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From the point of energy efficiency a very simple effect also has to be considered:
Particle burnout takes some time.A particle igniting earlier under given ambient conditions will burnout earlier,which means that heat release profile in a rotary kiln will have a tendency to lower back-end temperature influences the heat transfer characteristics in the suspension preheater aiming at reduced thermal losses with the exhaust gas finally resulting in a higher thermal efficiency of the complete kiln system.

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Coal/transport air outlet velocity at burner tip here typically may be chosen as low as possible,as no demand of the pneumatic transport system is existing (due to vertical arrangment).Outlet velocity of 6m/s for petcoke is a common value.
Combustion in a rotary kiln is completly different as it has to take care for the process demands.The heat release of the burner flame needs to meet the process requirements.
In rotary kiln burners the coal transport velocity (due to horizontal arrangment) plays a more important role.In order to avoid pulsations of transport air pressure the velocity in the transport piping system must not decrease below approx.30 m/s. The same is valid for the long annular duct of the rotary kiln burner where a velocity of 25 m/s is common.
The optimum outlet velocity of the pulverized fuel in a rotary kiln burner depends on a number of influencing factors(volatile release behaviour,kiln lenght,secondary air temperature,etc.) which means that adaption of coal outlet geometry is a good instrument enabling burner operator for optimising operation.

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"Preheating of combustion air in general is advantageous,as mentioned before,but not necessary,as furnace geometry by designer normally is adapted to fuel properties in order to achieve best possible bornout.Flame shape and invidual heat release in a refactory-lined combustion chamber does not play a dominant role for the final result,if appropriate dimensional criteria are followed and the exiting hot gas flow meets the demands of the downstreams process.
Combustion in a hot gas generator is controlled by fuel input velocity(much lower than in rotary kilns),combustion air staging ratio and by control of furnace temperature(which is impossible in rotary kilns).Hot gas generators fired with pulverised fuels typically are designed as vertical version in order to minimise molten ash deposits at furnace walls."