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Chemical Engineering

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OPTIMIZATION 1

Optimization

Student’s Name

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OPTIMIZATION 2

Abstract

Optimization of reactions is a fundamental aspect of industrial and process chemistry. When

properly implemented, the process can lead to improved industrial yield and reduced wastage.

The overall objective of optimization in this case is to maximize the steady state profit.

Following the available parameter variables; feed flow rate of A and B, feed concentration of

A and B, permissible reactor temperature, inlet feed temperature, cooling system and the

cooling water floor rate, a univariate approach to optimization will be done. These variables

exist individually but their combination impacts the overall direction of the reaction. Therefore,

applying this theoretical model will demonstrate how different reactor parameter scenarios will

impact the overall goals of the case. For example, a univariate analysis of how the feed flow

rates of the provided inputs will generate an optimized ratio of input that guarantees maximum

output and minimum wastage will be done. This technique will be used on all available reactor

variables to establish the optimum level and design needed to ensure production is maximized

with optimized consumption and waste.

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OPTIMIZATION 1 Optimization Student’s Name Institutional Affiliation Instructor Course Date OPTIMIZATION 2 Abstract Optimization of reactions is a fundamental aspect of industrial and process chemistry. When properly implemented, the process can lead to improved industrial yield and reduced wastage. The overall objective of optimization in this case is to maximize the steady state profit. Following the available parameter variables; feed flow rate of A and B, feed concentration of A and B, permissible reactor temperature, inlet feed temperature, cooling system and the cooling water floor rate, a univariate approach to optimization will be done. These variables exist individually but their combination impacts the overall direction of the reaction. Therefore, applying this theoretical model will demonstrate how different reactor parameter scenarios will impact the overall goals of the case. For example, a univariate analysis of how the feed flow rates of the provided inputs will generate an optimized ratio of input that guarantees maximum output and minimum wastage will be done. This technique will be used on all available reactor variables to establish the optimum level and design needed to ensure production is maximized with optimized consumption and waste. OPTIMIZATION 3 Theory/Model Our optimization aims to maximize net profits by minimizing inefficiencies and waste. To accomplish our objectives, all input and output aspects will be systematically examined and a ...
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Tags: optimization rate data Optimal Reaction Design