flame stability

Picture index Test protocol for flame stability tests at high wind speeds.

Good flame stability even during cold start-up conditions.

Figure 3, shows the influence of the ring gap size (d ) on the flame stability limits in turbulent flow.

Numerical models are being developed to predict the flame stability characteristics and the blowout limits.

Natural gas and/or No. 2 fuel oil are used for ignition, preheating and flame stability.

Atmospheric and blast type with excellent flame stability and a range of sizes and capacities.

B. Khandelwal et al. have experimentally studied the flame stability limits and other characteristics in a two staged micro combustor.

The combustion air feeding the burner has a completely different composition, and this may affect the combustion chemistry and flame stability.

The near-wall velocity gradient of the unburned reactants flowing from a tube is a key parameter for characterizing flame stability.

Experimental investigation on the effect of the burner orientation (to the air flow direction) on flame stability, efficiency and emission characteristics, with particular attention paid to flaring conditions.

Many of the burner tips and burner packages were originally designed to suit a metal working process and combine rugged construction with precision machining for greater control and flame stability.

They found out that staged combustor leads to higher flame stability limits, in addition to that they also offer higher temperature profiles which would be helpful in utilizing the heat produced by combustion.

Because of the inherent flame stability associated with the baffle and the jet effects it creates, the air staged burner with hot air is suitable for use with exhaust gas recirculation in many applications.

In this application, duct pods with heat inputs of up to 7.5 MW(t) are arranged within a duct section (horizontal or vertical) and are provided with a small amount of stabilising air to promote flame stability.

Her research on flame stability has led to the development of numerical models which allow the estimation of the effect of changes in fuel composition and in the co-flow conditions on the flame stability and blowout.

The ECOMAX turbine tuning system provides an automated, fully customizable solution to achieve customer-determined operational objectives, while continually monitoring and adjusting key combustion control parameters to maintain NOx & CO compliance, flame stability and acceptable combustion dynamics.