Industrial Solutions

NOx Reduction in Industrial Plants

As a NOx abatement technology leader, Yara continues to develop its nitrogen oxide air pollution reduction technology capacity to keep ahead of incoming legislation. Through strategic acquisitions and investments, Yara is a leading provider of the two main NOx after-treatment technologies, Selective Catalytic Reduction (SCR) and Selective Non-Catalytic Reduction (SNCR), along with the reagents required to reduce NOx emissions.

Read how we can help you reduce your NOx emissions by up to 98% with our SCR, SNCR and Hybrid technologies.

Yara Environmental Technologies is a leading provider of high-performance SCR systems for the removal of up to 98% of NOx emissions. More than 1300 Yara SCR systems are installed in cogeneration plants, industrial boilers and ships worldwide. Yara SCR systems were formerly marketed by H+H Umwelt-und-Industrietechnik GmbH and Strabag Energy Technologies GmbH (now known as Yara Environmental Technologies). Yara Environmental Technologies in Austria is the centre of competence for basic / detail engineering and turnkey solutions of SCR & SNCR DeNOx systems.

Our flue gas cleaning systems are used globally for the efficient removal of pollutants from flue gas using catalytic & non-catalytic denitrification processes. Hazardous substances (NOx, SO2, SOx, Hg, Dioxin, etc.) are substantially reduced through an ideal combination of our systems to provide tried-and-tested, leading-edge technologies for environment-friendly power plants and industrial applications.

Our clients are:

  • Energy providers
  • Operating companies
  • Associations
  • Waste disposal companies
  • Municipal authorities
  • Paper and pulp industry
  • Agricultural and food industry
  • Refineries

Read more about Yara’s SCR technology for NOx reduction.

We use cookies on this website. If you continue to use the site without changing your settings, you agree that we may store and access these cookies on your device. To understand more about our use of cookies and to change cookie settings at any time please see
Cookie Preferences
I accept cookies