This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 13 open 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 281–300 of 620 papers
Hill S.
This paper argues that the built-environment sector needs a whole-life emissions metric covering operational and embodied emissions from material extraction to disposal to effectively achieve net-zero goals. Such a metric enables comprehens…
M. D R, S. S, S. M +3
This paper presents an AI framework using LSTM networks to forecast short-term carbon intensity (CI) of urban grids, converting forecasts into a Carbon Score Index. Industrial facilities can identify low-CI operating windows, achieving 15%+…
Aurora Bertini, Muheeb Al-Obaidy, Maxime Dasse +3
This study proposes an integrated framework combining life cycle impact assessment (LCIA) and building performance simulation (BPS) to evaluate whole-life GHG emissions of renovation strategies. Using a Belgian house case study, six scenari…
Ning Yu, Lan Xia, Zhiyi Ran +1
This study conducts a life cycle carbon footprint analysis of power batteries, incorporating changes in the electricity mix over time. It assesses carbon emissions across the battery's life cycle, from manufacturing to disposal, and evaluat…
D Trigaux, L Mouton, E Van de moortel +1
This study assesses the environmental impact of bio-based construction materials in Belgium using LCA. Comparing with conventional materials, it finds that bio-based materials can reduce climate change impacts but may increase other impacts…
Yuchuan Zheng, Ming Cheng, Peijun Lu +5
This study analyzes embodied carbon emissions from 692 low-rise and multi-story residential buildings in China and proposes mitigation strategies, highlighting the importance of material selection and design improvements.
J Železná, J Růžička
This paper presents recommendations for integrating Whole Life Carbon (WLC) assessment into national policies across EU member states, based on insights from the INDICATE project and EPBD IV directive. It emphasizes transparent, harmonized …
Reduan M.T.
This paper proposes a generic mathematical model to calculate gate-to-gate carbon emissions for laser materials processing. It provides a framework to quantify manufacturing stage emissions, aiding carbon footprint reduction.
Bynoe P.
This paper examines greenhouse gas emissions from petroleum production in Guyana and their implications for the country's net carbon sink status. It assesses the balance between forest carbon sequestration and emissions from oil extraction,…
Chen X.
This study estimates greenhouse gas emissions from Jiangxi Province's livestock industry using a life cycle perspective and analyzes driving factors to inform agricultural emission reduction strategies.
Obinna Iheanacho Anyanwu, Martin Chidinma Iwuji, Godswill Nnabuihe Nwaji +2
This meta-analysis quantifies operational carbon emission intensities for reverse osmosis (RO) and multi-stage flash (MSF) desalination technologies. RO averages 2.52 kg CO₂-eq/m³, while MSF averages 8.98 kg CO₂-eq/m³, reflecting difference…
Thi Thu Thao Nguyen, Thi Hong Gap Nguyen
This study assesses GHG emission potential of smallholder pig and wild boar farms in Vietnam, identifying enteric fermentation and manure management as main hotspots. Pig farming emits 1.5 times more than wild boar. Anaerobic digestion (bio…
Chiara Aquino, Valentina Bacciu, Maria Vincenza Chiriacò +5
This paper proposes an Earth Observation-based Tier 3 framework for monitoring greenhouse gas emissions from forest fires in Italy. By leveraging satellite data, it enables high-precision estimation of emissions.
Xiaoyan Le, Mengmeng Shen, Ziyi Liao +5
Using process-level LCA based on in-situ industrial data, this study quantifies GHG emissions of PTA production. Total emissions are 1600.9 kg CO2 eq/t, with the end process of the PTA unit contributing 22.3%. Replacing conventional hydroge…
Vanessa Gomes, M. Saade, M. Balouktsi +4
This paper addresses the critical data gaps hindering the achievement of net zero whole life carbon in buildings. It proposes frameworks and methods to improve data availability and quality, essential for decarbonizing the building sector.
Attila Kálmán, Katalin Bene
This study evaluates the Hungarian 'Green City' program with 198 projects, focusing on blue-green infrastructure's stormwater management and carbon mitigation. Using real data and lifecycle assessment, it finds that tap water irrigation inc…
Sawsan El-Zahr, Noa Zilberman
This study presents a framework for evaluating the carbon footprint of traffic flows, transitioning from raw measurements to emissions estimates. It offers empirical data on transportation-related greenhouse gas emissions.
Yoo Gyeong Hur, Jisu Kim, Mingyu Kang
This study uses nighttime light data to estimate spatiotemporal changes in electricity-related greenhouse gas emissions in South Korea. By leveraging remote sensing technology, it provides an alternative to traditional statistical data for …
A. Maulana, Zaenal Afifi, Zamrud Mirah Delima
This study examines the effect of green accounting, carbon emissions disclosure, profitability, and ESG disclosure on firm value using panel data from 16 Indonesian basic materials companies (2021-2024). Results show that only carbon emissi…
Ama Sylvie Massa Olloh, Shilpa Kaushal
This review synthesizes evidence that agroforestry systems can sequester 1.12 Pg CO2 equivalent annually globally, holding 2-4 times more carbon than monocropping and increasing soil organic carbon by 34% on average. Despite this potential,…
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