It also includes training in basic skills in computers and operating systems and awareness of the trainee about the importance of safety tools and how to use them, in addition to specialized skills in chemical production, such as those related to the chemical industry and energy. The curriculum also keeps pace with the rapid developments in chemical production and the needs of the industrial market. The focus during the training will be on the practical side and link it to theoretical information in most of the specialized courses through intensive basic practical training and the use of a cooperative training program with sectors related to the trainee's field of study.
The course provides a detailed explanation of units of measurement systems and dimensions used in industrial processes. In addition, it gives the student the ability to handle process variables and how to calculate the chemical composition of the mixtures and solutions. This course aims to provide the trainee with the basic concepts of thermodynamics and its applications.
In addition, it provides the trainee with a detailed explanation of the first law of thermodynamics and its application to various systems. This course deals with the application of the science and techniques you have learned to the separation of chemical mixtures.
Courses Detail Description
In addition, it provides a complete explanation of the laws of material and energy balance and their application to industrial units, whether single or multiple. In addition, it provides the trainee with a detailed explanation of the first law of thermodynamics and its application to various systems. 2 Experiment 2: Determination of the diffusivity of selected gases 4 3 Experiment 3: Determination of the diffusivity of liquids 8.
7 7th experiment: calculation of selected distillation parameters 4 8 8th experiment: verification of the distribution law of a solute. This course provides the trainee with the basic topics of polymer technology at a rate of two hours per week. This course aims to teach the student the basic skills for wastewater treatment.
1 Operation of a manual control valve and knowledge of its characteristics 4. 2 Operation of an electric control valve 4. 3 Determination of the valve flow coefficient Cv 8. 4 Operation of motorized valves and study of its characteristics 8 5 Control of liquid level in the tank using a two-mode measuring level. 8 7 Study the properties of a two-mode controller 8 8 Study the properties of a proportional controller 8 9 Study the properties of a proportional-differential controller 8 64 Textbook: Instrumentation for Process Measurement and Control, Norman A. Department Chemical Engineering Major Chemical Production Course Name Plant Design & Economics Course Code KCHE 413 .
Training will be carried out on the basis of project cost estimation at all stages, after familiarizing ourselves with the general idea of accounting. This course mainly focuses on exposing students to the various equipment used in the chemical industry and prepares them for the practice of producing detailed equipment drawings.
1 Essentials of Drawing
Piping Symbols and Pipe Joints
3 Proportionate Drawings of Some Parts of Equipment
4 Proportionate Drawings of Some Common Equipment
1 STHE)-
5 Dimensioned Drawings of Some Pipe Fittings
6return valve (NRV)
7 Dimensioned Drawings of Some Pumps
8 Introduction to Computer Aided Design and Drawing
Software System Requirements 8.7 applications in Chemical Processes
This course is primarily a necessary course for Environmental Science students interested in energy as a possible career, and a useful elective course for engineers interested in renewable energy. This course provides an introduction to energy systems and renewable energy sources, with a scientific examination of the energy field and an emphasis on alternative energy sources and their technology and applications. References: Godfrey Boyle, “Renewable Energy, Power for a sustainable future”, 2004, Oxford University Press, in association with The Open University.
Textbook: Godfrey Boyle, "Renewable Energy, Power for a sustainable future", 2004, Oxford University Press, in association with The Open University. This course provides skills to solve certain chemical engineering problems using the computer programs. Specific processes considered will include basic concepts of distillation, absorption, adsorption, ionic separations, and other techniques.
The aim of the course is twofold: to understand how separation works, and to further develop your ability to apply basic principles in solving specific problems. Overview of conventional processes, Recent developments in separation techniques based on size, surface properties, ionic properties and other special characteristics of substances, Process. Multi-stage tray tower Design : Material and enthalpy balance of a fractionator - Ponchon and Savarit and McCabe - Thiele method - Enrichment section with total condenser and reflux below the bubble point - partial condenser - Stripping section.
Reboiler layouts - use of open steam - use of multiple feeds - effect of heat loss - feed input and its effect on operating lines - q-lines and tray location - fractionation of azeotropic and partially miscible binary mixtures - tray efficiencies. Continuous contact equipment: Concepts of transfer units - HTU and NTU - and height of enrichment section and stripping section - Graphical methods. Equilibrium solubility of gases in liquids - Selection of solvent for absorption and removal - Design of a single-stage countercurrent absorption tower (packing tower) - Design of a packing tower - Design of a packing tower based on the overall mass transfer coefficient - Countercurrent multi-stage absorption (absorption tray) - Equipment for continuous contact- Absorption by chemical reaction- Absorption accompanied by irreversible reactions m. order- Absorption resistance.
1 Distillation Experiment Using Pilot Plant: Determination of VLE, Steam Demand and Evaporation Efficiency, Steam Distillation Efficiency, Verification of Rayleigh's Equation for Simple Distillation, Distillation in Packed Columns, HETP. 2 Absorption experiment using pilot: Verification of design equation for packing height in packed tower absorption of ethanol in water, absorption of carbon dioxide in sodium carbonate solution. Course Description: Writing Skills is a course developed to provide the student with methodologies for writing scientific texts in various academic contexts: research papers, reports, conference talks, grant proposals, etc.
Lab and Workshop's for all
