… burner designs or operating condition. In this research, the burner will be designed to incorporate
swirling … Swirling flow induces a highly turbulent recirculation zone, which stabilises the …

… to swirl number on the overall performance of the airswirler.The general set-up for liquid
bio-fuel burner … into the liquid bio-fuel burner and flows axially before entering radial through the …

… crucial not only for reducing emissions but also for minimizing … system, but it cannot accurately
represent the NO X emission … Radial temperature profile for diesel flames having a burner …

… and NOx reduction capacity of burner increases as primary … a liquid bio-fuel burner system
with various radial air swirlers … , the burner system with various radial air swirl generator (the …

… of swirl in the liquid fuel burner, ranging from lean to rich mixtures. The results show that when
the swirling flow was increased, the emissions … for burner systems to reduce emissions by …

… that can be mitigated using a swirler to help in anchoring the flame on the burner tip. The
main … Hence, reduced NOx emissions are obtained [26]. For the same swirl number, the radial …

… varying the opening size of radial and tangential air passages… parameter values for the swirl
generator used in this study are … substantially reduce the density of gases within the swirling …

… it extremely difficult to reduce the pollutant emissions while it … cost modeling of the bio-fuel
distribution system. This will allow … force in swirling air as a result of the change of its radial to …

… for the environment and the pursuit of reduced emission levels. … (swirling flows) consists
of vortex-shaped flows that feature a tangential velocity component, along with axial and radial …

… existence of swirl in the inlet air flow reduces pollutants' emission and … Claypole and Syred
[19] studied the effects of swirling flow … 2, in high-swirl vane angles, flame propagates in radial …