Along with the complexities of combustion, calcination and clinckerisation, pollutants formation raises additional issues. Why are they formed? How to reduce their formation to comply with legislation?
The MI-CFD provides answers to these questions through the coupling of the NOx and CO chemistry with the flow, heat transfer and combustion calculations.
CINAR‘s extensive experience allows “green solutions” to be identified which enable pollutant emissions reduction for the lowest CAPEX and OPEX.
This can be achieved by using MI-CFD to evaluate changes in operating conditions, or burners and meal inlets relocation, which optimise emissions reduction without adversely affecting plant performance.
Regarding NOx, for example, conditions for minimized urea or ammonia utilization can be determined.
Advantages of our solutions
NOx and CO Emissions Reduction
Use MI-CFD to evaluate changes in operating conditions or burners and meal inlets relocation which optimise emissions reduction without adversely affecting plant performance.
Avoid trial-and-error costs and ensure that only high ROI (Return Over Investments) modifications are implemented.
Reduce NOx emissions by up to 40% without injecting ammonia or urea.
Read the Full Case
Learn about the success case in which Cinar has helped reduce NOx and CO emissions. Available in portuguese.