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Design of a Nonisothermal Packed Catalytic Tubular Reactor

Effect of the activation energy for the forward reaction and y on the effectiveness factor. These calculations are summarized in Table 27-8 for the following parametric values  [Pg.745]

27-6 DESIGN OF A NONISOTHERMAL PACKED CATALYTIC TUBULAR REACTOR [Pg.745]

As discussed in Section 22-2.2, it is necessary to include the appropriate effectiveness factor E( A A, intrapellet) from Section 27-5 in the reaction rate expression which appears in the coupled plug-flow mass and energy balances for [Pg.745]

Dimensionless spatial coordinate measured into the catalytic pellet [Pg.746]

TABLE 27-9 System of Equations to Be Analyzed to Design a Packed Catalytic Tiibular Reactor That Operates Nonisothermally [Pg.747]




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A designed

Catalytic nonisothermal reactors

Catalytic reactor

Design of Tubular Reactors

Design of reactors

Designs tubular

Nonisothermal

Nonisothermal reactor design

Nonisothermal reactors

Of nonisothermal reactors

Of tubular reactors

Packed tubular reactors

Reactor nonisothermal reactors

Tubular reactors

Tubular reactors design

Tubular reactors designing

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