- #1
davidgrant23
- 22
- 0
Hi there,
I am currently looking to build a rotating kiln to provide the necessary heat/res. time/gases to react a solid feedstock. The problem that I can envision, however, is that the solid (which is fed as small particles) may become entrained in the counter-current gas flow inside the rotating kiln.
Is there some fundamental or empirical relationship between the velocity of the counter-current gas flow and the rate of entrainment of the solid particles?
Cheers
I am currently looking to build a rotating kiln to provide the necessary heat/res. time/gases to react a solid feedstock. The problem that I can envision, however, is that the solid (which is fed as small particles) may become entrained in the counter-current gas flow inside the rotating kiln.
Is there some fundamental or empirical relationship between the velocity of the counter-current gas flow and the rate of entrainment of the solid particles?
Cheers