GX & Decarbonization Research

O. Hutsaliuk, Iu. A. Bondar, N. Abliazova +1

This conceptual paper explores innovation, investment, financial, and digital drivers for managing biosphere-compatible production projects within large corporate groups. It discusses green finance, ESG investment, and digitalization (inclu…

Yuting Su

This literature review systematically examines how patient capital fosters corporate green behavior, synthesizing English and Chinese scholarship. It identifies key channels: alleviating financing constraints for green innovation, enabling …

S. Rahman, Muhammad Ibrahim Khan, J. Hussain +1

This study examines the impact of the shadow economy on green finance, green innovation, and green trade across 28 OECD countries from 1996 to 2024. Using MIMIC estimation and advanced machine/deep learning models (Lasso, Ridge, Quantum-Ins…

Guy Finkill, C. Gough, S. Mander +1

This paper comprehensively examines financial flows for the low-carbon transition of UK industrial clusters. It shows how green finance frameworks shape the definition of 'green', risking lock-in of non-transformative projects like CCS-enab…

Ruxiao Li, Bo Zhang, Jiayan Dong +1

Using text analysis on annual reports of Chinese A-share listed firms (2010-2023), this study measures corporate biodiversity attention and finds it significantly enhances sustainable development performance. Mechanisms include alleviating …

Xiaohan Peng

This study examines how digital transformation affects corporate sustainable development, using green patents as a mediating variable. Empirical evidence shows that enhanced digital capabilities promote green innovation, which in turn impro…

C. Politi, V. Benedetti, Xenia Chaidemenou +5

This study evaluates the environmental and circularity performance of an integrated insulation production system using wood and plastic waste. It includes LCA and circularity indicators per EN 15804+A2, with CCU from gasification. Results h…

Nils Tenhumberg, Stefan Schlüter, Matthias Krüger

This paper reviews process concepts and assessments for converting steel mill gases (SMGs) to methanol within the Carbon2Chem project, demonstrated at pilot scale at thyssenkrupp's Duisburg steel mill. It finds SMG-to-methanol requires less…

H. Jain, Ananya Aggarwal, Neeraj K. Aggarwal

This comprehensive review examines the valorisation of coconut coir waste within a circular bioeconomy framework. It summarizes raw material properties, processing technologies, and product applications, highlighting opportunities for susta…

Khanim Khudaverdiyeva

This paper systematically analyzes the normative conflict between the Energy Charter Treaty (ECT) and the Paris Agreement. It empirically examines the 'regulatory chill' effect where ECT's investor protection mechanisms hinder national deca…

Zhihao Zhang, Jiayan Xie, Huie Zhang +3

This paper constructs a wind-solar-hydrogen hybrid microgrid for Xinjiang, China, using DQN deep reinforcement learning for intelligent scheduling. The simulation results show that the proposed AI-based optimal scheduling can reduce annual …

Jianyun Gan, Yunyi Yang, Wu Yang +7

This study resolves the controversy over the mechanism of glucose electrooxidation on cobalt oxyhydroxide (CoOOH) by identifying a concerted proton-electron transfer (CPET) route that suppresses oxygen evolution. The catalyst achieves 100 m…

Farrukh Nawaz Kayani, M. Ganić, Muhammad Wasim Akram

Using ARDL bounds testing on Romanian annual data (1991-2024), this study finds that GDP growth significantly increases CO2 emissions while renewable energy consumption significantly reduces them. It provides rare long-run evidence for Roma…

Ingrid Refvik Torsvik, S. Foslie, Sigurd Bjarghov +1

This paper evaluates the synergy between industrial process flexibility (cold storage) and energy storage (ES) for peak load reduction and cost savings. Using a dairy case study with a linear load shift optimization model, it shows that pro…

Jiawei Wu, Han Jiang, Jinxuan Zhang +1

This paper proposes a time-series dimensionality reduction acceleration algorithm based on improved K-means clustering to address the dimensionality curse in operational planning models for Electricity-Hydrogen-Carbon (E-H-C) integrated ene…

Ahmet Elbi̇r, İ. Üçgül

This paper proposes an energy and exergy assessment method for a hybrid solar-hydrogen electric aircraft at UAV scale. It investigates the influence of flight speed and altitude on propulsion performance, showing an exergy efficiency of abo…

Kai Liu, Tianjiao Xiao, Xiaoling Xu +4

This review systematically summarizes key technologies and application progress of hydrogen substitution in high-temperature industrial furnaces and kilns. It analyzes hydrogen's distinct combustion properties and concludes that successful …

Ł. Kański, Jakub Pizoń, Akadiusz Gola +2

This paper proposes a risk-aware assessment framework for industrial renewable energy integration, combining ISO 50001 maturity, ISO 31000 risk management, digital-twin-ready architecture, CVaR, and multi-criteria analysis. Using synthetic …

Theis Madsen, Frederik Fertin, Claire Bergaentzlé +2

This study analyzes how hydrogen subsidies and energy-system integration of electrolysers can promote green hydrogen adoption in European hard-to-abate sectors. Without subsidies, hydrogen demand reaches 16.3 Mt H2/yr in 2050, but fixed pre…

Chen Chen, Chen Chen, Joseph Nyangon +2

This study develops a probabilistic resource adequacy (RA) framework for ERCOT through 2050, considering high load growth from data centers and crypto, and high renewable penetration. Using PLEXOS, it quantifies LOLE, LOLP, and EUE. Results…