What is the equilibrium conversion for a reversible reaction in a batch reactor?

In summary, a Batch Reactor Conversion is a chemical reaction that takes place in a closed vessel where reactants are added, allowed to react, and then products are removed. It differs from other types of reactors in that it has a fixed volume and is not continuously fed with reactants. Some advantages of using this type of reactor include flexibility in reaction time and conditions, easy scale-up for larger production, and lower cost and simpler design compared to continuous flow reactors. However, there are also potential limitations such as longer reaction times and difficulties in maintaining consistent reaction conditions. Batch Reactor Conversions are suitable for a variety of chemical reactions including polymerization, esterification, hydrolysis, oxidation and reduction, acid-base, and addition and elimination
  • #1
cruckshank
17
0
I am struggling with the following problem:

A reversible reaction where: CH3COOH + H2O--><--CH3COO- + H3O+
The overall solution initially has a CH3COOH concentration of 0.01mol/L and no acetate. The solution has 0.001mol/L of H3O+. Assume that this is constant throughout the experiment. K(equilibrium constant)=4.7*10^-4.

Show that the equilibrium conversion is 32%.
 
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  • #2
Never mind, finally figured it out.
 
  • #3
Next time, I suggest you place it in the homework forum
 

What is a Batch Reactor Conversion?

A Batch Reactor Conversion is a process in which a chemical reaction takes place in a closed vessel, called a batch reactor. The reactants are added to the reactor, allowed to react, and then the products are removed. This process is repeated for a set amount of time until the desired conversion is reached.

How does a Batch Reactor Conversion differ from other types of reactors?

Batch Reactor Conversions differ from other types of reactors in that they have a fixed volume and are not continuously fed with reactants. This means that the reactants are added in batches and the entire reaction takes place within the reactor. Other types of reactors, such as continuous flow reactors, have a continuous flow of reactants and products.

What are the advantages of using a Batch Reactor Conversion?

There are several advantages to using a Batch Reactor Conversion. These include:
- Flexibility in reaction time and conditions
- Easy scale-up for larger production
- Easy separation of products
- Reduced risk of contamination
- Lower cost and simpler design compared to continuous flow reactors

What are the potential limitations of Batch Reactor Conversions?

While Batch Reactor Conversions have many advantages, there are also some potential limitations to consider. These may include:
- Longer reaction times compared to continuous flow reactors
- Difficulties in maintaining consistent reaction conditions
- Potential for byproducts due to longer reaction times
- Limited production capacity compared to continuous flow reactors

What types of reactions are suitable for Batch Reactor Conversions?

Batch Reactor Conversions are suitable for a wide range of chemical reactions, including:
- Polymerization reactions
- Esterification reactions
- Hydrolysis reactions
- Oxidation and reduction reactions
- Acid-base reactions
- Addition and elimination reactions

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