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 221–240 of 6146 papers
Huanquan Sun, Yong Yang, Yonghong Yang +5
This paper reviews the theory, technologies, and practice of oilfield-geothermal co-development (OGC), a pathway to revitalize mature oilfields and supply low-carbon energy under China's dual-carbon goals. It presents development modes (was…
Noh S.G.
This work addresses joint optimal scheduling of energy and both fast and primary frequency response reserves within an integrated transmission–distribution network model. As variable renewables grow, it examines coordination mechanisms that…
Yoo S.
A systematic review of whether renewable energy can meet the surging power demand from AI data centers. It synthesizes existing research on supply adequacy, grid constraints, and the need for additional clean generation, framing the AI-ener…
Guo Y.
A review of low-carbon technologies and deployment projects for the global cement industry, one of the most CO2-intensive sectors. It surveys options such as CCUS, alternative fuels, clinker substitution and energy efficiency, and how they …
Ajayi V.
An empirical study examining changes in European industrial energy intensity through three drivers: innovation, environmental regulation, and energy prices. Though no abstract is available, it addresses a core GX question—how regulation and…
Sovacool B.K.
A critical survey of how lifecycle greenhouse gas emissions from nuclear power are estimated. It examines methodological assumptions and uncertainties underlying nuclear's classification as a low-carbon source, informing power-mix and decar…
Islam Rony Z.
This paper examines alternative fuels (ammonia, hydrogen, methanol, LNG) for cutting greenhouse gas emissions from marine transport, linking them to UN Sustainable Development Goals. Shipping is a hard-to-abate sector central to global trad…
Wang Y.
This study evaluates the greenhouse-gas reduction performance of waste-to-energy (WtE) approaches in China. It likely weighs waste-treatment emissions against avoided fossil-fuel emissions to assess net decarbonization benefits. Findings in…
Albanese M.
A panel study examining how GHG emissions, renewable energy deployment, and urbanization relate to economic growth across BRICS+ and advanced economies. It sits within the macro-econometric literature on whether decarbonization and growth c…
Georgiev P.
A study analyzing greenhouse gas emissions from ships calling at European ports. Without an abstract, methods and findings remain unclear, but the work targets shipping-sector emission accounting. It is relevant to EU maritime decarbonizati…
Tong W.
A scenario-based techno-economic analysis of how containership fleets can comply with the IMO Net-Zero Framework along the Shanghai–Rotterdam corridor. It compares alternative fuels, efficiency measures and operational options on cost and r…
Khandaker M.U.
This review examines the nuclear-climate nexus for net-zero pathways, mapping opportunities, challenges, and policy directions. It surveys nuclear's role as a decarbonization power source alongside barriers such as regulation, social accept…
Chusi T.N.
This study applies a multi-criteria decision-making (MCDM) approach to systematically evaluate the barriers developing countries face in transitioning to net-zero emissions. By ranking economic, institutional, technological, and social fact…
Wojtaszek H.
This piece frames the 2024–2025 energy transition around three shifts: emerging demand vectors, technology oversupply, and a shrinking market premium for 2050 net-zero commitments. It suggests decarbonization tech costs are falling amid ove…
Bergero C.
A study examining pathways to net-zero emissions from aviation, likely covering levers such as sustainable aviation fuels, demand management, and technology. Aviation decarbonization is a key sectoral challenge linking climate policy and in…
Fankhauser S.
This paper examines the meaning of 'net zero,' clarifying definitional ambiguities and arguing for scientifically and policy-sound target-setting. It likely critiques misuses such as over-reliance on offsets in corporate and governmental ne…
Jonathan Craig, A. Latham
This piece outlines a holistic pathway to a sustainable energy system, combining renewables, nuclear, hydrogen and geothermal with limited fossil fuels and hub-scale CCS. Traditional oil and gas super basins could evolve into 'Energy Super …
Jun Wu, Bin Yang, Shengli Dai
This paper builds a bidirectional hybrid AI–System Dynamics framework, using China's carbon-neutral energy transition as a proof-of-concept. An axiomatic SD system constrains AI learning while AI corrections reshape the SD structure iterati…
Anant Kumar
This opinion piece examines Jharkhand's energy landscape through SDG 7, highlighting its role as a major coal producer alongside limited renewable deployment. It explores the gap between solar, wind and hydropower potential and actual uptak…
Patrick Jochem
Sustainable transport systems can lower overall system costs versus business-as-usual through falling battery costs and reduced reliance on imported fossil fuels. Domestic energy resources, electrification, and sector coupling enhance econo…
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