GX & Decarbonization Research

Lt Col Ranjana Kandel, D. Ghosh

This paper comparatively analyzes hydrogen production pathways including grey, blue, turquoise, and green hydrogen based on feedstock, process, and carbon emissions. Green hydrogen via renewable electrolysis is the most sustainable zero-emi…

O. Fomina, Uliana Shakhova

This conceptual paper proposes integrating ESG indicators into accounting systems to reduce information asymmetry between enterprises and stakeholders. It suggests expanding analytical accounting with ESG attributes while preserving synthet…

Anderson Yu

This paper formally defines the Evidence Infrastructure Layer as a pre-disclosure transformation environment for generating structured, traceable, machine-readable sustainability evidence from real-world operational activities. Positioned a…

Christofer Schroeder

This paper analyzes the employment effects of carbon pricing under the EU-ETS. Using standard methods to define green and polluting jobs, it estimates that a 1% price increase leads to a 0.2% decline in employment after 1.5 years, with stro…

Maria Olczak, Luke Dubey, D. Lowry +5

This study analyzes methane emissions from biogas plant supply chains in Europe and finds that the majority can be eliminated at no net cost, offering economic and environmental benefits.

Yarui Deng, Xiaoli Zhao

This paper analyzes steel decarbonization pathways in the Beijing–Tianjin–Hebei region of China, considering intra-regional coordination of renewable electricity and green hydrogen. Scenario analysis demonstrates the effectiveness of integr…

Weidong Zhao, Yu Zhao, Lu Liu +3

This study quantifies coal-related CO2 emissions and health damages embodied in international coal trade and goods/services trade from 1992 to 2020. Coal trade contributed 45.4 Gt cumulative CO2 and 74,700 annual deaths; goods/services trad…

Yuetian Chen, Meng Ren, Xu Tian +4

This paper explores the potential of halide perovskite solar cells in driving the green energy transition. It highlights their high efficiency and low cost, making them a promising technology for renewable energy expansion.

Debarati Mukherjee, Sumit Gupta, Sougata Dey Sarkar +2

This review summarizes advances in mesoporous materials for CO2 capture and conversion to fuels and chemicals. Amine-functionalized silicas achieve 5.39 mmol/g at 75°C; nitrogen-doped carbons reach 15.4 mmol/g at 30 bar and 0°C. Ni-, Pd-, F…

Xiaohan Zhou, Zhibin Qu, Shunxing Zhang +3

This study develops coal-based carbon materials with abundant ultramicropores via co-carbonization of heterogeneous carbon, enabling efficient CO2 capture. The material contributes to CCUS technology advancement.

Elena Rusanova, Dmitrii Gribanev, Hassan Alqahtani +2

This study develops novel porous fluids combining carbon nanotubes and porous organic polymers for CO2 capture. The materials show promising adsorption performance from a material science perspective, though practical application requires f…

Xiaoqian Xu, Nengneng Xu, Qin Cao +9

This study develops Pt-FeN4 atomic interfaces confined in porous carbon via dual-nitrogen coordination engineering, achieving reduced Pt usage and enhanced durability for PEM fuel cells. The approach balances catalytic activity and stabilit…

Chuan Qi, Xuan Li, Jiahong Cao +3

This paper proposes a novel underground coal gasification process that reduces CO2 emissions while enhancing syngas production. It contributes to the low-carbon transformation of coal-based energy and climate change mitigation. The title su…

Youchao Zhang, Shifeng Li, Changqing Wang +1

This study developed low-carbon, high-strength, high-ductility engineered cementitious composites (ECC) using waste clay brick fines as partial cement replacement. It reduces CO2 emissions by utilizing construction waste and decreasing ceme…

Chuang Li, Xing Yan, Keke Li +2

This study forecasts low-carbon transition pathways for supply-chain-related enterprises in China. Using regional and industrial scenarios, it analyzes emission reduction potentials and policy implications.

Yao Luo, Shuna Wang, Wei Xiao

Examines incentive contract design with endogenous information acquisition in low-carbon supply chains. Analyzes optimal contracts to promote emission reductions under information asymmetry.

Chunrui Liu, Mei Sun, Yibo Li +2

This study analyzes the combined effects of green hydrogen subsidies and carbon emissions trading on low-carbon transformation of the iron and steel industry under uncertainty, offering insights for policy design.

Saheed Olanrewaju Issa, Ridzwana Mohd Said, FAKARUDIN KAMARUDIN +2

Using panel data from 47 OIC countries, this study finds that ESG Sukuk and ESG Islamic funds positively contribute to a just transition, while Islamic social finance shows a negative relationship. Results are robust, highlighting the role …

Cunyi Yang, Runze Yang, Wenjie Ma

This paper compares green finance and digital finance impacts on energy transition using Chinese city panel data. Both promote energy transition, but green finance requires robust development while strategic allocation of digital finance ma…

Petr Prochazka, Емил Велинов, Irem Akem

This study examines how top management team diversity impacts ESG performance in multinational freight transport companies under the EU's CSRD. Based on case studies of 13 firms, it finds that board diversity, especially in social and gover…