Teaching materials list

Notes

Citations in other papers, etc., are not permitted without permission from the author of the published material.
The title of the author is the one at that time.

教材リスト　

TEXT List

Development of Core Human Resources in Advanced Utilization of Coal and Other Fossil Fuels and Development of Instructional Materials

1. Carbon Resources:

1. Current Status of Global Energy Demand and Supply

2. Future Energy Demand & Supply Outlook

3. Resource Distribution, Quality, Reforming, Refining and Supply Chain

4. Technology Development of Fossil Fuel Utilization

5. Energy Policies of Major Asian Countries and Japan’s Strategies

2. Coal combustion

1．Introduction

2．Combustion profile of a Coal particle

3．Combustion Systems for Coal

4．Outline of Pulverized Coal-Fired Power Station

5. Combustion Technologies for Pulverized Coal Combustion

6. Future Prospect on Coal Combustion in Japan

3. Gasification

1. Introduction

2. Brief History of Gasification

3. Chemistry and Thermodynamics of Gasification

4. Gasifier/Gasification Technologies

5. Development of Key Gasifier Technologies

6. Syngas Treatment Technology

7. Production of Power

8. Production of liquid fuel and chemicals

9. Polygeneration

10. Conclusions – Toward Future Energy Systems

4．Synthetic liquid fuel

1. Introduction

2. Gasification Process from coals and natural gas

3. Gas Cleaning Technology for Synthetic Gas Fuel Production

4. Fischer-Tropsch Synthesis Process

5.　Coking of coal

1. Role of coke

2. Coke making process

3. Coal characteristic and coal texture

4. Coal pre-treating process for improving coke quality References

6．Petroleum Refining

1. Introduction

2. Role of petroleum refining

3. Petroleum refining processes

4. Future prospects

7. Carbon Resource Molecular Science

1. Concept of Molecular Science for Carbon Resource

2. Theoretical Analysis of Supra-Molecular Structure for Carbon Resources

3. Structural Analysis of Supra-Molecular Aggregates for Carbon Resources

4. Structural Changes of Carbon Resources and the Conversion Technology

8. Direct Coal Liquefaction

1. Introduction

2. Liquid Fuel from Coal

3. World Status of Coal Liquefaction

4. Chemistry of Direct Coal Liquefaction

5. Coal Liquefaction Process

6. Engineering Achievement in the Coal Liquefaction

7. Catalytic Reactors and Catalysts in Coal Liquefaction

8. Challenges and Future Development in Coal Liquefaction

9. Application of Coal Liquefaction Technology in Conversion of Fossil Resources

10. Strategy of Coal Liquefaction in 21st Century

9. Production＆Effective use of CCP

1．Introduction

2．Manufacturing Process & Quality

3．Characteristics , Market Specification , &Standard s

4．Utilization & Disposal

5．Environmental Problem

6．Future prospects of the CCP (Coal Combustion. Product)

7．Conclusions

10. Flue Gas Treatment Technology for Coal-Fired Thermal Power Plants

1. Outline of Coal-Fired Thermal Power Plant

2. Present Conditions and Problems of NOx Removal System

3. Present Conditions and Problems of Dust Removal System

4. Present Conditions and Problems of SOx Removal System

5. Present Conditions and Problems of CO2 Removal System

6. Present Conditions and Problems of Trace Element Removal System

7. Future Development and Worldwide Use for Flue Gas Treatment Technology

11. Coal fired thermal power plant

1. System, Components/Facilities and Operation of coal fired thermal power plant

2. Coal as energy source and items to be solved

3. R&D for CO2 reduction (Clean Coal Technology)

4. R&D for CO2 reduction (CCS)

5. R&D for CO2 reduction (carbon free fuel)

12. Coal Upgrading

1. Introduction

2. Coal Washing

3. Benefits of coal washing

5. Dry separation

6. Ultra-clean coal processes

7. Briquetting and pelletising

8. Advanced Low Rank Coal Upgrading

13. CCS

1. Introduction

2. Theoretical energy required for CO2 separation

3. Development of CO2 capture technology