Emission Reduction Solutions
-
Up to 40–60% NOx reduction (SNCR technology). Proven performance in grate-fired plants using natural gas, biomass, and heavy fuel oil – fully compliant with current and upcoming emission standards.
-
Integrated with our advanced Dynamic Control System. Years of in-house development ensure precise reagent dosing, stable operation under fluctuating loads and maximum system efficiency.
-
Optimised operational costs. Reduced reagent consumption and lower operating expenses through intelligent real-time process control.
-
Proven industrial track record. 15+ successfully delivered SNCR and Ultra-Low / Low NOx installations across Europe. Reliable performance in diverse industrial environments and fuel applications.
-
Supporting Europe’s climate targets. Contributes to achieving the EU 2030 target of 55% greenhouse gas reduction and climate neutrality by 2050 while significantly reducing air pollutants affecting environment and human health.
In the pursuit of reducing NOx emissions from a variety of grate-fired plants utilizing diverse fuels, including natural gas, biomass, and heavy fuel oil, several key technologies have emerged as effective solutions. These technologies encompass Low NOX burners, Ultra-low NOx burners, Selective Non-Catalytic Reduction (SNCR) systems, Continuous Emissions Monitorin  System (CEMS). These systems are meticulously designed and implemented in accordance with prevailing NOx reduction regulations.
​
At Energy ON, our expertise ensures that these plants operate in compliance with the latest NOx-reduction standards, contributing to a cleaner and more environmentally responsible energy generation landscape.
SNCR systems
| SNCR systems. Post-combustion NOx-control technologies that reduce NOx to N2 and H2O with ammonia or urea-based inhibitors. Designed for solid, liquid, and gaseous fuels. Delivers consistent emission control performance regardless of combustion technology or boiler type.
Low NOx burners
| Low NOx burners. These NOx control technologies aim to minimize NOx formation during combustion.
Ultra-low NOx burners
| Ultra-Low NOx burners. In this solution, the fuel gas is mixed with air before being injected into the combustion zone, so the flame remains at a low temperature.
Emissions monitoring system
| Continuous Emissions Monitoring System (CEMS). It provides real-time analysis of flue gas composition and process parameters. By integrating with the SNCR and SCADA systems, it ensures optimised emission reduction performance and full regulatory compliance.
We install and verify Automated Measuring Systems (AMS) in compliance with EU directives, ensuring QAL2 and AST procedures are performed by ISO 17025 and ISO 17020 accredited laboratories. This guarantees full technical compliance and maximum measurement accuracy for your biomass combustion and NOx reduction projects.
