ANSYS FLUENT 12.0 Theory Guide - 13.2.5 and Production in a Liquid Fuel

13.2.5 and $H{_2}S$ Production in a Liquid Fuel

The rate of or $H{_2}S$ production is equivalent to the rate of fuel release into the gas phase through droplet evaporation:

$S_{\rm pl, i} = \frac{S_{\rm fuel} \; Y_{\rm S, fuel} \; M_{w,{\rm i}}}{M_{w,{\rm S}} V}$

(13.2-9)

where	$S_{\rm pl, i}$	=	source of (kg/m -s), where or $H{_2}S$
	$S_{\rm fuel}$	=	rate of fuel release from the liquid droplets to the gas (kg/s)
	$Y_{\rm S, fuel}$	=	mass fraction of sulfur in the fuel
		=	cell volume (m )

Previous: 13.2.4 and Production in
Up: 13.2 SOx Formation
Next: 13.2.6 and Production from