This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 14 contributing scholarly metadata sources and uses AI-assisted classification to identify signals related to measurement, policy narratives, outcomes, implementation, industrial adoption, and verification.
The goal is not only to discover papers, but to observe how GX research is distributed across research substance, implementation narratives, external expectations, implementation substance, and judgment formation.
Summaries are AI-assisted. Always refer to the original paper for authoritative conclusions.
Showing 2801–2820 of 32265 papers
Abdulmajid H.F.M.
This paper examines emerging bilateral partnerships around green hydrogen linking MENA, the EU, and Sub-Saharan Africa. It analyzes how hydrogen export-import arrangements shape international energy diplomacy and interregional relations. Wi…
Maynor K.
This study analyzes how the levelized cost of green hydrogen passes through the bioethanol fuel value chain in the U.S. Midwest. It quantifies how hydrogen adoption reshapes fuel production cost structures. Though no abstract is available, …
Ejiyi C.J.
A cross-sectoral computational review of AI methods applied to clean energy and environmental engineering systems. It surveys application areas and computational techniques. Without an abstract, the linkage to ESG or climate-disclosure eval…
Rangel G.P.
This work examines the trade-off between production costs and environmental impacts in sustainable green hydrogen production. It likely addresses how renewable-based hydrogen can balance economic viability with reduced environmental burden.…
Hassan Q.
A study mapping Europe's solar, wind, hydro, and green hydrogen production potential geographically. It visualizes the spatial distribution of renewable resources, offering a basis for energy transition policy and investment decisions. Meth…
Iraklis C.
This work applies stochastic gradient descent to optimize the sizing of solar PV, battery storage, and electrolyzers for utility-scale green hydrogen production. The goal is cost-effective system design that lowers hydrogen production costs…
Astriani Y.
This work addresses integrating a renewable energy park with green hydrogen production into the power grid to cut CO2 emissions. It appears to use hydrogen production to absorb renewable variability, balancing grid stability with decarboniz…
Ahn J.H.
This study evaluates the performance of a molten carbonate fuel cell / micro gas turbine hybrid system integrated with oxy-combustion CO2 capture. It explores a design that combines high-efficiency power generation with CO2 separation. No a…
Ratanpara A.
This review surveys microfluidic approaches applied to carbon capture and storage (CCS) research. Microfluidic platforms enable precise, small-scale observation and control of CO2 dissolution, diffusion, and mineralization in porous media. …
Feng W.
A review of sorbent design for electrochemical carbon capture in water-lean systems, spanning molecular building blocks to reticular porous materials. It outlines design principles for next-generation CCUS materials with attention to energy…
Font-Palma C.
This study compares the performance of alternative post-combustion CO2 capture processes applied to a biogas-fueled micro gas turbine. It evaluates capture efficiency and energy penalties across process options, indicating the feasibility o…
Ye H.
This work explores and constructs a carbon-loop technical route for low-carbon iron and steel processes. Steelmaking is a hard-to-abate, emissions-intensive sector, so the study centers on designing decarbonization pathways that combine hyd…
You X.
A review of micro-nano-bubble technology applied to microalgae production, covering wastewater treatment, carbon capture, and algae harvesting. Fine bubbles improve gas dissolution and mass transfer, potentially cutting cultivation and sepa…
Simmons J.M.
A comparative study of carbon capture using metal-organic frameworks (MOFs). MOFs are porous materials with high CO2 adsorption capacity, drawing attention as candidates for CCUS separation and capture. The paper appears to compare capture …
Ishmam S.
This paper maps local green hydrogen cost-potentials using a multidisciplinary approach. It integrates renewable resource, siting, and infrastructure factors to reveal the geographic distribution of hydrogen supply costs. Though no abstract…
Scholvin S.
This paper examines de-risking strategies for green hydrogen projects through case studies of Chile and South Africa. It analyzes how policy support and investment frameworks shape project viability, offering lessons for building hydrogen e…
Chen S.
A theoretical study examining how sustainable insurance affects downcycling in circular production under cap-and-trade regulation and carbon tariffs. It suggests carbon pricing and insurance mechanisms jointly shape circular supply-chain de…
Chalaris M.
A review-style work examining the electrochemical and technical barriers to a hydrogen economy. It focuses on the fundamental chemistry of hydrogen production and use—electrolysis and fuel cells—and outlines cost, efficiency, and infrastruc…
Maddirala R.
Proposes a physically consistent residual meta-learning framework to co-optimise CO2-EOR and CO2 sequestration in mature reservoirs. It couples physics constraints with fast ML surrogates to jointly evaluate recovery, storage, and economics…
Winkler C.
This study maps local green hydrogen cost-potentials across Sub-Saharan Africa using a participatory approach. It integrates stakeholder input to estimate region-specific costs and deployment potential. Findings inform hydrogen supply-chain…
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