Fuzzy Logic in Two Non-Interacting Tanks in Series
Two Non-Interacting Tanks is commonly used in the petrochemical industry especially when it involves chemical reaction. Most chemical reaction needs optimum time to achieve the target conversion rate, so precise and controlled retention time of the chemicals in the tanks/reactors is very essentia...
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| Main Author: | |
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| Format: | Final Year Project |
| Language: | English |
| Published: |
Universiti Teknologi Petronas
2009
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| Online Access: | http://utpedia.utp.edu.my/870/1/abdullah_b_haji_abu_bakar.pdf http://utpedia.utp.edu.my/870/ |
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| Summary: | Two Non-Interacting Tanks is commonly used in the petrochemical industry especially when it
involves chemical reaction. Most chemical reaction needs optimum time to achieve the target
conversion rate, so precise and controlled retention time of the chemicals in the tanks/reactors is
very essential. This leads to the development of my project where I will compare fuzzy logic
control, an advance control system and compare it with the conventional controller, which is the
P1D controller. Fuzzy Controller is basically a controller that mimics a human in term of decision
making by installing a range of human "decision" based on condition that we have introduced to
the controller. PID Controller however is a controller based on the mathematical process
modeling of the system & it will measure the error of the system from the set-point and perform
a calculation for corrective action based on the PID equation. The results of the simulation will
be compared based on the settling time, overshoot peak and maximum level at steady state of the
tanks. |
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