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fire and explosion damage analysis, CME 472 - Polymer Properties, CME 481 - Desalination neutralization, and equalization, using biocatalysts. Processes of Bachelor of
hazards identification, risk analysis, Testing and Characterization Technologies removal of suspended and colloidal interest include those that are
accident investigations. solids, removal of dissolved organics. involved in the formation of desirable
Credit Hours: 3 Credit Hours: 3 Combined treatment of industrial Science in Civil
CME 465 - Process Heat Transfer Prerequisite: CME 470 Prerequisite: CME 341 + CME 300 wastewater with demos tic sewage. compounds and products or in the
transformation, or destruction of
Credit Hours: 3 Review and discussion of the This course aims to study industrial Treatment economics. unwanted or toxic substances. Engineering
desalination processes. Phase Rule
properties of polymers with emphasis
Prerequisite: CME 341 + MEC 300 on structure-property-correlations. and Equilibria, Thermodynamics and CME 484 - Industrial Water CME 492 - Biochemical
This course covers design of The principles and practical Colligative Properties, Scales and Pollution & Control Treatment
heat transfer equipment for applications of the main techniques Chemical Treatment, Multi-Effect Degree Requirements
chemical processes including: Heat used for polymer characterization Desalination Systems, Multi Stage Credit Hours: 3 Credit Hours: 3
exchangers; Condensers; Cooling will be discussed. Some applications Flash Desalination Systems, Theory Prerequisite: CME 301 Prerequisite: CME 490
towers; Evaporators; Process furnace; of polymers in relationship to their of reverse osmosis. Membrane This course provides an overview This course emphasizes on the
Reboiler. Computer simulations are properties are illustrated. types and preparation. Models for of engineering approaches to biological treatment of wastes: CHE 205 - General Chemistry
emphasized. Design constraints membrane transport. Module and protecting water quality with an constituents in wastewater, Credit Hours: 3
including first and second law of CME 473 - Polymer Processing process design. Process parameters, emphasis on water treatment fundamentals of biological treatment, Co-requisite: ENG 102/ENG 200
thermodynamic, manufacture, and Material Design Concentration polarization and unit operations. It covers a wide aerobic and anaerobic systems,
mechanical and materials. fouling. Turbulence promoters range of topics, including water attached and suspended treatment Chemistry is the study of matter and
Credit Hours: 3 characterization parameters and processes, process selection, and interactions . This course introduces
Polymer and Materials Prerequisite: CME 471 and back-flushing. Pre-treatment designing systems to treat municipal advanced wastewater treatment. the principles of chemistry including;
methods for RO desalination.
CME 470 - Introduction Introduction to the properties of Equipment design and economics for and industrial wastewater, as well CME 493 - Biofuels Technology elements and their symbols, the
periodic table, names and formulas
polymers, their characterization
to Polymer Science and techniques and the methods used to seawater water desalination. as the legislative framework. The of compounds, chemical reactions,
Engineering process polymeric materials. CME 482 - Sludge Treatment course focuses on the principles and Credit Hours: 3 balancing chemical equations,
mechanisms of pollutant removal.
Prerequisite: CME 490 + CME 331
Credit Hours: 3 Credit Hours: 3 As the course is intended for This course provides an overview stoichiometry, and other major
principles of organic and in-organic
engineering students, special focus
Prerequisite: CHE 305 + CHE 330 Water Technology Prerequisite: CME 480 is placed on control technologies and of the technologies available for substances. Laws and applications
Definitions, industry overview, This course is an overview of future trends regarding preventing biofuels production. The topics will also be described in this course.
nomenclature, basic organic Concentration Courses chemical engineering approaches to water pollution. covered include This course gives the students a full
chemistry of polymers, sludge treatment processes with an (a) Biodiesel: advantages of biodiesel idea about the basic definitions of
polymerization, molecular weight CME 480 - Physical and Chemical emphasis on fundamental principles. over petroleum diesel, convention chemistry, chemical interactions and
and molecular weight distribution. Processes for Water and Theory and conceptual design of Biotechnology biodiesel production technologies, laws, and characteristics of mater.
Basic polymer structure and thermo- Wastewater Treatment systems for treating municipal enzymatic biodiesel production and Also, it reviews important algebraic
mechanical behavior and structure wastewater is discussed, as well CME 490 - Chemical Engineering new feedstock, concepts and introduces the use of
property relationship. Mechanical Credit Hours: 3 as reactor theory, process kinetics, Biology (b) Bioethanol: advantages of these concepts in chemistry.
properties, definitions, viscoelasticity, Prerequisite: CHE 305 + CHE 330 and models. Physical, chemical, and bioethanol, fermentation processes, CHE 201L - Chemistry Lab
other mechanical properties. Basic To introduce and apply basic and biological processes are presented, Credit Hours: 3 and production of bioethanol from
Prerequisite: CHE 330
rheology and introduction to polymer advanced concepts of physical including sedimentation, filtration, cellulose. Credit Hour: 1
processing techniques, recycling. and chemical unit operations biological treatment, disinfection, This course deals with the Prerequisite: No Prerequisite
and processes commonly used in and sludge processing. Finally, there fundamentals of molecular biology Co-requisite: CHE 205
CME 471 - Polymer Chemistry water and wastewater treatment. is discussion of engineered and and biotechnology applications. The
and Reaction Engineering This involves introduction to the natural processes for wastewater main topics covered in this course This course introduces the principles
Credit Hours: 3 properties associated with water treatment. The course gives the are fundamentals of biology and and concepts of chemistry with the
emphasis on laboratory skills and
biotechnology, engineering principles
Prerequisite: CHE 305 + CHE 330 and wastewater such as alkalinity, responsibility of engineers to develop in biotechnology, molecular practical hands-on experiences for
This course introduces the chemistry turbidity, total solids, pH, hardness the technological tools to meet the biotechnology. the students. This course will have
of polymerization and the polymer and estimation methods. Apply increasingly stricter standards for laboratory experiments, simulated
manufacturing process. It begins applied physics, chemistry, hydraulics sludge treatment and disposal. CME 491 - Biochemical experiments, demonstrations and
with basic concepts about polymers and mathematics concepts to CME 483 - Industrial Engineering group activities for the students that
and polymerization and covers each understand how physical unit Wastewater Treatment illustrate the principles and concepts
major type of polymerization with operations and chemical unit Credit Hours: 3 for the course CHE 205.
Prerequisite: CME 490
relevant kinetics. The qualitative processes work so that the Credit Hours: 3
effect of reactor design on polymer learned concepts can be applied Prerequisite: CME 301 Biochemical Engineering. Biochemical
manufacture is discussed as well for the design of water treatment Definitions, characteristics, survey processes, thermodynamics, and
as actual polymer manufacturing operations/processes. and monitoring of industrial kinetics are used in the application
processes including those taking wastewater. Legislation guidelines, of engineering principles to analyze,
place in the UAE. and standards. Treatment processes: design, and develop processes
volume and strength reduction,
Abu Dhabi University | Undergraduate Catalog 2026 - 2027 Abu Dhabi University | Undergraduate Catalog 2026 - 2027