find a remedy, however these are not the optimal solution with regard to consumer protection. 

In the current R&D project a quick test automatic based on metal oxide sensor technology shall be developed for the application on the slaughter line in order to standardise the judgement of the smell objectively. The project has started on 1^st of August 2016 and will be performed in cooperation with the Frankenförder research institute and a company (slaughterhouse) from Thuringia.

Start of microelectronics EU project IoSense

Project IoSense kicked off on 19. May 2016 in Dresden.  28 partners from 7 European countries launched the project "Flexible Sensor pilot line for IoT", in short: IoSense, on the 19th of May 2016 by consortium leader Infineon Dresden. The whole funding volume of the project is 65 million euros. Funding sponsors are the European Commission, the German Federal Ministry for Education and Research and the Free State of Saxony. Dr. Födisch Umweltmesstechnik AG hereby profits by the further development of the fine dust sensor FDS 15 to chip level, being so prepared for the future requirements of industry 4.0.

Innovation project

Dr. Födisch Umweltmesstechnik AG is sponsoring an innovation project.