GX & Decarbonization Research

Wagd Ajeeb, Ricardo Assunção, Rui Costa Neto

This paper evaluates the techno-economic and environmental feasibility of green hydrogen for decarbonizing rail transport. It compares alternative propulsion systems, highlighting the potential and challenges of hydrogen fuel cell trains.

Andrea Navarro Jiménez

This paper evaluates state-level green hydrogen potential in Mexico using a multi-technology framework and scenario analysis, offering policy-relevant insights for prioritizing hydrogen strategies based on regional renewable resources.

Hanen Keskes, Alexander Martin

This paper conceptualizes a people-centered energy transition, emphasizing community participation and benefits over purely technological approaches. It highlights the importance of social acceptance and equity in energy policy.

Xiaocai Zhu, Siyuan Ren, Jun Wang

This paper examines the impact of green finance on the sustainable development of heavily polluting enterprises. It focuses on the trade-off between short-term gains and long-term returns, empirically analyzing how green finance affects fir…

Swati Swati, Rakesh Gupta, Pradeep Chaudhary

This paper proposes a stochastic reliability model for the power supply chain of green hydrogen electrolyzers using Bayesian continuous-time Markov chains (CTMC). It quantifies the impact of renewable energy variability on hydrogen producti…

Elena Barbera, Marco Fontana, Alberto Bertucco

This paper evaluates CO2 emissions and carbon footprint of hydrogen production via methane pyrolysis, using material and energy balances. It likely quantifies decarbonization potential compared to steam methane reforming and assesses proces…

Yimeng Jiao, Zhengda Lin, Ziyang Dong +7

This study proposes recycling melanoidin by-products to enhance recovery of green hydrogen and short-chain gaseous hydrocarbons from thermal-hydrolyzed sludge pyrolysis. It reveals the key role of active nitrogen species in the reaction mec…

Jiayi Zhu, Lei Yang, Wenhui Zhou

This paper explores integrating AI into remanufacturing supply chains to enhance sustainability and intelligence diffusion. AI-driven demand forecasting and quality control can reduce waste and improve resource efficiency, supporting the tr…

Kleber Nunes Silva, Pedro Bancillon Ventin Muniz, Felipe Andrade Torres +1

This paper evaluates biofuel and renewable ether blends in compression ignition engines, focusing on emissions reduction and performance. It aims to support cleaner bioenergy transitions by analyzing greenhouse gas mitigation and combustion…

Zichun Deng, Mohd Rizaimy Shaharudin, S. Sarifah Radiah Shariff +1

This paper analyzes decision-making in a closed-loop supply chain with third-party remanufacturing, focusing on how remanufacturing process innovation and risk aversion affect firms' strategies and profitability, offering insights for circu…

Ashaq Ahmad Dar, Naveen Babu Kanda, Shovasish Karna

This study analyzes environmental correlates of litter carbon in Himalayan coniferous forests, revealing forest carbon allocation patterns and providing insights for climate resilience and mitigation.

Amir Hasnaoui, Ayesha Afzal, Alexandra Horobet +1

This paper empirically examines how CSR activities and climate finance affect environmental performance in EU countries within the CSRD framework. It tests whether enhanced disclosure mandates improve corporate environmental behavior and of…

Edwin Coleman, Franklin Bailey Norwood

This study estimates GHG sequestration from agricultural conservation practices in Kansas, Oklahoma, and Texas by merging USDA program enrollment data with COMET-Planner model outputs. It quantifies regional carbon sequestration potential, …

Mingliang Liu, Zekun Lin, Jingjing Yin +8

This study analyzes synergistic reduction pathways for greenhouse gases and air pollutants in China's Greater Bay Area across regional, sectoral, and supply chain levels. It identifies policy routes to maximize co-benefits, highlighting the…

Suzanne O'Keeffe, Dominic O'Sullivan, Ken Bruton

This paper reports the development of a high-level modelling tool to support the transition to carbon neutral industrial manufacturing. The tool likely enables assessment of decarbonization pathways and scenario analysis for policy and corp…

Jingjia Li, Heng Chen, Xin Yuan +3

This paper focuses on enhancing flexibility and optimizing scheduling for carbon capture power plants, addressing peaking demand and cost reduction. Although specific methods and results are unavailable, it offers practical insights for gri…

Feng Xu, Dong Xiang, Ke Fang +1

This paper addresses carbon footprint estimation and carbon data validation in the manufacturing phase of electromechanical products. It focuses on challenges in emissions accounting during production and the importance of ensuring data qua…

Sihong Cheng, Zichang Che, Wenbo Zhang +3

This paper proposes a framework for energy-efficient dynamic control of carbon capture in hot blast stoves, combining physics constraints and surrogate models to reduce operational energy consumption while maintaining capture efficiency. It…

Sidique Gawusu, Xiaobing Zhang, Sufyan Yakubu +1

This paper analyzes household carbon footprints in Ghana, exploring synergies between energy access and climate policy. It identifies pathways where clean energy transitions can simultaneously reduce emissions and support development goals.

Nhat Duy Lai, Nguyen Chi Duc

This paper analyzes the impact of carbon taxation on non-financial sectors in Vietnam, empirically assessing its effects on sectoral emissions reduction and economic activity, offering insights for policy design.