FCC reactor design : Part II In part I, reaction kinetics, cracking chemistry, pressure balance, catalyst and vapour residence times, and fluidisation were considered. In part II, feed injection technology and riser termination devices to minimise dilute-phase cracking are reviewed
Letzch, Warren
FCC reactor design : Part II In part I, reaction kinetics, cracking chemistry, pressure balance, catalyst and vapour residence times, and fluidisation were considered. In part II, feed injection technology and riser termination devices to minimise dilute-phase cracking are reviewed - ene./feb./mar. 2009 - 4 p. ; 25-29
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FCC reactor design : Part II In part I, reaction kinetics, cracking chemistry, pressure balance, catalyst and vapour residence times, and fluidisation were considered. In part II, feed injection technology and riser termination devices to minimise dilute-phase cracking are reviewed - ene./feb./mar. 2009 - 4 p. ; 25-29
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