|
Home | Back
|
|
ENE-813 PHYSICO-CHEMICAL PROCESSES IN ENVIRONMENTAL ENGINEERING
|
|
Campus
|
SCEE (IESE)
|
|
Programs
|
PG
|
|
Session
|
Fall Semester 2016
|
|
Course Title
|
PHYSICO-CHEMICAL PROCESSES IN ENVIRONMENTAL ENGINEERING
|
|
Course Code
|
ENE-813
|
|
Credit Hours
|
3+0
|
|
Pre-Requisutes
|
|
|
Course Objectives
|
Course Objectives:
- To understand the fundamental principles of water treatment
- To learn to design a full scale water treatment plant for potable supplies
Course Outcomes:
- Modeling, designing and operation of water treatment works for removal of pollutants using conventional as well as modern techniques
|
|
Detail Content
|
- Water related diseases,
- Population Estimates, demand Calculation, Factors affecting water demand
- Flow measurement techniques
- Stoichiometry, Chemical Equilibriae and Kinetics,
- Reactions, Reactors and Reactor Theory,
- Selecting source and appropriate treatment techniques
- Coagulation: Theory, Types, Mechanisms, Design, exercises
- Flocculation, Theory, Types, Mechanisms, Design, exercises
- Sedimentation, Theory, Types, Mechanisms, Design, exercises
- Filtration: Theory, Types, Mechanisms, Column Design, exercises
- Disinfection: Theory, Types, Mechanisms, Design, exercises
- Adsorption: Theory, Types, Mechanisms, Design, exercises
- Ion Exchange: Theory, Types, Mechanisms, Design, exercises
- Membrane Processes; Types, Theory, design, fouling, exercise
- Sludge Management
- Off-flavours removal
- Removal of Inorganics e.g. Fe, Mn, NO3, As, F, Se etc.
- Organic removal.
|
|
Text/Ref Books
|
- Water treatment: unit processes by D.W. Hendricks. (2008)
- Unit operations and process in Environmental Engineering, by Jon D. Reynolds
- Water Treatment Principle and Design by I. M. Montgomery Consulting Engineers Wiley Inter-science New York (latest edition)
|
|
Time Schedule
|
Fall Semester 2015
|
|
Faculty/Resource Person
|
Dr. Sher Jamal Khan
PhD (Asian Institute of Technology) Thailand
Environmental Engineering and Management
|
|