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Courses

Description

Credits

1

MT 07051:Air qualitycontrol

The concept of air environment, Conversion of materials and energy in the environment system, Waste sources, pollutants and standards of air environment quality; Pollution diffusion and calculation of pollutant concentration in air environment; Measures to treat, reduce pollution and protect the gas environment.

2

2

MT 07054:Water quality and its control

Basic issues related to water quality, techniques used in water quality assessment, selection of variables in water quality assessment, data control and analysis, water quality control Use granular material, control water quality using biological parameters.

3

3

MT02001: Environmental Pollution

Briefly describe the content: Basic concepts about environment and environmental pollution; Air pollution, water pollution, soil environment pollution (origin, mechanism, criteria for assessment, phenomena and consequences of environmental pollution)

2

4

MT02005.Basic of production processes

Brief description of content: The subject of basic production processes provides learners with knowledge about the process of change of fuel and energy flows in the production process, the requirements of production equipment. Production, outputs and waste sources involved in the production process. Through the course, learners systematically understand the production processes and waste generation involved.

2

5

MT03001.Environmentaltechnology

Brief description of content: The module of Environmental Technology includes the principles of mechanical, physicochemical and biological processes applied in environmental technology to treat pollutants; apply in the implementation of technological principle exercises and select appropriate treatment technologies for waste treatment systems.

2

6

MT03002.Environmental Technology Practice

The course includes Theory of environmental technology; Determination of solid particle content in wastewater; Determination of coagulation performance; Determination of adsorption coefficient; Determining some kinematic parameters in biological process; Summary of results, report writing and discussion.

1

7

MT03003:Wastewater Treatment Engineering

Briefly describe the content: Select the most suitable technological process for wastewater treatment based on the process of selection steps and criteria for technology selection, application of mechanical, physical and chemical principles, chemistry, biology and formulas for calculating wastewater treatment facilities.

2

8

MT03004.Environmental Impact assessments

The module is divided into 4 chapters: chapter 1: Introducing concepts, commonly used terms, systematizing knowledge related to the subject; Chapter 2: The concept of environmental impact assessment, the position of environmental impact assessment in the development process and the system of legal documents related to environmental impact assessment; Chapter 3: Description of content, basic structure of environmental impact assessment report and order of implementation of environmental impact assessment; Chapter 4: Methods commonly used in environmental impact assessment.

2

9

MT03008.Environmental monitoring

Briefly describe the content: Basic knowledge of environmental monitoring and analysis; Developing an environmental monitoring program; Methods of sampling in environmental monitoring; Methods of analyzing environmental parameters; Method of data processing in environmental monitoring; Methods of evaluation and announcement of monitoring results; Process of quality assurance and quality control in environmental monitoring.

2

10

MT03009.Environmental monitoring: practices

Briefly describe the content: Identify monitoring objectives and environmental objects to be monitored; Secondary data collection and field surveys; Measurement of field parameters, sampling and storage of samples; Measure fast analytical parameters; analysis of organic ingredients; Analysis of solid components; Nutrition component analysis; Introduction of other analytical methods; Data processing and results evaluation; Develop topical environmental status

2

11

MT03011:Environmental Impact Assessment Practice

In this module, students will be equipped with the skills to apply the methods used in environmental impact assessment to plan, organize the implementation, and write reports on environmental impact assessment (EIA).

2

12

MT03012:Waste treatment Projects

Briefly describe the content: apply the basic knowledge of waste water treatment techniques, emissions and solid waste to develop a waste treatment engineering project. In addition, the course helps students to get acquainted with the design of a complete construction of treatment components in a wastewater, exhaust or solid waste treatment system.

2

13

MT03013:Air Pollutants and Solid Waste Treatment Engineering

The module describes the basic principles and factors to consider when selecting technologies and equipment to treat pollutants in air and solid waste; operating principles, structure, basis of calculation, advantages and disadvantages and factors affecting the efficiency of the treatment equipment include: gravity dust settling chamber, centrifugal dust filter (cyclon), dust collector, absorption tower, exhaust gas adsorption; Basic principles of integrated solid waste management strategy, methods of determining physical and biochemical characteristics of solid waste, calculation of design parameters for solid waste burial sites, principles of operation advantages and disadvantages of different types of incinerators.

2

14

MT03014: Waste treatment Engineering Practice

The module consists of hands-on exercises on basic procedures for selecting and giving treatment technology solutions and computational techniques, designing solid, liquid and exhaust waste treatment systems. The course will teach students how to investigate, survey, collect data, analyze data to propose technological processes and calculate the design of a module for a waste treatment system. The above contents will be applied to each specific type of waste including solid waste, exhaust gas and liquid waste.

2

15

MT07053:Environmental Impact Assessment and Ecological Risk Assessment

The module consists of 6 chapters: Presentation of the legal and theoretical basis in the implementation of SEA, EIA; Methods used in environmental impact assessment; Theoretical basis of ecological risk assessment; process of conducting risk assessment and risk management. Students will select a topic and present a seminar according to the instructions of the instructor in charge.

3

16

MT07056.Advance in Solid waste treatment

Provide the institute with knowledge of integrated solid waste management; Characteristics and characteristics of the composition of solid waste; Researches on solid waste treatment technologies (Artisanal Collection, Recycling, landfilling, heat treatment; biotechnology). Techniques for calculating and designing solid waste treatment facilities (hygienic burial sites; heat treatment).

2

17

MT07062:Project on waste treatment

Participants choose one of the following topics: Treatment of SO2, NOx, VOC emissions; Treatment of organic rich wastewater; Waste water containing heavy metals. In the practical, participants select the object to design the processing system. Products include: explanation of the treatment system (Treatment plan, Block diagram of the plan, showing the calculation of the size of each processing step); Design drawings of each stage. Students protect the projects according to the lecturers' schedules

1

18

MT07064:Water quality control techniques

Students will be equipped with the knowledge to serve the assessment of pollutants in wastewater as the basis for the selection of treatment technology. Technological principles related to advanced biological, chemical and biological measures will be provided to students; Factors affecting the processing performance of each technology type will be clarified; Steps to conduct calculation and design of wastewater treatment facilities.

2

19

MT07065:Air Quality Engineering

Students will be equipped with the knowledge related to: characteristics of air pollutant emission sources; The techniques to control emissions by physical and chemical methods; Principles of calculation and design of waste gas treatment facilities.

2

20

MT07067:Advanced in EnvironmentalImpact and Ecological Rick Assessment

Scientific basis and approach in environmental impact assessment (EIA; SEA)); Methods used in environmental impact assessment; Scientific basis in risk assessment; Technical assessment and risk control;

3

21

MT07068:Advances in Solid waste treatment technology

Approach in integrated solid waste management. Technology for treating solid waste by heat method; Technology for treating solid waste by burial. Students are allowed to practice designing hygienic waste burial sites and solid waste incineration systems.

2

22

MT07072:Field trips

Evaluate the state management of environment in the practice area; Practice field surveys, interview the situation of environment, resources and waste management at the practice site; Practice building questionnaire and sampling at the practice site. Practice processing survey data, writing scientific reports about the content of implementation.

2

23

MT07073:Environmental risk management

Overview of environmental risks, general principles in risk management, the role of risk management, the system that establishes risk management needs, risk reduction solutions, methods to minimize risks try.

2

24

MT07077:Design on waste treatment projects

Legal and technical bases for formulating waste treatment projects; structure and requirements of waste treatment projects; applied methods in analyzing and selecting treatment technologies; Calculate investment costs and evaluate the effectiveness of the project.

2