Carbon Capture Science and Technology

Industrial flue gas and solid waste with the characteristics of large emissions and complicated distributions are two issues for industry, due to that sequential CO2 capture and utilization for flue gas shows high energy-cost penalties and solid waste faces with low reutilization ratio. As a powerful process intensification strategy, chemical looping CO2 capture and in-situ conversion (CL-ICCC) provides an effective solution to handle those two issues. However, current researches on CL-ICCC aim to develop process configurations, design bifunctional materials, and reveal reaction mechanisms, which ignore how to apply CL-ICCC for realizing flue gas purification and solid waste reutilization simultaneously in industry. Herein, after reviewing the current status of CL-ICCC for flue gas upgrade, industrial solid waste reutilization and industrial system integration, a perspective is proposed to highlight CL-ICCC as a promising platform for green and low-carbon industry transition. In the proposed system, industrial flue gas enters the capture reactor and reacts with industrial solid waste derived bifunctional materials to separate CO2 from other impurities. In the conversion reactor, reduction agents are introduced to spill CO2 over bifunctional materials and convert it into value-added chemicals. This review and perspective provide a new pathway to establish a low-carbon and self-digestion industrial system.

Bo Jin

Ruiyue Wang

Dongtao Fu

Tong Ouyang

Yihan Fan

Haiyan Zhang

Zhiwu Liang

Carbon Capture Science & Technology

Chemical looping CO2 capture and in-situ conversion as a promising platform for green and low-carbon industry transition: Review and perspective

化学链CO2捕集与原位转化作为绿色低碳工业转型有前景的平台：综述与展望

Jian Chen

Yongqing Xu

Peizhi Liao

Haiming Wang

Hui Zhou

Carbon Capture Science &amp; Technology

Recent Progress in Integrated CO2 Capture and Conversion Process Using Dual Function Materials: A State-of-the-Art Review

双功能材料在二氧化碳捕集与转化一体化过程中的最新进展：一项前沿综述

Tao Jiang

Joe Yeang Cheah

Zetong Liu

Zhaojie Fang

Xinyi Guan

Yue Wang

Shengping Wang

Xinbin Ma

Mass granulation of Al-promoted CaO-based sorbent via moulding-crushing methods for cyclic CO2 capture

通过成型-破碎方法制备Al促进的CaO基吸附剂用于循环CO2捕集的大规模造粒

Hongman Sun

Xiaodie Jin

Tong Liu

Yuanyuan Wen

Shuzhuang Sun

Yu Zhang

Youhe Wang

Zifeng Yan

Porous hollow Ni/CaO dual functional materials for integrated CO2 capture and methanation

多孔空心Ni/CaO双功能材料用于一体化CO2捕集与甲烷化

Y-type zeolites are widely used in the carbon dioxide (CO2) adsorption applications due to their exceptional ion exchange performance and high stability. However, the pelletization of Y powder by adding binders such as kaolin often results in performance drops, which has limited its industrial application. This study employs a zeolite-kaolin blend to produce cylindrical pelletized Y zeolite, in which the kaolin is then transformed to zeolites via hydrothermal crystallization, resulting in binder-free Y pellets. The Design-Expert software and the response surface method (RSM) are employed to optimize the hydrothermal crystallization conditions for binder transformation, with the objective of attaining a maximized capacity for CO2 adsorption. Results demonstrate that optimized synthesis conditions yield cylindrical Y zeolite with a notable CO2 adsorption capacity of 5.52 mmol/g at 298 K and 1 bar, surpassing that of the initial Y powder. The average crushing strength is 110 N per particle (Diameter × Height = 3 mm × 3 mm). The IAST selectivity of CO2/N2 (15/85) is 824 at 298 K and 1 bar. The reaction mechanisms of the binder transformation are also investigated via experiments and DFT simulation. This study presents a simple and reliable method for manufacturing binder free Y zeolite, which is promising for carbon capture applications.

Fu Rao

Meiling Liu

Chenghao Liu

Wenkang Deng

Renfeng Huang

Chunfa Liao

Tao Qi

Guoping Hu

Synthesis of binder-free pelletized Y zeolite for CO2 capture

无粘结剂Y型沸石颗粒的合成及其用于二氧化碳捕集

Solomon K. Gebremariam

Anish Mathai Varghese

Suresh Kuppireddy

Yasser Al Wahedi

Ahmed AlHajaj

Georgios N. Karanikolos

Ludovic F. Dumée

MOF@MOF core-shell hybrid adsorbents with controlled water vapor affinity towards enhanced and steady CO2 capture in moist conditions

具有可控水蒸气亲和力的MOF@MOF核壳杂化吸附剂用于增强和稳定潮湿条件下的CO2捕集

Munzir H. Suliman

Muhammad Usman

Hussain Al Naji

Maryam Abdinejad

Niamat Ullah

Aasif Helal

Mahmoud M. Abdelnaby

Guillermo Díaz-Sainz

Gabriele Centi

CO2 Electroreduction to C2 Products on Bimetallic Silver Copper Melamine Complexes

双金属银铜三聚氰胺配合物上CO2电还原制备C2产物

Priyanka Kumari

Farah Kaddah

Nahla Al Amoodi

Enhanced CO2 capture via calcium looping with mesoporous ladle furnace stainless steel slag

利用介孔钢包炉不锈钢渣增强钙循环的二氧化碳捕集

Guangyao Yang

Wenjie Xu

Jingbo Jia

Changfu You

Lattice Oxygen Activity Regulation by Alkaline Earth Metals in Iron Oxides for Biomass Chemical Looping Gasification

铁氧化物中碱土金属对晶格氧活性的调控及其在生物质化学链气化中的应用

Claire Welton

Fan Chen

Hong-Cai Zhou

Shouliang Yi

Mixed matrix membrane formation with porous metal–organic nanomaterials for CO2 capture and separation: A critical review

混合基质膜与多孔金属-有机纳米材料在CO2捕集与分离中的应用：一项关键性综述

Abbreviation
Journal Impact	10.47
Quartiles(Global)	GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY(Q1)

ISSN	2772-6568
h-index	19

Publication Information	Publisher: Elsevier Ltd，Publishing cycle: ，Journal Type: journal，Open Access Journals: Yes
Basic data	Year of publication: 2021，Proportion of original research papers: ，Self Citation Rate:， Gold OA Rate:
Journal Fees	$2000Details
Average review cycle	9 weeks

Carbon Capture Science and Technology

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