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Types of Reactors 1.1

Total questions: 10

Worksheet time: 5mins

Name
Class
Date
1.

What is the primary characteristic of a batch reactor?

a)

Continuous feed and discharge

b)

Operates without feed or discharge during reaction

c)

Operates only in a steady state

d)

Requires a catalyst

2.

In which type of reactor is the reactant concentration uniform throughout?

a)

PFR

b)

Batch Reactor

c)

CSTR

d)

Packed Bed Reactor

3.

What type of reactor is typically used for high-pressure gas-phase reactions?

a)

Batch Reactor

b)

Packed Bed Reactor

c)

CSTR

d)

PFR

4.

Which reactor is commonly used in small-scale production or laboratory studies?

a)

Batch Reactor

b)

CSTR

c)

Packed Bed Reactor

d)

PFR

5.

What type of reactor is ideal for liquid-phase reactions requiring constant mixing?

a)

PFR

b)

Batch Reactor

c)

CSTR

d)

Packed Bed Reactor

6.

Which reactor is most suitable for exothermic gas-phase reactions?

a)

Batch Reactor

b)

Packed Bed Reactor

c)

PFR

d)

CSTR

7.

What is one major disadvantage of a batch reactor?

a)

Cannot handle multiple reactions

b)

Requires frequent loading and unloading

c)

Inefficient mixing

d)

Limited scalability

8.

Why are CSTRs often used in industrial settings?

a)

High efficiency for reactions with heat transfer requirements

b)

No need for continuous operation

c)

Low energy requirements

d)
  • Ideal for solid-phase reactions

9.

In a PFR, the concentration of reactants:

a)

Remains constant

b)

Decreases along the length of the reactor

c)

Increases along the length of the reactor

d)

Fluctuates throughout the reactor

10.

What is the role of a catalyst in a packed bed reactor?

a)

Reduces the pressure drop

b)

Increases reaction rate

c)

Prevents clogging

d)

Maintains uniform flow