CINAR‘s research and industrial projects provide the essential foundations for reducing emissions by focusing on combustion chemistry, turbulent reacting flows and the extensive use of mathematical modelling to ensure 100% success in targeted emission reductions with minimum project costs.

The outcome of these activities is the design and fabrication of various combustors, their burners, sorbents and adsorbent injection protocols. The latest generation of burners can handle the injection of waste derived fuels at desired burner locations to reduce NOx, SOx, CO and VOCs. Safety and stability measures come as standard as a result of advanced concepts that simultaneously increase fuel economy and reduce emissions.

CINAR has conducted research for government agencies, the European Union and cement/lime, glass and steel industries and power generating companies in order to minimise the emission of nitrogen oxides from various fuels. CINAR is also working to meet the stringent legislation applicable for the incineration of fuels derived from wastes that are considered to be carcinogenic and otherwise harmful to humans directly or indirectly.

CINAR‘s projects also encompass reduction of CO₂ through off-setting a portion of the non-green to carbon neutral fuels through a combination novel measures. The avoided CO₂ capture cost makes the biofuel option economically competitive when compared with conventional fuels.