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internships and it focuses on getting courses sequence covering the Worked Case Studies. The Worked CME 461 - Petroleum Refining CME 464 - Chemical Process CME 471 - Polymer Chemistry
the students involved in the day-to- application of principles of chemical Case Studies along with the projects Processes Safety and Reaction Engineering
day business events in a relevant, and process Engineering: Mass and assignments the students will
modern and automated organization. transfer; Separation processes; undertake will emphasize problem Credit Hours: 3 Credit Hours: 3 Credit Hours: 3
The student will follow a well-planned Reaction Engineering; Experimental definition, design conceptualization, Prerequisite: CHE 305 + CME 341 + Prerequisite: CME 301 Prerequisite: CHE 305 + CHE 330
course of action during the period planning, data acquisition and safety modeling, simulation and process CME 331 Applications of engineering principles This course introduces the chemistry
of training. The plan will be devised considerations are emphasized integration. This course covers crude oil and its to process safety and hazards of polymerization and the polymer
jointly by the site-supervisor and throughout. properties and processes involved in analysis, mitigation, and prevention, manufacturing process. It begins
college-supervisor. The course will CME 498 - Capstone Design refineries: Atmospheric and vacuum with special emphasis on the with basic concepts about polymers
be a breakthrough in exposing the CME 450 - Process Design Project I (Capstone) fractionation; Catalytic cracking; chemical process industries; includes and polymerization and covers each
students to the professional work Credit Hours: 3 Credit Hours: 1 Thermal cracking, Hydro-cracking, source modeling for leakage rates, major type of polymerization with
culture and conduct of business Prerequisite: CME 331 Prerequisite: Senior Level + CME 301 Steam reforming; Isomerization, dispersion, analysis, relief valve sizing, relevant kinetics. The qualitative
complexities. Co-requisite: CME 400 + CME 321 + CME 331 + CME 305 alkylation, Absorption; etc. It also fire and explosion damage analysis, effect of reactor design on polymer
CME 399 - Internship II Process Design involves the This course incorporates the covers selected petrochemical hazards identification, risk analysis, manufacture is discussed as well
accident investigations.
industries; Design of processes.
as actual polymer manufacturing
synthesis, integration, and design integration of material from other
Credit hours: 1.5 of chemical engineering processes. chemical engineering courses with CME 462 - Chemical Process CME 465 - Process Heat Transfer processes including those taking
Prerequisite: CME 398 place in the UAE.
This is a three-hour course which is applications to the design of plants Industries
intended to introduce students to and processes representative of Credit Hours: 3 CME 472 - Polymer Properties,
This course is the second of 2 the fundamentals and applications of the chemical, biological, and related Credit Hours: 3 Prerequisite: CME 341 + MEC 300
internships and it focuses on getting process design. The course presents Prerequisite: CHE 305 + CME 331 Testing and Characterization
the students involved in the day-to- systematic process-integration tools industries bounded by design This course covers design of Credit Hours: 3
constraints, namely economic,
day business events in a relevant, for the synthesis, development, This course introduces students to heat transfer equipment for Prerequisite: CME 470
modern and automated organization. and screening of potential process environmental, manufacturer and the processes that chemical chemical processes including: Heat Review and discussion of the
technical and scientific.
The student will follow a well-planned flowsheets. It reinforces equipment engineers use in chemical industries. exchangers; Condensers; Cooling properties of polymers with emphasis
course of action during the period design of common process CME 499 - Capstone Design Specific focus will be made on towers; Evaporators; Process furnace;
of training. The plan will be devised equipment. The principles of process Project II processes used in the following Reboiler. Computer simulations are on structure-property-correlations.
The principles and practical
jointly by the site-supervisor and economics including evaluation industries: Petrochemical, Water/ emphasized. Design constraints
college-supervisor. The course will of fixed and operating costs, Credit Hour: 2 sewage treatment, Fertilizer, LNG, including first and second law of applications of the main techniques
used for polymer characterization
be a breakthrough in exposing the depreciation, and profitability analysis Pre-requisite: CME 498 Soap and detergent, Cement, Food thermodynamic, manufacture, will be discussed. Some applications
students to the professional work will be covered. A continuation of CME 498. processing, Glass, Electromechanical, mechanical and materials.
culture and conduct of business Plastics, Perfumes, and of polymers in relationship to their
properties are illustrated.
complexities. CME 455 - Industrial Software Pharmaceutical. Field trips to local Polymer and Materials
CME 400 - Separation Processes for Chemical Engineers facilities will be made to provide CME 473 - Polymer Processing
students with a better understanding
and Material Design
Credit Hours: 2 Major Elective of how the processes are integrated CME 470 - Introduction
Credit Hours: 3 to Polymer Science and
Prerequisite: CME 301 + CME 305 Prerequisite: CME 300 + CME 331 + into various industries. Engineering Credit Hours: 3
CME 400 (Co-req) Prerequisite: CME 471
This course covers the fundamentals The objective of this course is to Gas Processing and CME 463 - Corrosion Engineering Credit Hours: 3
of mass transfer operations which provide students with a guided Petrochemicals Introduction to the properties of
result in separations required in experience on the construction and Credit Hours: 3 Prerequisite: CHE 305 + CHE 330 polymers, their characterization
Chemical Engineering. Examples of convergence of chemical processes CME 460 - Natural Gas Prerequisite: CHE 330 Definitions, industry overview, techniques and the methods used to
separation processes covered are: in an industry-utilized process Processing This course introduces nomenclature, basic organic process polymeric materials.
Distillation, absorption/stripping, simulator like Aspen Plus and Aspen electrochemical principles and their chemistry of polymers,
liquid-liquid extraction. The material Hysys. Students will understand Credit Hours: 3 application to corrosion of materials polymerization, molecular weight Water Technology
covers aspects of the design of the how to access variables, define and Prerequisite: CME 301 and corrosion control. Topics and molecular weight distribution. Concentration Courses
industrial equipment required for converge design specifications and This course introduces different covered include thermodynamics Basic polymer structure and thermo-
the particular separation process converge tear/recycle streams. Topics techniques for processing natural and kinetics of corrosion, corrosion mechanical behavior and structure
covered. Design constraints will be covered include an introduction to gas. Topics include properties mechanisms, corrosion inhibition property relationship. Mechanical CME 480 - Physical and Chemical
emphasized. the commercial process simulation and behavior of natural gas and electrochemical protection of properties, definitions, viscoelasticity, Processes for Water and
CME 430 - Chemical Engineering software and more specifically to using equations of state, hydrate metals. Case studies from oil and gas other mechanical properties. Basic Wastewater Treatment
rheology and introduction to polymer
production and processing industries
formation, field treatments including
Laboratory II Aspen Plus, Process Simulation dehydration, sour gas sweetening, are also included. processing techniques, recycling.
Software Graphical User Interface, Credit Hours: 3
Credit Hours: 1 Physical Properties Environment sulfur recovery, and liquefaction. Prerequisite: CHE 305 + CHE 330
Prerequisite: CME 321 + CME 331 Set Up, Simulation Environment Design of main processing
Co-requisite: CME 400 and Flowsheet, Unit Operations equipment will be studied. To introduce and apply basic and
This is the second of a two laboratory and the Models, Basic Reporting, advanced concepts of physical
Abu Dhabi University | Undergraduate Catalog 2023 - 2024 Abu Dhabi University | Undergraduate Catalog 2023 - 2024