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 441–460 of 5868 papers
Fagundes C.
A paper on GHG emission reduction strategies in the footwear industry. Without an abstract, details are unclear, but footwear supply-chain decarbonization is a key Scope 3 area spanning materials, manufacturing, and end-of-life. Likely offe…
Adebayo T.S.
A study analyzing how nuclear and renewable energy consumption affect environmental indicators through a time-frequency (e.g. wavelet) lens. It aims to capture the time-varying environmental contributions of both energy sources, though no a…
Pye S.
This paper argues that modelling net-zero emissions energy systems requires a fundamental change in approach, critiquing the assumptions and structure of conventional models. It suggests existing frameworks may be inadequate for assessing d…
Araújo K.
This paper proposes a meta-level framework for evaluating resilience in net-zero carbon power systems under extreme weather events in the United States. It contributes an assessment methodology to the central energy-transition challenge of …
Erdogan S.
This study compares the green sacrifice ratio — the economic cost of decarbonization — for China and India. It quantifies the output trade-off of emissions reduction and highlights differences in decarbonization costs between the two emergi…
Mengis N.
A retrospective scenario piece written from the vantage point of 2050, examining how Germany might achieve net-zero CO2. It appears to explore long-term decarbonization policy and energy transition design, though no abstract is available to…
Kumar A.
This study analyses the barriers that hinder the adoption of low-carbon operations, offering insights toward achieving net-zero emissions. It focuses on the organisational, economic and institutional hurdles firms face when implementing dec…
Nekahi A.
A review-oriented piece on renewable energy and energy storage as pathways to decarbonization and electrification. Without an abstract, specifics are unclear, but it likely surveys storage technologies alongside renewable deployment. Empiri…
Li Q.
This study examines technology choices, economic assessment, and policy for low-carbon production in China's iron and steel industry. Steel is among the world's largest industrial emitters, so the work contributes by framing decarbonization…
Ho L.X.
This study examines how Vietnam's tourism recovery affects mobility-related carbon emissions amid climate change and the net-zero transition. It appears to analyze the link between tourism demand rebound and carbon pressure, and the possibi…
Kun Li, Bai-Chen Xie, Yan-Shen Yang +2
Using the SWITCH-China model, this study optimizes long-term deployment pathways for pumped hydro (PHS) and battery storage (BESS) under China's dual-carbon targets. By 2050 storage reaches 1000–1200 GW (2220–3340 GWh), with PHS leading ear…
Linfeng Li, Yu Huilu, Hongqiang Jiang +3
Using panel data from 30 Chinese provinces (2012-2023), this study finds that new quality productive forces (NQPFs) significantly promote high-quality energy development (HED) via industrial upgrading and reduced resource misallocation. Eff…
Yan Xie, Yulin Zhang, Shulin Pan +1
A LEAP scenario framework (2018–2035) models Yibin's camphor essential oil processing under four centralization scenarios. Centralization cuts unit energy use by 51.2% and CO2 intensity by 63.1%; 50% penetration yields net CO2 and energy re…
Valerian Novac, Eugen Rusu, Vladimir Ablai +1
This study assesses SMR nuclear propulsion for a 15,000-TEU container ship versus heavy fuel oil (HFO), covering power, emissions, and 25-year costs. HFO consumes ~50,400 t fuel/year emitting ~156,940 t CO2, while a 70 MWe SMR meets propuls…
Pravesh Raghoo
This dissertation examines prosumer-centered transitions in peer-to-peer (P2P) energy trading across four studies, situated in Mauritius. A nationwide survey of 111 households reveals three trading archetypes: autonomy-oriented, price-drive…
Shamik Chaudhuri, Reza Afshar Ghotli, Züleyha Kudaş +9
Nitrogen-doped carbon nanotubes and reduced graphene oxide were deposited binder-free onto carbon cloth via horizontal electrophoretic deposition. Nitrogen-induced defect-rich graphitic domains enhanced charge-transfer kinetics, lowered int…
Feiwei Li, Dexing Sun, Junwei Zhang +3
This study proposes FMM, combining multi-objective ant-lion optimization with a multi-head self-attention deep neural network, to solve low-carbon economic dispatch in power systems. On IEEE 118- and 300-bus systems it cuts CO2 emissions by…
Yuhan Zhou, Huijin Xu, Maoyuan Sun +7
This study proposes a Social-Cognitive Navigation Framework (SCNF) using historical AIS trajectories and online sensor data to improve autonomous ship safety and efficiency. Integrating a Recursive Hypergraph Transformer, Level-k reasoning,…
María Castrillo Melguizo, Jaime Iglesias Blanco, Judith Sáinz-Pardo Díaz +1
Wattnet is an open-source tool that jointly assesses the carbon and water footprints of electricity consumption across Europe at 15-minute resolution, tracing cross-border flows. Comparing generation-based and consumption-based footprints f…
Siwoong Kim, Sanggyu Kang
This study evaluates life-cycle and carbon-cost trade-offs across configuration and operation choices of a solid oxide fuel cell (SOFC) integrated hybrid desiccant cooling trigeneration system. No abstract was available, but the work appear…
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