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 21–40 of 830 papers
E. Dal Negro, E. Barbero, A. Picchio +7
This paper presents a cement-free two-component backfill grout technology for TBM tunnelling, aiming to reduce carbon footprint. It provides a case study of the development and application, demonstrating significant CO2 emission reductions …
Donghao Li, X S Li, Xinjie Shi +7
This paper analyzes the environmental footprint (carbon, water, interprovincial transfer) of dietary transition in China based on dietary guidelines. It assesses the impact of dietary changes on resource use and reveals interregional transf…
(著者不明)
Biochar, traditionally used for carbon sequestration and soil health, is now being engineered for water filtration, contaminant capture, and energy storage applications.
Lila Juniyanti, Herry Purnomo, Dyah Puspitaloka +10
This paper evaluates the economic value of mangrove ecosystem services in South Sumatra, Indonesia, offering implications for blue carbon strategies and sustainable management. As no abstract is provided, detailed methods and findings are u…
P. T. Nastos, Iliana Polychroni, Marina Panagiota P. Nastou +1
This study investigates thermal comfort in Ioannina's historic center using field measurements and high-resolution ENVI-met simulations. It evaluates PET and UTCI indices and CO₂ concentrations under current and green-infrastructure scenari…
R Tal-Singer, M K Han, A Kaplan +8
This randomized crossover study assessed whether asthma patients could discriminate between current HFA-134a and novel low-GWP HFA-152a propellant in placebo MDIs. Among 42 participants, identification was no better than chance, and sensory…
Deliang Chen, Yue Wang, Aoli Cao +4
This study examines manganese-based activated carbon composites that enhance nitrogen removal in low-temperature constructed wetlands by boosting extracellular electron transfer. The material improves denitrification efficiency, offering po…
Sivaprakasam Anbazhagan, T. Venugopal, J. Aarthi +8
ANN and ANFIS models were developed to predict methylene blue removal using activated carbon from Calotropis gigantea leaves. ANN showed superior generalization over ANFIS, with contact time as the most influential parameter.
Izabela Klapiszewska, Olga Długosz, Dominika Konarska +12
This study investigates the effects of adding CaCO3-Ag2O nanomaterials to low-carbon cement composites on physical, mechanical, photocatalytic, and antibacterial properties. The nanomaterial may contribute to improved strength and environme…
Chao Li, Yugao Wang, C L Zhang +5
This paper examines a pyrolytic pretreatment method to enhance CH4/N2 adsorption and separation performance of low-rank coal-based porous carbon. It is a materials science study with potential relevance to methane capture.
Atul Kumar, G. Venkatesh, Arun Kansal
This study analyzes GHG emissions and mitigation potential in decentralized composting supply chains using data from 517 residential sites across multiple Indian cities, providing empirical insights into waste management climate co-benefits…
Mohammad Milad Ahmadi
This study uses Soft Systems Methodology to diagnose sustainability challenges in Iran's automotive supply chain, analyzing economic, environmental, social, technological, and managerial interdependencies. It identifies intervention areas i…
K. Bansode
This paper discusses the potential of Quantum Intelligence (Quantum AI)—a combination of quantum computing and artificial intelligence—to enhance supply chain sustainability. It addresses complex problems like production scheduling, invento…
Shrouk Gharib, K. Schmitt, Osama Moselhi
This study reviews the role of digital platforms (BIM, IoT, CV, blockchain, material passports) in enabling circular economy principles in modular construction. It finds potential for lifecycle data integration and reuse, but most applicati…
A. Gomes, Celeste Eusébio, Margarita Robaina
This paper uses bibliometric and systematic literature review to analyze sectoral patterns in pro-circularity behaviors, aiming to deepen understanding of behavioral aspects in the transition to a circular economy.
Felipe Yamazaki, S. P. Irazusta, F. Hernandez
This study analyzes environmental impacts of ATM disposal using LCA and MFA, showing industrial symbiosis reduces emissions by 15.05 kg CO2-equivalent per unit. It provides a framework for sustainable e-waste management aligned with SDG 12.
Lusheng Li, Xiangjie Chen, Lili Zhao +7
A global meta-analysis quantifying the effects of organic fertilizer substitution on greenhouse gas emissions in vegetable systems. While organic fertilizer generally increases CH4 and global warming potential (GWP), under specific conditio…
F. Papile, B. del Curto
This paper proposes a structured methodology for ecodesign-driven material selection in fashion to reduce environmental impacts. It analyzes regulatory frameworks and certification schemes, and presents a mock-up tool that integrates materi…
Joseph Phiri, Klára Bartoňová, Mansoor Maitah +3
This paper examines the dynamic relationship between industrialized agriculture and greenhouse gas emissions in the Czech Republic using time-series analysis. It quantifies the impact of agricultural industrialization on emissions and offer…
Wanglin Ma, Johannes Sauer, D. Rahut +1
This special issue analyzes circular bioeconomy transitions in agrifood systems across developing and emerging economies, integrating systems-level and farm-level evidence. Key findings include fragmented definitions, technical and social c…
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