GX & Decarbonization Research

Konuhova M, Bezrukovs V, Bezrukovs V +4

A cross-technology review of hydrogen compression for decentralized green hydrogen, comparing mechanical, liquid-piston, electrochemical, metal-hydride and hybrid systems on pressure ratio, specific energy, thermal behavior, purity, dynamic…

Fakhreddine J, Joshi S, Cassamassima L +3

Two global energy system models (TIAM-UCL, MESSAGEix) are compared under harmonised Paris-aligned scenarios to assess hydrogen trade. Both project a more distributed, regionally integrated market than today's centralised fossil fuel trade: …

Hatton, Luke, Oluleye, Gbemi, Staffell, Iain +3

This study quantifies the opportunity loss (tCO2/MWh) of diverting renewable electricity to green hydrogen using a global geospatial model, comparing hydrogen end-uses against direct electrification, EVs, and heat pumps. Results are benchma…

Bianchi, Marco

This dataset compiles quantified vulnerability indicators for green hydrogen value chains, assessed through trade dependencies. It provides metrics at product, stage, and system aggregation levels, enabling comparison across the full produc…

Vahabzadeh E.

This paper examines the techno-economic optimisation of repurposing UK depleted gas reservoirs for geological hydrogen storage. It assesses how surplus renewable power can be stored as hydrogen underground for supply-demand balancing and se…

Rami Y.

This study optimizes solar PV configurations for green hydrogen production in Morocco and assesses integration across agriculture, transport, and electricity sectors. It contributes quantitative design guidance on sector coupling and renewa…

Schoonover M.

A study of Saudi Arabia's blue and green hydrogen value chains, examining how a hydrocarbon exporter could pivot toward hydrogen. It maps supply infrastructure, production pathways and policy conditions, offering lessons for import-dependen…

Camelo M.M.

This study develops a mixed-integer linear programming (MILP) model to optimize green hydrogen supply chain networks, integrating production, transport, and storage decisions toward cost minimization and optimal facility siting. No abstract…

Venkittaraman A.

This review surveys how artificial intelligence is applied to green hydrogen production, storage, transport, and renewable energy integration. It likely covers ML-based electrolyzer optimization, demand forecasting, grid integration, and hy…

Zheng L.

This study derives industrial hydrogen demand curves for Germany and China and examines how carbon pricing instruments shape hydrogen uptake. It quantifies the carbon-price levels at which industrial switching to hydrogen becomes viable, of…

Young Wook Ryu, Hana Kim, Wangyun Won +1

This study presents a multi-objective optimization framework for low-carbon hydrogen production via electrolysis, balancing economic viability against environmental sustainability. It evaluates cost-environment trade-offs across diverse ene…

Junteng Ma, Tiantian Xia, Haitao Wu +7

A non-precious FeP/porous carbon-sphere electrocatalyst was synthesized via hydrothermal, carbonization and phosphorization steps for the oxygen evolution reaction in water splitting. Fe,P co-doping boosts conductivity while anchored FeP na…

Clark, Albert

Liquid hydrogen (LH2) offers a promising route to decarbonize aviation, but its low volumetric energy density and cryogenic storage demand major aircraft redesign. Historical programs like Project Suntan and current efforts by Airbus and H2…

Abdolvahhab Fetanat, Mohsen Tayebi

This study proposes an industrial recommender system to evaluate and select underground hydrogen storage technologies for decarbonizing the oil and gas sector. It applies linear Diophantine fuzzy sets to enable multi-criteria decision-makin…

Talus K.

This work examines the regulatory complications, barriers, and distinctions that arise when importing US-produced hydrogen and its derivatives into the EU. It likely highlights how mismatches between EU renewable-hydrogen definitions and ce…

Borges R.P.

This paper evaluates gigawatt-scale green hydrogen production in Portugal from technical and economic perspectives. It likely analyzes electrolyzer cost structures and renewable procurement conditions to assess hydrogen-economy feasibility.…

Niraj Gohil, Nawshad Haque, Amro M. Farid

This paper conducts a spatio-temporal life cycle assessment of electrolytic hydrogen production in Australia under time-varying CO2 management schemes. Comparing three scenarios, it shows that dynamically adjusting hydrogen output based on …

Martins A.H.

A techno-economic assessment of green hydrogen production via gasification processes. It examines how feedstock and process conditions shape production costs and the conditions under which hydrogen supply becomes economically viable, inform…

(著者不明)

This perspective synthesizes LCA literature on solar-powered hydrogen, evaluating environmental sustainability and proposing an integrated Circular Economy LCA (CE-LCA) framework. Environmental burdens are front-loaded in manufacturing, wit…

(著者不明)

This mini-review analyzes renewable energy–hydrogen integrated systems as backbones for downstream power-to-X deployment. It compares hydrogen-centered topologies—renewable–electrolyzer–market, hydrogen-to-power, hybrid storage, and CHP-cou…