과정 안내

SNUON의 다양한 강좌들을 수강신청 후 수강하실 수 있습니다.

Environmental Engineering (2017)


모집기간 : 2019-09-01 ~ 2020-02-29
학습기간 : 2019-09-01 ~ 2020-02-29
  • 강좌 정보 및 소개

    차시

    차시명

    학습 모듈

    1

    Introduction

    Introduction to environmental engineering

    Environmental engineering history in Korea

    2

    Basic chemistry concepts I

    Chemistry: basics of the basics

    Types of chemical reactions

    Chemical equilibrium – solubility

    3

    Basic chemistry concepts II

    Chemical equilibrium: acid-base and gas dissolution

    Reaction kinetics & concentration units

    Carbonate system

    Alkalinity

    4

    Basic biology concepts

    Chemical composition of life

    Cells & energy and metabolism

    Biology for environmental engineering

    5

    Mass balance & reactor analysis I

    Mass balance

    State of mixing & CMBR analysis

    6

    Mass balance & reactor analysis II

    PFR analysis

    CMFR analysis

    Discussion on PFR and CMFR

    7

    Problem session I

    Problem session I

    8

    Ecosystem

    Ecosystem: terminology, human influence & characteristics

    Bioaccumulation & nutrient cycle

    Population dynamics

    Lake ecosystem

    9

    Risk perception, assessment and management I

    Thoughts about risk

    Human risk assessment: overview & data collection and evaluation

    10

    Risk perception, assessment and management II

    Human risk assessment: toxicity assessment

    Human risk assessment: exposure assessment

    Human risk assessment: risk characterization & risk management

    11

    Hydrology I

    Hydrology: definition, issues, water balance, and hydrological cycle

    Water budget analysis

    12

    Hydrology II

    Low impact development

    Groundwater hydrology

    13

    Problem session II

    Problem session II

    14

    Water quality I

    Sources of water pollutants

    Types of water pollutants I: oxygen-demanding materials, nutrients, pathogens, suspended solids, salts, and pesticides

    Types of water pollutants II: PPCPs, EDCs, toxic organics, arsenic and metals, heat, and nanoparticles

    15

    Water quality II

    Oxygen demand

    Modeling BOD

    16

    Water quality III

    Modeling river DO I: DO sag curve and modeling concepts

    Modeling river DO II: model development and solution

    Groundwater quality

    17

    Water treatment I

    Overview

    Coagulation-flocculation

    Hardness and softening

    18

    Water treatment II

    Sedimentation

    Filtration

    Disinfection, membrane filtration, and sludge management

    19

    Wastewater treatment I

    Overview

    Pretreatment and primary treatment

    Secondary treatment overview

    Microbial growth kinetics

    20

    Wastewater treatment II

    Conceptualizing activated sludge process

    Activated sludge process analysis I: applying kinetics and mass balance

    Activated sludge process analysis II: solution and exercise

    Tertiary treatment and sludge management

    Wastewater as a resource

    21

    Problem session III

    Problem session III

    22

    Air pollution I

    Overview, units and scales of impact

    Air pollutants

    23

    Air pollution II

    Indoor air pollution, acid rain, and ozone depletion

    Global warming

    Air pollution control

    24

    Solid waste management

    Magnitude and sources of solids wastes

    Classification and fate of solid wastes in Korea

    Solid waste management: recycling, composting, and incineration

    Sanitary landfill disposal

    25

    Hazardous waste management

    Hazardous wastes: Overview and some example compounds

    Soil and groundwater remediation technologies I

    Soil and groundwater remediation technologies II: bioremediation

    26

    Noise pollution

    Noise pollution overview

    Sound properties

    Characterization of sound

    Noise control

    27

    Problem session IV

    Problem session IV

     

  • 교수 정보

  • 강좌코드 : 2019_80_C_2017_1_CYJ_2019_2
  • 과정 : Environmental Engineering
  • 주수 : 27
  • 수강가능수 : 100000
  • 학점 : 0
  • 언어 : 한국어 (ko)
  • 태그 :
이전페이지