Course Intro
Course Plan
By giving a series of rigorous, comprehensive lectures on water/wastewater chemistry, atmospheric chemistry, geochemistry, soil chemistry, and surface/colloidal chemistry, the students will gain a thorough understanding of the science underlying the description of processes in the environmental engineering field.
01 School begins
02 Introduction
03 Chemical thermodynamics and kinetics
04 Chemical thermodynamics and kinetics
05 Chemical thermodynamics and kinetics
06 Acid-base equilibrium
07 Phase interactions
08 Precipitation and dissolution
09 Precipitation and dissolution
10 Mid-term exam
11 Oxidation and reduction
12 Electrochemistry
13 Atmospheric chemistry: aqueous phase
14 Atmospheric chemistry: aqueous phase
15 Atmospheric chemistry: aqueous phase
16 Atmospheric chemistry: gas phase
17 Geochemistry/Soil chemistry
18 Surface and colloidal chemistry
19 Surface and colloidal chemistry
20 Winter vacation
Textbooks
Stumm, W. and Morgan, J. J. (1996) Aquatic Chemistry. 3rd edn, John Wiley & Sons.
Manahan, S. E. (2000) Environmental Chemistry. 7th edn, Lewis Publishers.
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Chemical Principles for Environmental Engineering
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TOPIC 1 INTRODUCTION
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TOPIC 2 CHEMICAL THERMODYNAMICS AND KINETICS
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TOPIC 3 ACID-BASE EQUILIBRIA
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TOPIC 4 PHASE INTERACTIONS
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TOPIC 5 PRECIPITATION AND DISSOLUTION
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TOPIC 6 OXIDATION-REDUCTION CHEMISTRY
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TOPIC 7 ELECTROCHEMISTRY
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TOPIC 8 ATMOSPHERIC CHEMISTRY(Part 1)
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TOPIC 8 ATMOSPHERIC CHEMISTRY(Part 2)
Teacher / 黃汝賢
Teacher / 工學院
Teacher / 工程學院環工系