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 821–840 of 1875 papers
(著者不明)
This paper analyzes GHG emissions and mitigation potential in decentralized composting supply chains, using data from 517 residential sites across multiple cities to evaluate emission reductions from composting.
(著者不明)
This paper proposes a method for estimating greenhouse gas emissions from a solid waste management complex. Using facility data, it quantifies emissions and discusses reduction potentials.
D. Guo, M. McDonald, V. Sidorkiewicz +2
This paper proposes novel accelerator solutions for low-carbon shotcrete using Portland-limestone cement (PLC), aiming to reduce carbon emissions in construction.
Houssam Affan, Wahib Arairo, Firas Barraj +3
This study experimentally evaluates the mechanical and thermal properties of clay-based masonry walls, focusing on raw soil as a low-carbon, locally available material. It finds that mortar composition and hydration time significantly affec…
Xiaochun Yu, Yuchen Ye, Anyu Yang +1
This paper proposes a unified elastoplastic constitutive model for artificially cemented granular (ACG) materials, emphasizing low-carbon variants like low-cement-content cemented sand and gravel (LCSG). The model, validated on diverse mate…
Anya Montserrat Pulido Cavada, Federico de Isidro Gordejuela, Rocío Sancho Alambillaga +1
This paper experimentally evaluates earth composites reinforced with natural stabilizers (tannins, gypsum, volcanic ash) and fique fibers. Results show fique fibers improve ductility, and volcanic ash with fique achieves 2.85 MPa compressiv…
A. Kumbhar, Archanaa Dongre, Puja Kadam +1
This paper compares two redevelopment strategies for a mid-rise office building in India: full demolition and reconstruction, versus retaining the existing structure and adding floors. It quantifies embodied carbon using concrete consumptio…
A. Cheng, Pin Chien Cheng, Qi Huang +3
This study develops a cement-free alkali-activated geopolymer using metakaolin and ground granulated blast-furnace slag (GGBFS). Increasing GGBFS content accelerates polymerization, reducing initial setting from 4 to 2 hours and improving e…
Anwar Khitab, Hussnain Talib, Faheem Aziz Ahmed +1
This chapter explores reengineering ancient materials to create durable, low-carbon structures, contributing to sustainability in modern construction.
Olorunyomi, A.Y., *Abiodun, Y.O. and Abdulrahmon, I.O.
This study investigates carbon powder (charcoal) as a partial cement replacement in concrete. A 5% replacement showed acceptable strength, while higher replacements reduced strength significantly. The approach offers environmental benefits …
G. Nerlekar, P. Minde
This critical review examines the utilization of drywall gypsum waste powder and ceramic waste powder in concrete from a sustainability perspective, focusing on waste reduction and resource efficiency, and contributing to the circular econo…
J. Puerto, Sandra Uribe, Gilmer Hernández
This study evaluates the effect of pH-controlled sol-gel nanosilica on cement paste performance. Nanosilica synthesized at pH 9 exhibited high specific surface area (655 m²/g) and colloidal stability, increasing 3-day compressive strength b…
Abir Sen Gupta, S. M. Sayem, Nahida Sultana +2
This study examines factors enhancing green economic growth using NRBV and EMT theories. Findings from 407 survey responses in an emerging country show that green innovation has no direct effect, while green tax, green climate finance, ESG …
Aminat Oyiza Musa, J. M. I. Yarboe, D. A. Undie +3
This review explores microbial technologies (e.g., Pseudomonas, Bacillus, Cupriavidus necator) for bioremediation, bioplastics, biofuels, and biological carbon capture. It highlights genetic engineering to enhance efficiency and reduce cost…
Meng Zhou, Hongliang Wu, Yao Jiang +1
This study compares greenhouse gas emissions from different asphalt pavement cross-sections, specifically between roadside and central areas. It highlights how pavement design choices affect emissions and offers insights for low-emission in…
Qingyuan Wang, Meiyu Shi, Yu Shi +3
This study demonstrates that combining long-term subsoiling with strip rotary tillage reduces soil carbon mineralization, thereby enhancing both soil carbon sequestration and wheat yield. It highlights the potential of specific agricultural…
Virginia Pellerey, Sara Torabi Moghadam, Akito Murayama
This paper develops a causal network and digital decision-support tool for evaluating the impacts of Inclusive Climate Actions (ICAs), such as Nature-Based Solutions, in complex urban systems. The tool defines relationships between ICAs and…
Ajit Dattatray Phule, Sung Park, Ji Young Park +2
This paper reports on the synergistic effect of metal oxide/nitrogen-doped mesoporous carbon catalysts for low-temperature NOx elimination, elucidating the structure-activity relationship and suggesting potential applications in industrial …
Manjulata Parihar Dr
This paper discusses the importance of green skills for addressing climate change and environmental challenges. It categorizes green skills into technical, adaptive, and transversal skills, and emphasizes the need for developing these skill…
Lulu Yue, Mengjie Qu, Wei Fan +3
This paper assesses the multi-dimensional feasibility of using macroalgae (seaweed) for carbon sequestration to support China's carbon neutrality goals. It evaluates technical, economic, and environmental aspects, providing policy implicati…
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