We use cookies and similar technologies on this website ("Cookies"). In order to allow their use to analyze website usage and to enhance functionality, please click on “Accept”. To change the settings and select which specific Cookies we are allowed to use, or to obtain more detailed information, please click on “Details”.

Details

Deny

Accept

Below, you can activate/deactivate the individual technologies that are used on this website.
Consent to all
Required

These Cookies make a website usable by providing basic functions such as page navigation, language settings, and access to protected areas. As the website is unable to function properly without them, you cannot opt out of this kind of Cookies.

Functionality

These Cookies help us to improve the functionality and attractiveness of our websites, and your user experience by saving, for example, your settings, and selections as well as filters, and to recognize your device on subsequent visits.

Analysis

These Cookies allow us, and the service providers (e.g. Google via the Google Analytics service) to collect and analyze information and statistics about your interaction with our website. This helps to optimize our website using the findings obtained.

Dürr Megtec SNCR Injector

Selective Non-Catalytic Reduction (SNCR) Systems

In certain applications, Dürr Megtec’s selective non-catalytic reduction (SNCR) technology can be deployed as a relatively low capital cost solution.

Operating principle Selective Non-Catalytic Reduction Systems

Our SNCR technology utilizes custom-designed Turbotak atomizing nozzles to inject ammonia or urea solutions directly into the hot gas to chemically reduce NOx to nitrogen and water. In applications where site-specific performance data is necessary, we can conduct a full-scale demonstration of the effectiveness of an SNCR system.

Application area Selective Non-Catalytic Reduction Systems

We offer pilot testing at your facility to determine the feasibility of SNCR for NOx emissions control. Urea and ammonia injection testing is conducted to evaluate the best choice of reagent for your process, proper equipment sizing for full-scale installation, and injection locations.

We continue to expand our database in chemical production applications such as glass and carbon black manufacturing through full-scale demonstrations. Our goals are to maximize NOx control performance while optimizing chemical utilization with low reagent consumption and the lowest levels of reagent slip. We utilize both predictive and scale modeling techniques to assure optimum gas flow distribution to achieve this goal.