CH3OH + (C6H5)3CCl → (C6H5)3COCH3 + HCl
The reaction is second-order for methanol and first-order for triphenyl methyl chloride with a rate constant of 4.4810-3 (m3/kmol)2/s at 298oK, 101 kPa. Feed concentrations are 0.11 kmol/m3 for the triphenyl methyl chloride and one-half that concentration for the methanol.
a) For 50 percent conversion of methanol utilizing a singl CSTR, calculate the required reactor space time.
b) What reactor type, CSTR, PFR, or batch, would you recommend for this reaction?
We need you to clarify your question for our tutors! Clarification request: Dear Student, I tried looking into your... View the full answer
Recently Asked Questions
- Discuss the major characteristics of primary groups, secondary groups, in- groups and out -groups, and reference groups and provide n example of each from your
- 1 of 20 This type of software collects your personal information, monitors your Web surfing habits, and distributes this information to a third party.
- The U.S. Department of Transportation requires tire manufacturers to provide tire performance information on the sidewall of a tire to better inform