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Exercise 11.1 Mixing in a continuous stirred tank reactor

Exercise 11.1 Mixing in a continuous stirred tank reactor [Pg.222]

Ethyl acetate reacts with soda in a CSTR as follows  [Pg.222]

The reaction is first order with respect to each of the constituents. This reaction s constant is A = 200 L moT h . In the following discussiort, we denote ethyl acetate by A and soda by B. Both products are in solution in water. The diffusivities of the two constituents are, respectively, Da= 10 cm s andDB= 3.1 x 10 cm s .  [Pg.222]

The reactor is a cube of volume V= 1 L. Both products enter the reactor at the same rate g = 15 L h and have been prepared with the same concentration C = 1 mol L.  [Pg.223]

Is the mixing effective What is the advancement time of the reaction To what extent is the reaction completed at the reactor s outlet  [Pg.223]




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CONTINUOUS MIXING

Continuous stirred reactor

Continuous stirred tank reactor

Continuous stirring tank reactor

Continuously stirred tank

Continuously stirred tank reactor

In a mixing tank

In a stirred tank reactor

In stirred tank reactors

In stirred tanks

Mix Reactors

Mixed reactors

Mixing continued

Mixing continuous reactors

Mixing in reactors

Reactor stirred

Reactors mixing

Reactors stirred tank reactor

Reactors stirring

Stirred continuous

Stirred mixing

Stirred tank reactors

Stirred tanks, mixing

Tank reactor

Tank reactor reactors

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