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 3841–3860 of 29079 papers
Høydalsvik, Eirik Jaccheri, Austegard, Anders, Deng, Han +3
A new densely instrumented facility measures choke pressure and mass flux simultaneously during CO2 vessel depressurization, alongside wall and fluid temperatures. Nine experiments (120 bar; 15/25°C; with/without riser; nozzle diameters 8.0…
Ithaka Institute for Carbon Strategies
This deliverable presents a guideline for quantifying and certifying carbon sinks in NET-Fuels installations that co-produce biochar and fuel. Its core contribution is a method for allocating greenhouse-gas emissions across multi-output pro…
Durdona, Xolmurodova
This study analyzes Uzbekneftegaz JSC's environmental indicators for 2022–2025 using its sustainability reports, covering GHG emissions, water withdrawal, energy use, renewables, and hazardous waste. Water withdrawal fell and solar use expa…
Trosino, Nicolas Olivier, Macdonald, Ruaridh R., Parsons, John E.
This work extends GenX, an open-source capacity expansion model, by coupling a nuclear reactor (fusion or fission) with thermal energy storage. It quantifies the value of this hybrid in converting steady heat output into flexible low-carbon…
Qadir, Danial
A marker-based framework is proposed to guide wastewater treatment route selection in MEA and amine-blend post-combustion CO2 capture plants. Short marker panels (residual amines, degradation products, nitrogen, biodegradability, ionic load…
el-rakhawi, mohamed kamal arafa
This nine-volume reference establishes a legal-technological framework for sustainable finance and ESG governance from 2026-2040, grounded in EU directives (CSRD, SFDR, Taxonomy). It introduces novel instruments—an Algorithmic Probabilistic…
Luis Kuhrmann, Peiyuan Chen, Lisa Göransson +1
Capacity expansion energy system models (CE-ESMs) optimize decarbonization but typically linearize the grid and omit stability constraints. This study evaluates N-1 voltage security of a 2050 decarbonized Nordic system from a CE-ESM, testin…
Vaskina I.
This study examines Ukraine's wartime power system, covering infrastructure damage, resilience, and pathways toward a renewable-based recovery. It links energy security under extreme disruption to post-war decarbonization planning, offering…
Eltahan E.
This paper proposes a deep-learning-accelerated optimization method built on reservoir simulation to optimize subsurface hydrogen storage. It aims to reduce the computational burden of reservoir simulation and improve operational design for…
Liu A.
This work synthesizes photo-responsive hypercrosslinked polymers from waste polystyrene to capture CO2 with low energy input. It couples plastic-waste upcycling with energy-efficient carbon capture. Without an abstract, performance and cost…
Jonathan A.L.
This work proposes a deep multimodal learning framework that uses sky images for ultra-short-term PV power forecasting, then estimates green hydrogen production via a solar-to-hydrogen model. It links AI-based renewable forecasting to hydro…
Bu Y.
This work proposes a finite volume method with enhanced numerical stability for transient flow modeling in CCUS pipelines, applied to water hammer analysis. It contributes to more reliable simulation of CO2 transport infrastructure design a…
Ogbonnaya C.
A comprehensive review of integrated photovoltaic-fuel cell systems within a hydrogen economy. It surveys the potential and technical challenges of coupling solar power with fuel cells for decarbonization via renewable hydrogen. The paper f…
Siagian U.W.R.
This paper compares two membrane-based carbon capture routes: membrane gas separation and membrane contactors. It reviews their separation performance, energy demand, and scalability, outlining where each approach fits and its limitations. …
Adam R.
A scientometric review synthesizing techno-economic analyses of state-of-the-art carbon capture (CCUS) technologies and their applications. It compares cost structures and deployment potential across capture routes, mapping barriers and res…
Aranibar Ramos E.R.
An overview paper on the potential for green hydrogen deployment in Peru and its role in a sustainable energy transition. It outlines prospects for hydrogen production leveraging renewable resources and implications for decarbonization poli…
Nandakishora Y.
An engineering study designing plate-fin heat exchangers via simulation for cryogenic CO₂ removal from biogas. It addresses separation efficiency and heat-transfer optimization in renewable gas upgrading. Without an abstract, specific findi…
Southall E.
An overview of liquid organic hydrogen carriers (LOHC) as a storage and transport technology for the hydrogen economy. LOHC enables near-ambient hydrogen transport using existing infrastructure. The paper reviews technical status and implem…
Müller L.A.
This study develops a least-cost geospatial modelling approach for green hydrogen production and use in low- and middle-income countries, applied to Kenya. It spatially optimizes renewable siting and hydrogen demand to assess cost-effective…
Arbye S.
An overview paper on green hydrogen production systems combining solar power with low-temperature water electrolysis. It appears to survey the technical configuration and components of renewable-powered hydrogen production. Specific data an…
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