Press: Chemical Industry Press
ISBN:97875025577 13
Release time: 20 10-05-0 1
Version: 1
Page count: 264 pages
Binding: paperback
Folio: 16 Environmental Engineering English aims to improve the reading and application level of professional documents of environmental majors. This book introduces the contents involved in environmental engineering fields such as water and air pollution and control, whole process management of solid waste, treatment and disposal of hazardous waste, noise and its control, environmental impact assessment, environmental legislation, environment and sustainable development, and briefly introduces the new technologies in environmental protection today. According to the mistakes easily made by middle school students in teaching, the editor focused on the book, which was highly targeted. The word list at the back of the book marks the first source of words in the text for easy retrieval.
Environmental Engineering English is suitable for undergraduate students majoring in environmental engineering in colleges and universities, and can also be used for graduate students majoring in environmental engineering and related majors. Chapter 65438 +0 environmental problems
1. 1 environmental problems
1.2 continuous life
1.3 resources
1.4 pollution
1.5 solution: working with the earth
notes
Chapter II Ecosystem
2. 1 the concept of ecosystem
2.2 the structure of the ecosystem
2.3 Impact on human beings
notes
Chapter III Circulation of Mineral Nutrients
3. 1 carbon cycle
3.2 Nitrogen cycle
3.3 phosphorus cycle
Chapter IV Environmental Engineering and Engineers
4. 1 environmental engineer
4.2 Consulting services
4.3 Research and Design
4.4 architecture
4.5 Startup and training
notes
Chapter V Air Pollution
5. 1 Definition of air pollution
5.2 Sources of air pollutants
5.3 General Impact of Air Pollution
5.4 General description of air pollutants
5.5 Major air pollutants
notes
Chapter VI Air Pollution Control Particle Control
6. 1 particle collection mechanism
6.2 Particle control equipment
notes
Chapter VII Control of Air Pollution Control of Gaseous Pollutants
7. 1 absorption
7.2 adsorption
7.3 condensation
7.4 combustion
7.5 Incineration
7.6 Emerging technologies
notes
Chapter VIII Comprehensive Management of Solid Waste
8. 1 the concept of solid waste management
8.2 Functional elements of waste management system
8.3 Integrated solid waste management
8.4 Operation of solid waste management system
8.5 Future Challenges and Opportunities
notes
Chapter 9 Unit Operation and Process for Waste Separation and Treatment
9. 1 unit operation
9.2 Waste conversion by combustion
9.3 Waste conversion through aerobic composting
9.4 Disposal of solid wastes and residues
notes
10 chapter hazardous chemical waste management
10. 1 definition of hazardous waste
10.2 chemicals, lifestyle and environment
10.3 Uncontrolled site
10.4 responsibility management
10.5 land disposal method
10.6 alternatives for land disposal of hazardous wastes
10.7 site restoration
notes
Chapter II Overview of Environmental Impact Assessment
1 1. 1 term
11.21973ceq environmental impact statement content guide
1 1.3 Expand the scope of EIA
1 1.4 Narrow the scope of EIA
1 1.5 summary
notes
Chapter 12 Environmental Impact Assessment
Planning and management of impact research
12.2 Simple identification methods (matrix, network and list)
12.3 description of environment settings (affected environment)
12.4 indexes and indicators describing the affected environment
12.5 Prediction and evaluation of the impact on environmental media
12.6 public participation in environmental decision-making
12.7 environmental monitoring
notes
13 chapter noise and noise control
13. 1 noise
13.2 noise control
Chapter 14 environmental laws and standards
14. 1 environmental legislation
14.2 characteristics of the national environmental policy bill
14.3 federal legislation and regulations on air and surface water
14.4 international environmental law and diplomacy
15 chapter environmental chemical analysis
15. 1 the role and importance of environmental chemical analysis
15.2 classic method
15.3 spectrophotometry
15.4 electrochemical analysis method
15.5 gas chromatography
15.6 mass spectrometry
Chapter 16 Water Cycle and Sustainable Management
1. 1 water
16.2 water cycle
16.3 human influence on the water cycle
16.4 sustainability and water management
Chapter 17 water supply
17. 1 groundwater recharge
17.2 surface water supply
17.3 water transmission
17.4 pumps and pumping
17.5 pump characteristic curve
17.6 system head curve
17.7 operating head and discharge
notes
Chapter 18 wastewater collection system
18. 1 rainwater pipe system
18.2 domestic sewage system (1)
18.3 domestic sewage system (2)
18.4 sewage pipes and connections
18.5 lifting station in wastewater collection
notes
19 chapter wastewater engineering
19. 1 wastewater treatment
19.2 wastewater recovery and reuse
19.3 management of biosolids and residues
notes
Chapter 20 Objectives, Methods and Implementation Considerations of Wastewater Treatment
20. 1 wastewater treatment objectives and regulations
20.2 Classification of wastewater treatment methods
20.3 Application of treatment methods
20.4 Implementation of wastewater management plan
notes
Chapter 2 1 Brief Introduction of Sewage Treatment Plant Design
2 1. 1 Influence of flow and mass load factors on design
2 1.2 evaluation and selection of design flow
2 1.3 evaluation and selection of design quality load
2 1.4 process selection
2 1.5 elements of conceptual process design
notes
Chapter 22 Waste Water Treatment
22. 1 physical unit operation
22.2 chemical unit process
22.3 biological unit process
notes
Chapter 23 Biological Nutrient Removal
23. 1 nutrition control strategy
23.2 nutrient removal process
Chapter XXIV Advanced Treatment of Wastewater
24. 1 demand for advanced treatment of wastewater
24.2 Treatment technology for advanced treatment of wastewater
24.3 Remove residual suspended solids by particle-medium filtration.
24.4 Remove residual suspended solids by microscreening.
24.5 Removal of toxic compounds and refractory organics
24.6 Removal of dissolved inorganic substances
Chapter 25 Sludge Treatment and Disposal
25. 1 sludge treatment flow chart
25.2 preliminary operation
25.3 Thickening (concentration)
25.4 stability
25.5 Anaerobic Sludge Digestion
25.6 aerobic sludge digestion
25.7 composting
25.8 adjustment
25.9 disinfection
25. 10 dehydration
25. 1 1 heat drying
25. 12 thermal reduction
25. 13 Land use of sludge
25. 14 Other beneficial uses of sludge
25. 15 transportation, storage and disposal of final sludge and solids
vocabulary
Main references