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 401–420 of 4822 papers
Agrawal S.
This study evaluates how circular business models can contribute to net-zero emission targets using a multi-criteria decision model based on interval-valued intuitionistic fuzzy sets. It offers a decision-support framework for prioritizing …
Rodríguez Diez J.
This paper reviews decarbonization pathways, strategies, and use cases for achieving net-zero CO2 emissions in the steelmaking industry. It examines options such as hydrogen-based direct reduction, CCUS, and electrification across steel pro…
Tiggeloven J.L.
This work examines how chemical industry clusters can transition to net-zero by 2050, comparing greenfield development with brownfield conversion pathways. Without an abstract, details are unclear, but it likely addresses industrial restruc…
Tiwari S.
This study examines pathways to net-zero emissions in selected South Asian countries, focusing on how green energy markets and pricing mechanisms drive decarbonization. While the abstract is unavailable, the work likely offers empirical or …
Hatel Peera Shaik
An integrative review (2020-2025) of climate-resilient smart-grid planning in Saudi Arabia, showing how extreme heat, dust and humidity simultaneously raise demand and degrade grid infrastructure. It analyzes hazards, exposure, vulnerabilit…
Yongyang Wang, Lei Chen, Linlin Xia +2
This review surveys trends, challenges, and solutions for carbon emissions in the energy sector. It argues that low-emission technologies alone are insufficient for decarbonization, emphasizing integrated policy, institutional, and technolo…
Yanqiu Wang, Shumin Liu, Lianwei Liu +2
This study evaluates the security level and coupling coordination of the water–energy–food–carbon (WEFC) system in Northeast China from 2013–2022 using entropy weighting, a coupling coordination model, and a comprehensive safety evaluation.…
Peter Lund
This paper builds a novel multi-model framework combining macro cost-driven technology diffusion with micro business profitability modeling to examine how economic drivers and investment behavior shape clean energy scaling. Growth shifts fr…
Yulin Fan
This study measures volatility dependence among fossil energy, clean energy, and metal markets using time-varying parameter models and generalized variance decomposition spillover indices. Clean energy acts as a net exporter of price shocks…
Hak-Sung Shin, Sang-Lee Cho
This paper examines how slow steaming under maritime decarbonization policy interacts with the duty of reasonable dispatch in cargo insurance, analyzing the UK Marine Insurance Act 1906 and Institute Cargo Clauses. It clarifies the legal te…
LAN SONG, Xinyue Wang
Using 2022 global AIS vessel-tracking data linked to Lloyd's ship records, ERA5 wind reanalysis, and a Flettner rotor performance model, this study estimates baseline fuel use and CO2 emissions and the reductions achievable via wind-assiste…
Armando Cartenì, Antonella Falanga, Furio Cascetta
This study introduces a Fork-to-Wheel boundary that adds human metabolic energy to the life-cycle carbon footprint (gCO2eq/p-km) of passenger transport modes in Italy, using MET values and diet-weighted carbon intensities. Metabolic energy …
Meng Wang, Zhao Jia, Xiaohui Bai
This study projects China's civil aircraft fleet and SAF demand from 2026 to 2050, and uses LCA to assess the carbon footprint of four SAF pathways: HEFA, FT, ATJ, and PTL. HEFA shows long-term cost advantage, PTL delivers the greatest emis…
Roberto Flores, Nadia Lara, Belem G. Hernández-Jaimes +3
Models landfill gas (LFG) energy recovery and carbon credit generation in Cuernavaca, Mexico. Staged 12 MW gas engines cut GHG by 71.8% and supply 1.12×10⁶ MWh renewable electricity; NPV USD 15.7M, IRR 20.2%, LCOE USD 0.065/kWh, discounted …
Panithi Nakhonthong, Preenithi Aksorn
This work applies life cycle assessment (LCA) to railway infrastructure and links the results to management responses for low-carbon construction. It quantifies construction-phase emissions and discusses how to embed them into organizationa…
Jessica Berneiser, Karl Seeger
Survey of 63 tenants in a German climate-neutral neighbourhood using low-temperature district heating. Satisfaction rose with perceived reasonableness of current energy costs and expectations that climate-friendly heating protects against f…
Stefan Kronshage, Shima Sasanpour, Johannes Thema +7
This study extends energy system optimization beyond cost-minimization toward maximizing 'common well-being.' It builds an OECD-based well-being indicator system, operationalizes it in the REMix optimization framework, and parametrizes it v…
Khwaja Danish Hameed
This paper argues that energy security has shifted from narrow resource access to a multidimensional concept spanning economic stability, strategic autonomy, technological capability, infrastructure protection and climate sustainability. Us…
Matthew Schulz
A selection guide for coastal and island energy systems, arguing that the site—not the technology—should decide the machine. Converters are grouped into three families (BEDROCK, BULWARK, DRIFTER) with a compatibility table for conversion ch…
Koudahenou
This thesis optimizes hybrid renewable energy configurations for five clusters in Togo using HOMER Pro, addressing urban-rural electrification gaps, import dependence, and biomass reliance. Results show LCOE of USD 0.0765/kWh for small off-…
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