GX & Decarbonization Research

Qiang Xu, Peng-Tao Wang, Feiyin Wang +7

This paper provides a comprehensive assessment of the synergistic effects of carbon capture, utilization, and storage (CCUS) and renewable energy technologies for decarbonizing China's aluminium industry. It analyzes optimal technology comb…

Jing Zhong, Yonghui Xu, Xinyu Liu +4

This paper evaluates CO2 capture performance of porous carbons derived from waste tires. Equilibrium adsorption isotherms and fixed-bed breakthrough experiments demonstrate high capture capacity and cyclic stability.

Yujie Wu, Chu Chu, Yi Guo

This paper proposes a co-production process for cement and methanol using green hydrogen and carbon capture/utilization, aiming for cost competitiveness compared to separate production. It offers a novel pathway for decarbonizing hard-to-ab…

Burcu Ertit Taştan

This review critically examines microalgal flue gas valorization from perspectives of carbon neutrality, carbon negativity, and sustainable development. It discusses CO₂ fixation mechanisms, physiological responses of microalgae to flue gas…

iranfar, soha, Sadeghpour, Farshad, Khaksar Manshad, Abbas +2

This study proposes an eigenvalue matrix-based MCDM framework to rank and select optimal geological CO2 storage sites. Analyzing 10 parameters from 60 global sites, it identifies pollution per capita as the most influential factor and class…

Stökle, Katrin

This paper reports on technical progress across the CCS chain, focusing on the COREu project (Horizon Europe) that develops open-access CO2 transport and storage routes in Greece, Czech Republic, Poland, and Ukraine. It addresses technical,…

Winkler, Malte, Poralla, Matthias, Hermann, Tobias

This paper evaluates the feasibility of generating carbon credits from carbon management value chains (CCUS) in Europe. Using three fictional but realistic CO2 transport and storage routes, it identifies key challenges including cross-borde…

Pooja Zen Santhamoorthy, Stephen Summits, Ashwin Ravichandran +5

This study evaluates the feasibility of airborne carbon capture (ACC) systems for rapid response to remote greenhouse gas emission hotspots. Collaborating with NASA and research institutions, it analyzes the design and performance of aircra…

Gao Y.

This paper reviews recent research on corrosion of inner surfaces of pipelines for supercritical CO2 transport. It summarizes corrosion mechanisms and mitigation strategies, contributing to safe and durable CO2 pipeline infrastructure for C…

Mota-Nieto J.

This paper outlines the potential benefits of CCUS (carbon capture, utilization, and storage) projects for the energy and industrial sectors in Mexico. It discusses specific deployment impacts and challenges, assessing their contribution to…

Yunxia Wen, Pengxing Jiang, Mingxing Zhou +12

This paper presents a microwave-responsive amine sorbent with pulsed microwave regeneration (AS-MR) achieving full regeneration within 2 seconds. The system reaches ultra-low energy duty of 1.21 MJ·kg⁻¹ CO₂ for a full adsorption-desorption …

Jie Ding, Xiaoli Tan, Mingjia Zhang +11

This paper reports a novel method for synthesizing graphite from CO2 at mild conditions (220°C, 5.0 MPa) using NaBH4, achieving 79.2% selectivity and 93.1 wt% purity. The byproduct NaBO2 can be recycled electrochemically. The graphite shows…

Jia-Cheng Luo, An-Nan Zhong, Wu-Jian Long +6

This study proposes graphene oxide-coated biochar (GC) to enhance both carbon capture capacity and mechanical properties of cementitious materials. GC, prepared by bonding GO to straw-derived biochar via amino functionalization, exhibits a …

Shuyu Han, Luoyang Zhou, Hao Mei +4

This study develops a porous epoxy-based coating for carbon capture on asphalt pavement using the breath-figure method. The honeycomb-like porous structure overcomes the limitations of traditional dense epoxy coatings. Optimized process con…

Xia Zhonglin, Fan Shuaijun, Zuo Jiahai +11

This paper reports pilot testing and simulation of inorganic ammonia-based carbon capture. It evaluates process efficiency and cost reduction potential based on experimental data and model analysis.

Jin Yang, Hao Zheng, Maogao Li +5

This study investigates wet-grinding carbonation of concrete slurry waste under low-concentration CO2 to produce low-carbon foam concrete. The process sequesters CO2 in construction waste, reducing carbon footprint. The resulting foam concr…

(著者不明)

This workshop overview discusses the challenge of achieving carbon neutrality for city gas through SOEC methanation technology innovation. It covers the current status, challenges, and pathway to practical application.

Sai arjit Anand

This paper explores the potential of electrochemical carbon capture as a scalable decarbonization pathway, evaluating its energy efficiency and cost challenges compared to conventional chemical absorption methods, and discussing prospects f…

G. Buscarnera, G. D. Vecchia, J. Hyman

This editorial introduces recent advances in subsurface geotechnology for decarbonization, focusing on applications such as CCUS and geothermal energy. It likely discusses innovations in subsurface storage and monitoring technologies.

Wu M.

This study clarifies the influence of CO2 liquefaction on hydrate formation, focusing on phase dependency, nucleation induction, and efficiency optimization, contributing to process improvement in CCUS technology.