KETEP 세계에너지시장정보

중국의 탄소포집활용저장(CCUS) 기술을 통한 수소 생산 기회에 대한 내용을 담은 보고서가 IEA에 발간되었습니다.

 

 

제목: Opportunities for Hydrogen Production with CCUS in China

 

 

 

[목차]

 

 

Table of contents

Executive Summary ................................................................................................................. 7

Chapter 1. China’s hydrogen opportunity........................................................................... 11

China’s carbon neutrality pledge.............................................................................................. 11

The value of hydrogen for emissions reductions ..................................................................... 12

Hydrogen in China today.......................................................................................................... 13

China’s hydrogen opportunity .................................................................................................. 14

CCUS in low-emission hydrogen production ........................................................................... 18

Low-emission hydrogen standards in China ............................................................................ 23

Chapter 2. Outlook for China’s hydrogen industry ............................................................ 26

Modelling the future role of hydrogen in China ........................................................................ 27

Outlook for hydrogen production and demand in China .......................................................... 27

Hydrogen in industry and fuel transformation .......................................................................... 30

Hydrogen in transportation....................................................................................................... 33

Hydrogen for power generation................................................................................................ 35

Hydrogen use in buildings........................................................................................................ 35

Chapter 3. Production routes for low-emission hydrogen................................................ 37

Hydrogen with CCUS............................................................................................................... 37

Other low-emission routes ....................................................................................................... 40

Comparisons of hydrogen production routes ........................................................................... 46

Chapter 4. Fostering hydrogen-CCUS synergies ............................................................... 51

Potential synergies between hydrogen and CCUS.................................................................. 52

Co-locating hydrogen and CCUS in industrial clusters............................................................ 52

Low-cost CO2 capture opportunities ........................................................................................ 53

Generating revenues from CO2 use ......................................................................................... 54

Combining bioenergy-based hydrogen production with CCUS for carbon removal ................ 60

Policy recommendations .......................................................................................................... 61

References .............................................................................................................................. 64

Appendices ............................................................................................................................. 67

Appendix A. Hydrogen projects in China ................................................................................. 67

Appendix B. Case study on a CCUS-equipped coal-to-chemical plant in China..................... 69

Abbreviations and acronyms.................................................................................................... 74

Glossary ................................................................................................................................... 74

※ 본 정보는 게시일로부터 수정/변경될 수 있으므로, 정확한 내용은 아래 출처의 링크를 통해 확인하시기 바랍니다.