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 1221–1240 of 5925 papers
Uy J.G.
This paper addresses a multi-objective optimization problem for airline fuel loading, incorporating sustainable aviation fuel (SAF) and book-and-claim mechanisms. It models trade-offs between fuel cost and emission reductions, aiming to sup…
Geng Y.
This bibliometric review analyzes research trends on energy consumption and greenhouse gas emissions in the residential sector, identifying key themes and future research directions for decarbonizing housing.
Migo-Sumagang M.V.
This paper proposes a graphical technique for net-zero emissions planning based on marginal abatement cost (MAC) curves. MAC curves are a common tool for comparing the cost-effectiveness of different abatement options, and this method integ…
Migo-Sumagang M.V.
This paper proposes a multi-period automated targeting and optimisation approach for achieving net zero goals. It provides a methodology for efficiently planning emission reduction pathways in energy systems and industrial processes, applic…
Dai M.
This paper compares country-specific net-zero strategies in the pulp and paper industry, highlighting differences in policy and technology pathways and offering insights for decarbonization.
Ayuba John Buba, Isaac John Ibanga
This scoping review (2020-2025) examines maritime decarbonization as a socio-technical transition, analyzing alternative fuels, energy efficiency, electrification, and digital optimization. It highlights trade-offs between technological mat…
Lin Lv, Chi Zhang, Haofan Zhang +2
This study compares 13 coal-power phaseout pathways in China and shows that incorporating water scarcity into retirement planning enhances water-saving benefits while maintaining carbon reductions. Water-informed pathways increase cumulativ…
Yuyao Jia, Shir Reen Chia, Zhibao Huo +4
This paper systematically reviews the technological advancements, regulatory landscape, and implementation barriers of fourth-generation biofuels, assessing their role in the energy transition. It highlights challenges and policy directions…
Shouchen Shi, Zuhang Zhang, Wenji Zhou +2
This study uses a sector-coupled energy system model to analyze carbon footprint reduction in China's steel industry. It quantifies the effects of regionally differentiated hydrogen strategies, revealing how hydrogen supply methods and cost…
Rakshit Jakhar, Lucyna Samek, Katarzyna Styszko
This study analyzes temporal variability of equivalent black carbon (eBC) in Kraków, Poland, in the context of Europe's energy policy changes and transition. Using one-year observations (Oct 2023-Sep 2024), it finds strong seasonality with …
Haihan Zhang, Z. K. Zhou, Siyuan Lin +3
This study demonstrates rapid synthesis of hard carbon from bamboo powder via electron-beam sintering at 1300°C for 5 minutes, achieving optimized microstructure with enlarged interlayer spacing and tailored porosity. The resulting anode ma…
Qiujie Wang, Qingpeng Lai, Le Yu +4
This paper proposes a low-carbon economic dispatch model for an agricultural park integrated energy system that incorporates biomass hydrogen production and heat-electricity-CO2 coupled greenhouse loads. The optimization model aims to balan…
Chae-Yeon Kang
This study proposes an energy-efficient low-temperature alkaline thermal graphitization method for biomass-derived lignin, reducing energy consumption in producing porous graphitic carbon. This enhances sustainability and decarbonization of…
Thuy Bui Minh
This dataset supports a multidimensional assessment of energy security during Vietnam's transition to a low-carbon energy system (2000-2023). It uses an indicator-based framework to quantify various aspects of energy security and analyze th…
Chunlei Xie, Xueli Yang, Changlin Yang +1
This paper examines household carbon emission intensity in low-fertility contexts, suggesting that households with fewer children may have higher per-capita emission intensity. It highlights the impact of demographic changes on carbon emiss…
Zichen Li, 白兆海, Xiaoyang Shan +3
Using LCA and scenario analysis, this study quantifies Hainan Island's food system emissions from 1952-2020, showing a shift from carbon sink to source. It finds that combining technological optimization with a structural shift toward regio…
Aaron Omar Colina-Calvo, Hugo Vargas
This study analyzes Peru's transition to carbon neutrality, highlighting LULUCF as the largest emission source. It evaluates mitigation pathways including renewable energy expansion, transport electrification, and energy efficiency. Achievi…
Şiir Kılkış
This study proposes a novel approach for establishing urban mitigation pathways based on sectoral CO2 emissions and urban area. Applied to 1200 urban areas worldwide, it shows that emissions of 4.73 GtCO2 in 2022 could be reduced to 0.62-0.…
Nicolás Gajardo-Ortíz, Fernando Campos‐Medina, Iván Ojeda‐Pereira
This paper analyzes Chile's environmental institutional reforms as 'modernizing waves' and examines the emergence of a third wave linked to the Framework Law on Climate Change. It introduces the concept of precursor mechanisms, exemplified …
Bernard Amoako Baah, Evans Asiedu, James Gyasi- Addo
Using panel data from 12 Sub-Saharan African countries, this study identifies institutional quality as the strongest determinant of clean energy access, followed by financial inclusion and energy infrastructure. Governance-finance synergies…
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