GX & Decarbonization Research

Yuan N.

This study investigates the microstructural and mineralogical characteristics of peridotites from two U.S. complexes to assess their potential for natural hydrogen generation via serpentinization. Comparative analysis reveals differences in…

Jiang C.

This paper explores the symbiotic potential of hydrogen storage and CO2 sequestration in coal seams, proposing a more efficient decarbonization approach than standalone storage. If realized, it could contribute to energy transition by enabl…

Vivoda V.

This paper analyzes the conditions attracting investment in critical minerals processing, beyond mining. It focuses on policy and economic factors outside the mine, examining how to strengthen supply chains for clean energy technologies.

Lei H.

This paper proposes a method to integrate green hydrogen into building-distributed multi-energy systems with water recirculation, focusing on system design and performance evaluation for decarbonization and energy efficiency.

Escalona A.

This paper evaluates the technical, economic, and environmental performance of integrating solid oxide fuel cells, gas turbines, and steam generators in a Chilean combined cycle power plant, comparing natural gas and green hydrogen scenario…

Heo S.K.

This paper assesses techno-economic and environmental aspects of wastewater-to-hydrogen technologies in South Korea, evaluating cost and environmental impact for implementable pathways. It provides insights for realizing a circular hydrogen…

Song Y.

This study uses system dynamics modeling to assess the effectiveness of green hydrogen policies in the transportation sector. It analyzes drivers and barriers to adoption and reveals long-term impacts of policy interventions.

Knuutila H.K.

This paper reviews the progress in solvent-based post-combustion CO2 capture over the past decade, covering new solvents, process intensification, and cost reduction. It outlines key challenges and future prospects for CCUS deployment.

Sunil A.

This paper evaluates the techno-economic feasibility and grid integration of green hydrogen-powered electric vehicle (EV) charging stations using multi-objective optimization. It optimizes the design and operation of hydrogen production, st…

Sharma A.

This paper proposes a method for on-demand green hydrogen production via photocatalytic hydrolysis of silicon hydrides under natural sunlight. It demonstrates potential improvements in energy efficiency and environmental impact compared to …

Hassan A.A.

This paper proposes a modular flyback converter for green hydrogen production using PV and PEM electrolyzer systems. It aims to improve conversion efficiency and system integration, contributing to cost reduction in hydrogen production.

Nair P.A.K.

This paper focuses on modeling aluminosilicates for CO2 capture in concrete, examining efficiency and scalability from a materials science perspective to support decarbonization.

Ferraro M.

This paper analyzes the economic impact of selling oxygen produced as a by-product during green hydrogen electrolysis. It evaluates whether oxygen sales can significantly reduce the cost of hydrogen, assessing the feasibility and potential …

Ma L.

This paper assesses carbon emissions across the full life cycle of green hydrogen and its derivatives (ammonia, synthetic fuels), quantifying the carbon reduction benefits compared to conventional fossil-based hydrogen. Results show substan…

Otubu R.D.

This paper explores nickel-based catalysts for electrolysis to enhance green hydrogen production, focusing on efficiency improvements and cost reduction. It addresses optimization of electrolysis processes and catalyst performance for pract…

Wagner L.

This paper analyzes the conditions for public participation in green hydrogen deployment, focusing on how fragmented deliberation affects policy formation and social acceptance. It proposes effective engagement mechanisms.

Gibson C.

This paper critically examines the geographical dimensions of green hydrogen transitions. It analyzes the impacts of hydrogen economy development on local communities and environments, considering spatial justice and power relations in ener…

Kumar P.

This paper proposes an integrated SAP-LAP (Situation-Actor-Process-Learning-Action-Performance) and e-IRP (integrated resource planning) approach for planning green hydrogen operations to enable sustainable mobility. The combined methodolog…

Buniarto E.A.

This paper investigates the impact of circular economy and green sustainable finance on SME sustainable performance, examining the moderating roles of local wisdom and financial behavior. Empirical analysis suggests these factors contribute…

Gangineni R.

This paper uses a bibliometric review to analyze trends in sustainable marketing and green finance in the age of AI, identifying key research themes and applications of AI in these fields.