空氣污染概論
Preface
0.1
Text and references for this course
0.2
Grading
0.3
Outline
1
W01_0222
1.1
上課
2
課間
2.0.1
Chemical Concentration
2.0.2
Atmospheric Fluid Properties
2.0.3
The Science of Air Pollution- Air Pollution in perspective
2.0.4
The Science of Air Pollution- Emergence of Air Pollution, Engineering, and Technology
2.0.5
The Science of Air Pollution- What is Air Pollution
2.0.6
The Science of Air Pollution- Atmospheric Transport and Fate
2.0.7
Sources and Sinks
2.0.8
Receptors
2.0.9
Transport and Dispersion
2.0.10
Polluted Atmosphere
3
W02_0301
3.1
Air Pollution Decision Tools– Introduction
3.2
Air Pollution Decision Tools– Interpreting Data
3.3
Expressions of Air Pollution Risk
3.3.1
Risk Factors and Confounders
3.4
Causal Links between Risk Factors and Adverse Outcomes
3.4.1
Strength of Association
3.4.2
Consistency
3.4.3
Specificity
3.4.4
Temporality
3.5
Biologic Gradient
3.5.1
Coherence
3.5.2
Experimentation
3.6
Life Cycle Assessment of Air Pollutants– Systems Context for Air Pollution
3.7
Life Cycle Assessment of Air Pollutants– Energy
3.8
Life Cycle Assessment of Air Pollutants– Energy Life Cycles
3.8.1
Upstream Impacts
3.9
Life Cycle Assessment of Air Pollutants– Environmental Justice during Extraction
3.10
Life Cycle Assessment of Air Pollutants– Fuel Cycle Impacts
3.10.1
Life Cycle Assessment of Air Pollutants– Operation Stage
3.11
空氣污染氣象學
3.11.1
風速與風向
3.11.2
大氣垂直溫度結構與安定度
3.11.3
大氣溫降傾率與大氣穩定性之關係
3.11.4
溫層逆轉
3.11.5
大氣安定度與煙柱型態(氣象學的部分和空氣污染有關)
3.11.6
地形與地理位置對煙流型態之影響
3.11.7
混合層高度
3.11.8
局部環流對污染物的影響
4
W03_0308
4.1
光化學烟霧
4.1.1
Photochemical smog
5
W04_0315
5.1
Air Pollutant Kinetics and Transformation– Chemical Transformation
5.2
Air Pollutant Kinetics and Transformation– Kinetics
5.3
Air Pollution Physics and Chemistry
5.3.1
Synthesis or Combination
5.3.2
Decomposition
5.3.3
Single Replacement
5.3.4
Double Replacement
5.3.5
Complete Combustion
5.4
Air Pollutant Kinetics and Transformation– Rate Laws and Air Pollution Thermodynamics
5.5
Free Energy
5.6
Air Pollutant Kinetics and Transformation – Atmospheric Transformation
5.6.1
Inorganic Reactions
5.6.2
Organic Reactions
5.6.3
Hydrolysis
5.6.4
Multicompartmental Photochemical Transformation
5.7
溫室效應與臭氧層破壞的問題
5.7.1
溫室效應發生原因
5.7.2
導致大氣中CO2濃度增加的原因
5.7.3
京都議定書
5.7.4
哥本哈根會議
5.7.5
氟氯碳化物破壞臭氧層之機制
5.8
氣體中污染物濃度之測定
5.8.1
SO2 濃度之測定
5.8.2
NOx濃度之量測
5.8.3
CO濃度之測定
5.8.4
碳氫化合物之測定
6
W05_0322
7
W09_0419
7.1
air pollution control
7.2
control 有限制(engenieering 可施作的範圍)
7.3
feul switch
7.4
整個程序關停!
8
W10_0426(席老師)
8.1
控制策略
8.2
Incineration 燃燒、焚化(c.f.樂色焚化(固體廢棄物,都市樂色是有熱質的,輔以一定程度的輔助燃料))
8.2.1
Ignition
8.2.2
燃燒器設計
8.2.3
專有名詞
8.2.4
燃燒塔
8.3
Condensation(seperation process)
8.3.1
condensor (cooler) 冷凝
9
W11_0503 (席老師)
9.1
吸收
9.1.1
吸收塔的設計種類
9.2
吸附
9.3
生物濾床biofiltration
9.4
重點
10
W12_0510(丁)
10.1
The Nitrogen and Sulfur Cycles–
10.2
The Nitrogen and Sulfur Cycles–
10.3
The Nitrogen and Sulfur Cycles–
10.4
氮氧化物(NOx)的控制
11
W13_0517 (席老師)
11.1
cyclone 旋風集塵器
11.2
wet scrabber 濕式洗滌
11.2.1
Droplets
11.2.2
關鍵詞:
11.2.3
2種最常見的濕式洗滌器
11.2.4
去除氣狀污染物vs.去除粒狀污染物:洗滌器
11.3
baghouse (fabric filter) 袋式集塵器
11.3.1
要考慮濾袋的數量、材質
11.3.2
顆粒大小
11.4
Electrostatic precipitator (EP/ESP) 靜電集塵器
11.5
去除效率的計算
11.6
期末考周考試,上課所講的基本概念的内容,不考計算
12
W14_0526(丁老師)
12.1
要期末考
13
W15_0531 (席老師)
13.1
近期的熱門的ESP的設計類型: cylindrical esp 蜂巢狀
13.2
計算
13.2.1
標準狀態(英語:standard temperature and pressure, STP,標準溫度與標準壓力)
13.2.2
(dry)Normal condition【台灣法規用】
13.3
下禮拜期末考
Published with bookdown
1112 空氣污染概論
Chapter 6
W05_0322
能源
所謂净零碳排
科技業
臺積電
買碳權
中小企業的生存空間?
核電,
要學習怎麽問問題
重點是要怎麽問問題
空氣污染,因爲設備因素,通常只關心pm2.5
微粒,應該更關注pm1更好
沉降速度
去除效率
聽不懂 T^T