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 2101–2120 of 31060 papers
KU Howard
This white paper argues carbon information is now a material procurement input for steel-intensive infrastructure, and that CBAM, CFP, EPD, worldsteel LCI, DPP and ResponsibleSteel are related but non-interchangeable evidence regimes. It pr…
(著者不明)
Appears to address carbon accounting and its environmental impacts, but no abstract is available, so methods and findings are unknown. Likely bridges GHG measurement/reporting frameworks and environmental impact assessment. Full text needed…
Sandra Eady
A paper explaining carbon accounting frameworks. It likely outlines the structure and issues of the systems underpinning corporate GHG measurement and reporting, such as the GHG Protocol and Scope categories. Without an abstract, details ar…
Mirjana Miletić, Milena Lakićević
This review synthesizes recent literature on how landscape architecture operationalizes nature-based solutions (NBS) for urban climate adaptation. It maps dominant NBS typologies—green roofs, urban forests, bioretention, constructed wetland…
Don Chinungi, Jeanne Louw, Johann F. Görgens
This study models eight integrated gasification pathways in Aspen Plus to assess techno-economic and environmental performance of coal co-gasification with cleaner carbon sources and CO2 capture/utilization. Coal–natural gas co-gasification…
Dingyi Jiang, Meihong Wang, Shouzhuang Li +3
A critical review of calcium looping (CaL) CO2 capture for power plants and hard-to-abate industries, assessing technical, economic, and environmental performance alongside scalability pathways. It synthesizes implementation barriers and fu…
Sakwe Adianimovie
This study designs and simulates a packed-bed adsorption unit using activated carbon from periwinkle waste shells to capture CO2 and examines the impact of the length of the mass transfer zone (LMTZ). It achieved 95.7% CO2 removal in 501 s …
Katinka Maack, Reza Shirmohammadi, Ciprian Cimpan +1
This study dynamically assesses the techno-economics of carbon capture and utilisation (CCU) for e-methanol production integrated into a local Danish energy system. It evaluates cost and profitability under time-varying renewable power and …
Zhaoyu Yang, Suxia Ma, Guanjia Zhao +1
This study develops a carbon-capture-integrated wind-PV-coal-storage energy hub supported by coal-fired CHP for district heating. Using a life-cycle-cost objective solved via an improved beetle antennae search algorithm, the optimal configu…
A.K. Sethi, Yogesh Shrivastava, Om Vikash
A techno-economic assessment of a pilot-scale CCU plant coupled to industrial flue gas. It estimates capex/opex, levelized cost of CO2 capture, IRR, NPV and payback under varying conditions, finding capture carries high energy penalties whi…
Ahmed Elsayed
This work applies machine learning to optimize a process that revitalizes desalination waste (brine) through carbon capture and mineralization. It targets simultaneous waste management and CO2 fixation, using ML to tune operating conditions…
Zhuoshu Bai, Yang Yang, Yahui Yang +5
This review synthesizes the interfacial science, electrolyte design, and catalyst engineering underlying amine-mediated reactive carbon capture (RCC), which couples CO2 capture with electrochemical conversion to avoid energy-intensive therm…
Hon Chung Lau, Steve Tsai
APAC data center power capacity will grow 4.4x from 16 GW in 2025 to 70 GW in 2030, raising DC-emitted CO2 from 46 to 177 Mtpa. India, Japan, Australia and others will rely heavily on coal, while Singapore, Korea and New Zealand rely on gas…
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…
Yi Gao, Haiming Wang, Dongwu Chang +1
This study integrates process simulation, techno-economic analysis, and LCA to show that the equivalence ratio (ER) governs energy penalty, carbon footprint, and economics in plasma reforming of refuse-derived fuel (RDF) to low-carbon hydro…
Xiaoyu Chen, Xuexue Wu, Haohan Wang
Using 2003–2024 panel data from 30 Chinese provinces, this study treats National Ecological Civilization Demonstration Zones (ECDZ) as a quasi-natural experiment and estimates effects on agricultural carbon emission intensity (ACEI) via dou…
Xihao Zeng, Ming Ji, Zhiming Mo +2
Using panel data from 285 Chinese cities (2003-2020), this study finds the Low-Carbon City Pilot policy significantly improves residents' health (coefficient 0.0375). Effects operate through dual pathways: reducing pollutant emissions and g…
Renee Elizabeth Carver Miller
This study tested industrial wastes (FGD ash, fly ashes, paper recycling waste) as supplementary cementitious materials in belitic calcium sulfoaluminate cement (BCSA) to cut embodied CO2 while maintaining performance. FGD waste ash perform…
Stefania Mattea, Nicola McDonald
This study examines demand-side drivers for low-carbon concrete adoption in construction. It argues that provenance transparency, third-party certification, and cultural legitimacy are decisive for uptake, shifting attention from supply-sid…
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,…
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