ElaborateCourse: GeoEnvironmental Engineering
精品课程：环境岩土工程
I. Course Introduction (includingteaching goals and requirements):
Geoenvironmental engineering is a new science branchwhich combines traditional geotechnical engineering and environmentalengineering tightly together. However, some researchers think that it is stilla newly developed branch of traditional geotechnical engineering, and it can benamed by environmental geotechnics. The course introduces geoenvironmentalengineering development, related contents, research methods and new techniquesetc. in detail, and collects updated research achievements of scientists in theworld, which reflects the development direction and research level of presentgeoenvironmental engineering. In addition, to meet the practical requirementsin the field of geoenvironmental engineering presently, Special experiment andanalysis methods, the theory and corresponding calculation methods of themigration and fate of contaminants in subsurface, and various remediationtechnologies for contaminated sites are introduced.
Through study of the course, students can learn theresearch scope and its function of geoenvironmental engineering, widen theirvision, and know that engineering techniques can be adopted to protect theenvironment, prevent and decrease pollution, and remediate the environment.
II. Teaching Syllabus (including thecontent of chapters and sections. A sheet can be attached):
Chapter 1Introduction
1.1 Geoenvironmental engineering development
1.2 The basic concept of geoenvironmental engineering
1.3 Research contents and classification of geoenvironmental engineering
Chapter 2Engineering characteristics of municipal solid wastes
2.1 The classification and sources of solid wastes
2.2 Engineering behaviors of municipal solid wastes
Chapter 3 Traditionaltreatment of municipal waste
3.1 Introduction
3.2 Deep-well injection
3.3 Case study of traditional treatment of municipal waste
Chapter 4 Designand calculation of modern landfill of municipal solid waste
4.1 Introduction of modern municipal solid waste landfill
4.2 Constitution of modern municipal solid waste landfill
4.3 Design of the bottom liner system
4.4 Design of the leachate collection and removal system
4.5 Stability analysis of the landfill and design of cover system
Chapter 5 Disposal technology of nuclear waste
5.1 Objectives and principles of radioactivewaste management
5.2 Management of radiation wastewater
5.3 Shallow geological treatment
5.4 Depth geological treatments for highradiation waste
5.5 Selection place and standards for highradiation waste
Chapter 6 Risk assessmentof contaminated sites
6.1 Introduction of risk assessment
6.2 Risk assessment procedure
6.3 ASTM and EPA procedure
6.4 Risk assessment procedure in China
Chapter 7 Contaminant migration in porous media
7.1 Basic concept of contaminant migration
7.2 Adsorption/desorption of contaminants in soil
7.3 Advection and hydraulic dispersion of contaminants in soil
7.4 Contaminant transport theory and computational methods
Chapter 8 Remediation methods of industrial contaminated sites
8.1 Introduction of contaminated sites and classificationof remediation methods
8.2 Principle and application of electrokineticremediation method
8.3 Principle and application of in situ airsparging/soil vapor extraction (AS/SVE) method
8.4 Principle and application of solidification/stabilization(S/S) method
8.5 Principle and application of in situcontainment method
8.6 Principle and application of in situ thermaldesorption method
8.7 Principle and application of soil flushingmethod
Chapter 9 Remediation methods of contaminated underground water
9.1 Introduction of contaminated undergrouandwater
9.2 Principle and application of permeablereactive barrier (PRB)
9.3 Principle and application of in situchemical oxidation (ISCO) method
III. TeachingSchedule:
Week | Course Content | Teaching Method |
1 | Chapter 1 Introduction 1.1 Geoenvironmental engineering development 1.2 The basic concept of geoenvironmental engineering 1.3 Research contents and classification of geoenvironmental engineering | Lecture |
2-3 | Chapter 2 Engineering characteristics of municipal solid wastes 2.1 The classification and sources of solid wastes 2.2 Engineering behaviors of municipal solid wastes | Lecture |
4-5 | Chapter 3 Traditional treatment of municipal waste 3.1 Introduction 3.2 Deep-well injection 3.3 Case study of traditional treatment of municipal waste | Lecture |
6-7 | Chapter 4 Design and calculation of modern landfill of municipal solid waste 4.1 Introduction of modern municipal solid waste landfill 4.2 Constitution of modern municipal solid waste landfill 4.3 Design of the bottom liner system 4.4 Design of the leachate collection and removal system 4.5 Stability analysis of the landfill and design of cover system | Lecture |
8 | Chapter 5 Disposal technology of nuclear waste 5.1 Objectives and principles of radioactive waste management 5.2 Management of radiation wastewater 5.3 Shallow geological treatment 5.4 Depth geological treatments for high radiation waste 5.5 Selection place and standards for high radiation waste. | Lecture |
9-10 | Chapter 6 Risk assessment of contaminated sites 6.1 Introduction of risk assessment 6.2 Risk assessment procedure 6.3 ASTM and EPA procedure 6.4 Risk assessment procedure in China | Lecture |
11-12 | Chapter 7 Contaminant migration in porous media 7.1 Basic concept of contaminant migration 7.2 Adsorption/desorption of contaminants in soil 7.3 Advection and hydraulic dispersion of contaminants in soil 7.4 Contaminant transport theory and computational methods | Lecture |
13-14 | Chapter 8 Remediation methods of industrial contaminated sites 8.1 Introduction of contaminated sites and classification of remediation methods 8.2 Principle and application of electrokinetic remediation method 8.3 Principle and application of in situ air sparging/soil vapor extraction (AS/SVE) method 8.4 Principle and application of solidification/stabilization (S/S) method 8.5 Principle and application of in situ containment method 8.6 Principle and application of in situ thermal desorption method 8.7 Principle and application of soil flushing method | Lecture |
15 | Chapter 9 Remediation methods of contaminated underground water 9.1 Introduction of contaminated undergrouand water 9.2 Principle and application of permeable reactive barrier (PRB) 9.3 Principle and application of in situ chemical oxidation (ISCO) method | Lecture |
16 | Case study on Geoenvironmental engineering | Seminar |
17 | Final examination of the course | Exam |
