GX & Decarbonization Research

Yalamati H.P.S.

This short review explores the potential of converting group gathering stations (typically oil and gas infrastructure) into green hydrogen production facilities, highlighting this strategy for leveraging existing assets toward net-zero goal…

Senk M.K.

This study projects the levelized cost of hydrogen (LCOH) for on-site supply technologies in Germany, comparing different technologies and scales. It provides cost reduction outlooks up to 2030, offering a quantitative basis for assessing G…

А.А. ВАСИЛЬЕВ, В.А. ВАСИЛЬЕВ, Т.В. ВАСИЛЬЕВ

This paper proposes a dual-fuel combustion mixture of ammonia and hydrogen with oxygen, achieving zero carbon emissions. It demonstrates the potential as a carbon-free fuel technology.

Ayann Tiam, Sarath Poda, Talal Gamadi +1

This study presents a screening model for a modular 1 MMSCFD Permian associated-gas unit for hydrogen and solid carbon production via methane pyrolysis. The catalytic base case produces 3.78 t/d of H2 and 14.27 t/d of solid carbon. The leve…

(著者不明)

This study develops an electrocatalyst combining low-dimensional MoS₂ with ZIF-67-derived carbon, demonstrating high efficiency for the hydrogen evolution reaction (HER) in acidic conditions. The synergistic effect enhances catalytic perfor…

(著者不明)

This paper reports a composite of low-dimensional MoS₂ and ZIF-67-derived carbon as an efficient electrocatalyst for the acidic hydrogen evolution reaction (HER). It demonstrates improved catalytic activity and stability, with potential for…

Tom Terlouw, Christian Bauer, Peter Burgherr +2

This author response addresses the study on Haber–Bosch 2.0 for low-carbon ammonia production, providing a global techno-economic and environmental assessment. It reiterates key findings and discussions implied in the response.

Yash Pachaury, Aaron Anthony Kohnert, Laurent Capolungo

This paper investigates how hydrogen promotes vacancy production and affects creep deformation in low-carbon ferritic steel, elucidating material degradation mechanisms crucial for hydrogen infrastructure durability.

Matías León Ayala, Ricardo Lizana Fuentes, Eduardo E. Espinosa +4

This study performs a technical and economic assessment of green hydrogen fuel cell trucks recently introduced in Chile, comparing them with conventional diesel trucks. Using a total cost of ownership framework with hydrogen price scenarios…

Md. Omar Faruk, M. Ali, Md. Shafiul Alam +4

This study optimizes a hybrid renewable-hydrogen microgrid for a 150-household rural community, achieving LCOE of $0.0383/kWh, LCOH of $3.47/kg, and annual CO2 emissions of 62,948 kg. Sensitivity analysis and dynamic stability assessment co…

AbdulHafiz Jones, O. Nematov, M. Sharairi +7

This study develops an integrated optimization framework for a renewable poly-generation hub combining PV, biogas, electrolyzer, hydrogen storage, fuel cell, and desalination under dynamic market conditions. Using NSGA-II multi-objective op…

R. K. Maurya, Dharmbir Prasad, R. P. Singh

This study conducts a techno-economic assessment of a micro-pilot green hydrogen-based decarbonization scenario for steel production in Jamuria, India, using a hybrid renewable system (solar, wind, battery, diesel backup). The system produc…

Dr.Navneet Kumar Assistant Professor, P.G. Department of Mathematics, Purnea University Purnia

This study proposes an explainable q-rung orthopair fuzzy Entropy-COPRAS framework for green hydrogen site selection under uncertainty. It considers renewable energy availability, water access, grid connectivity, and social feasibility. A b…

Indira Priyadarshini Padhy Indira Priyadarshini Padhy, Pratik Prasad Mahapatra Pratik Prasad Mahapatra, Santosh Kumar Behera Santosh Kumar Behera +2

This paper reviews the role of green hydrogen in improving sustainability, covering production technologies, industrial applications, policy initiatives, and commercialization challenges. It concludes that declining renewable energy costs a…

University of Nottingham, Nanolayers

This dataset includes 237 ultraporous activated carbon samples with composition, conditions, and characterization data. It supports machine learning models for predicting hydrogen uptake, crucial for hydrogen storage material discovery.

El Garhy, Eman

This paper presents a case study of Egypt's Ain Sokhna green hydrogen project within the Just Energy Transition framework, examining technical, economic, and social dimensions. It highlights the potential of green hydrogen to contribute to …

Lijfering, Siri

This paper analyzes the justice implications of the green hydrogen economy in South Africa, examining distribution of economic benefits, environmental burdens, impacts on local communities, and the feasibility of achieving a just energy tra…

B.S. Soroka, V.O. Zgurskyi, N. Striugas

This paper analyzes the decarbonization of high-temperature glass melting furnaces by substituting natural gas with hydrogen or H2 blends. It shows that while hydrogen reduces CO2 emissions, its transparent combustion products lower radiati…

Obeng-Darko N.A.

This paper comprehensively examines subsidies, funding mechanisms, and other policy instruments to promote the ramp-up of the hydrogen economy in Europe. Focusing on the European Union's hydrogen strategy, it analyzes existing schemes and f…

Kebe A.

This paper explores the potential of green hydrogen to foster a just and inclusive energy transition. It discusses policy frameworks, social acceptance, and infrastructure development, outlining challenges and opportunities for implementati…