Fives designs world-class rotary, custom-designed kiln burners for processing cement and minerals such as lime, alumina and iron ore pellets. Our experts use computational fluid dynamics (CFD) modeling to develop these highly efficient, reliable and sustainable burners. Our innovative firing technologies can be tailored to meet our clients’ needs.
The Pillard NOVAFLAM® Evolution meets the specific needs of the cement industry. This latest-generation Pillard NOVAFLAM® rotary kiln burner minimizes NOx and CO emissions thanks to its low-NOx design and enhanced alternative solid fuel (ASF) substitution rate.
Available from 8 to 200 MW power, this premium mono- or bi-channel burner combines a variety of breakthrough innovations that make it highly resilient:
Longer burner and kiln refractory lifetime
Greater burner adaptability
High cement clinker quality and production rate
Optimum fuel flexibility
Strong thermal efficiency
Depending on the level of emissions required, North American Ultra-Low NOx EcoFornax LEx or North American Low NOx Magna-Flame 4796 burners can be utilized for mineral drying or calcining. The flexible design and capability to fire a wide range of fuels makes these burners suitable for almost any rotary kiln application.
The Pillard ROTAFLAM® is the first flexible, multi-fuel rotary kiln burner for non-ferrous minerals pyroprocessing and iron ore pelletization. For more than 20 years, the Pillard ROTAFLAM® has been successfully used in a wide range of non-cement calcinations and reduction processes including:
Pulp & paper lime recovery
A central flame stabilizing system guarantees a steady flame even from a cold start and with low secondary air temperatures. Its high combustion efficiency lowers residual CO emissions.
The Pillard DNOxFLAM™ is a low-NOx burner for rotary kilns that offers high combustion efficiency and low operational costs. The Pillard DNOxFLAM™ is used in cement, lime and all other mineral processes using rotary kilns.
The Pillard DNOxFLAM™ delivers average NOx reductions of 20%, compared to conventional direct fired mono-tube burners. It can be installed in direct firing systems without modifying existing equipment. This unique technology offers, among other advantages:
Improved flame stability
Faster ignition of pulverized coal particles
Reduced black plume length
Burner light-up and flame detection system