Research progress and the prospect of CO2 hydrogenation with dielectric barrier discharge plasma technology
(주)코리아스칼라
- 최초 등록일
- 2023.12.18
- 최종 저작일
- 2023.06
- 15페이지/ 어도비 PDF
- 가격 4,800원
* 본 문서는 배포용으로 복사 및 편집이 불가합니다.
서지정보
ㆍ발행기관 : 한국탄소학회
ㆍ수록지정보 : Carbon letters / 33권 / 4호
ㆍ저자명 : Ziyi Zhang, Honglei Ding, Qi Zhou, Weiguo Pan, Kaina Qiu, Xiaotian Mu, Junchi Ma, Kai Zhang, Yuetong Zhao
목차
Research progress and the prospect of CO2 hydrogenation with dielectric barrier discharge plasma technology
Abstract
1 Introduction
2 Reaction mechanism of DBD plasma catalysis
3 Effects and optimizations
3.1 Packing materials
3.2 Reaction parameters of DBD plasm system
3.2.1 Discharge power
3.2.2 Discharge frequency
3.2.3 Discharge length
3.2.4 Feed flow rate
3.2.5 Discharge gap
3.3 Optimization of DBD system
4 CO2 hydrogenation to methane
4.1 Ruthenium-based catalyst
4.2 Nickel-based catalyst
4.3 Metal–organic framework materials
5 CO2 hydrogenation to methanol
5.1 Photocatalysis
5.2 Electrocatalysis
5.3 Plasma catalysis
6 Conclusion
Acknowledgements
References
영어 초록
In recent years, people are increasingly interested in CO2 hydrogenation to produce value-added chemicals and fuels ( CH4, CH3OH, etc.). In the quest for an efficient treatment in CO2 methanation and methanolization, several technologies have been practiced, and DBD plasma technology gain attention due to its easily handling, mild operating conditions, strong activation ability, and high product selectivity. In addition, its reaction mechanism and the effect of packing materials and reaction parameters are still controversial. To address these problems efficiently, a summary of the reaction mechanism is presented. A discussion on plasma-catalyzed CO2 hydrogenation including packing materials, reaction parameters, and optimizing methods is addressed. In this review, the overall status and recent findings in DBD plasma-catalyzed CO2 hydrogenation are presented, and the possible directions of future development are discussed.
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