A&WMA Webinar: NOx, NOx Who's There? Understanding NOx Formation and Control

Note: This Registration is for an In-person webinar! If you would like to view online-only you will need to register directly through A&WMA here: Register online

NOx emissions are one of the most heavily regulated air pollutants and the hottest and most discussed topics in air pollution control today.  In years past, the requirement to control NOx emissions was largely left to heavy industry.  However, today NOx emission limitations are applied to both small and large mobile and stationary sources. 

Drive a diesel truck?  Have to put that blue liquid in the tank?  You're controlling NOx. 
Operate a backup generator at a school or hospital?  Chances are it is equipped with a catalytic converter to control NOx. 

On a larger scale, if you're operating a large combustion source at a chemical plant or refinery, you have likely spent some time in the last few years estimating your NOx emissions and finding a way to reduce them either administratively or with control devices.  This webinar will provide the information you need to understand the combustion chemistry that results in NOx formation and will provide real world examples of combustion and post-combustion technologies for reducing the NOx that is produced from stationary sources.  In addition to providing technical details, the webinar will also provide strategies for minimizing the cost of emissions control. 

A&WMA UMS will be hosting this webinar at American Engineering Testing in St. Paul. All registrants must attend the event in person to view the webinar. 


November 16, 2016 (Wednesday), 12:00pm – 1:30pm (check-in at 11:30am)


American Engineering Testing
550 Cleveland Ave No.
St. Paul, MN 55144


$25 for Members
$45 for Non-Members

Includes Lunch from Jimmy John’s (with Beverages and Cookies provided by our host, American Engineering Testing!)


Please register on-line using the form to the right.  The cost includes lunch from Jimmy John’s.  Questions?  Contact: Mike Hult (link sends e-mail).