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 4081–4100 of 27606 papers
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This study investigates hydration-induced structural transformations in the carbon-capture MOF CALF-20 using ab initio molecular dynamics, umbrella sampling, and a PageRank-based collective variable. It reveals a cooperative reorganization …
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A critical review of cooling and off-gas treatment across copper/non-ferrous smelting, EAF steel, SAF ferroalloys, aluminum, and e-scrap processing. It proposes the Temperature-Composition Trajectory Framework (TCTF), treating the full reac…
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This study demonstrates direct electrochemical conversion of simulated flue gas to formate using BiOI gas diffusion electrodes. Tandem strategies—pulsed electrolysis and upstream O2 removal—overcame CO2 mass-transport and oxygen reduction i…
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A solvent-mediated coating creates an amphipathic dual-polymer network with fully amorphized PEO in a crosslinked PDMS matrix, yielding CO2 permeances up to 2402 GPU (hollow fiber) and 6887 GPU (flat sheet) with selectivity >20. A pseudo-th…
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This study evaluates mineral carbonation of alkaline industrial residues (fly ash, bottom ash, slag) as an integrated strategy for permanent CO2 sequestration and stabilization of hazardous components. Carbonation forms stable carbonate pha…
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Using an MEA-PZ-DEEA-H2O biphasic absorbent modeled in Aspen Plus, this study optimizes CO2 capture from a 45,000 Nm3/h CCGT plant. The biphasic solvent cut regeneration energy ~21.5% vs 30wt% MEA; combining absorber inter-cooling and rich …
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Exhausted lime from ceramic-industry flue gas treatment (21–65 wt% Ca(OH)2) was used untreated for CO2 mineralization. Batch tests reached up to 99% CO2 conversion at low slurry concentrations; a semi-continuous system achieved complete CO2…
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Corrosion rates of SS-304 and CS-1018 were measured in aqueous sodium glycinate (SG), a promising CO2 capture solvent, using the weight-loss method across temperatures and concentrations. CS-1018 showed significant corrosion at higher tempe…
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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…
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This study uses AI to optimize hydrothermal liquefaction (HTL) of macroalgae for biofuel production. A bio-oil yield of 23.5% was achieved at 280°C, 30 min, 15% solids, with AI prediction error under 2%. The biochar (55% carbon) supports so…
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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…
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This study optimizes a hybrid renewable energy system combining solar PV, wind, biogas, electrolyzer, hydrogen tank, and fuel cell for a packaging company in Istanbul, Turkey, using HOMER Pro. Excess power is stored as hydrogen and reconver…
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This paper analyzes Ukraine's green transition as simultaneously an environmental, macroeconomic, security, and EU-integration agenda. It argues decarbonization, energy efficiency, renewables, and industrial modernization are prerequisites …
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Proposes an integrated framework for transforming ports into sustainable energy hubs, combining renewable generation, battery storage, green hydrogen, port microgrids, and intelligent energy management. It explicitly addresses Mediterranean…
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A machine-learning-assisted framework co-optimizes electricity–heat–hydrogen–storage coupling in grid-connected integrated energy systems. Using K-means and Latin hypercube sampling for scenario generation, a MILP co-optimizes cost, carbon …
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A Zn3(PO4)2-red dragon fruit peel extract (ZP-DF) nanocomposite-coated copper electrode was tested for green hydrogen production from coconut water waste via electrophotocatalysis. It yielded 36.7 ppm H2 from pure water and 30.4 ppm from co…
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This review integrates algae hydrothermal liquefaction (HTL) biocrude upgrading with green hydrogen for sustainable aviation fuel (SAF). It links cultivation, catalytic upgrading, hydrogen-assisted hydroprocessing, and TEA/LCA across the va…
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Examines green hydrogen prospects in western Kazakhstan's Caspian region through a water-scarcity lens. Quantifies electrolysis water consumption, finding large-scale production may be constrained by limited water resources. Desalination's …
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Using in-situ heat and material balance data from an operating SMR-PSA unit, this study combines exergy analysis with machine learning to assess CO2 capture and hydrogen-production efficiency under real refinery conditions. It captures cycl…
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This study argues that Indonesia's industrial classification (KBLI) lacks a dedicated category for green hydrogen, creating legal and administrative uncertainty in licensing, environmental permitting, and investment approval. Using normativ…
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