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Title
Chemical Engineering Lab 3
Category
courses
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6f5cd1c228d24909b1b40d031442509b
Source URL
https://www.utp.edu.my/Pages/Academic/Faculty-of-Engineering/Faculties/Departmen...
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https://www.utp.edu.my/Pages/Academic/Faculty-of-Engineering/Faculties/Departmen...
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2026-03-25T07:15:24+00:00
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Chemical Engineering Lab 3

Source: https://www.utp.edu.my/Pages/Academic/Faculty-of-Engineering/Faculties/Department-of-Chemical-Engineering/Chemical-Engineering-Lab-3.aspx Parent: https://www.utp.edu.my/Pages/Academic/Faculty-of-Engineering/Faculties/Department-of-Chemical-Engineering/Facilities.aspx

Department of CHE

Faculty of Engineering

Faculties

Academic

Chemical Engineering Lab 3

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​ ​Control Valve Characteristics To determine characteristics curve of linear, equal percentage and quick opening control valve.
​ ​Ratio Control To study the ratio control and compare with a single loop flow control.
​ Flowmeter Measurement ​To study various types of flow meters commonly found in industrial applications.
​ ​Pressure Control 1. To study how a pressure loop can be controlled using a microprocessor-based controller as well as DCS system. 2. To study pressure and temperature compensated flow rate measurement for compressible fluids.
​ ​​Temperature Control Module To study the temperature loop of an exchanger using a microprocessor-based controller as well as DCS system.
​ ​Heat Exchanger Control To study heat exchanger using different types of control techniques.
​ ​Heat Exchanger Process Control Loop To study shell and tube heat exchanger PID temperature control.
​ ​Level Flow Process Control Loop To study the level of water of a self-regulating as well as non-regulating process, level/flow cascade control, valve hysteresis and limit cycling.
​ ​Liquid Flow Process Control To study flow ratio control and the effect of gain and deadtime on performance.
​ ​Cascade Control Loop To study how open and closed tank level measurement and level control is performed, and to provide hands on experience on manipulating various control parameters using a microprocessor-based controller.
​ ​Feedforward Control Loop To study the concept of feedforward control and the tuning of feedforward control loops.
​ ​Temperature Measurement To study temperature measurement using resistance thermometer.
​ ​Dead Weight To study dead weight using pressure gauge.
​ ​Frequency Control of Couple Tank To study frequency control of the coupled tank.
​ ​Frequency Response of Electronic Tank To study the frequency response of electronic tank.
​ ​Analog Panel Meter Calibration To study calibration of a pressure transmitter and I/P converter.
​ ​Pressure Measurements To study pressure measurements by using pressure transmitter.
​ ​Study of Test Instrument To study of test instrument using the calibrator and generator.
​ ​Voltage Current and Power Measurement To study voltage, current and power measurement by using DC ammeter and Handy Calibrator.
​ ​PH, Dissolved Oxygen and Conductivity Measurement To study pH, dissolved oxygen, and conductivity measurement.
​ ​Liquid Flow Control To study flow transmitter calibration by using three-way valve.
​ ​Liquid Level System To study level transmitter calibration using closed valves.
​ ​Digital PID Control System To study digital PID control system for process instrumentation