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 1–20 of 1819 papers
Tomáš Iľanovský, MARTIN T. PALOU, Radoslav Novotný +4
This study examines the hydration reactions of low-carbon cements, offering materials-science foundations for decarbonizing the cement sector. Authored by researchers across Slovak and Central European institutions, it targets reaction mech…
Iurii Vakaliuk, Steffen Marx, Rostislav Chudoba
This review organizes textile- and carbon-reinforced concrete (TRC/CRC) in digital fabrication (DFC) along two axes: shaping mechanism (primary) and reinforcement implementation (secondary). It compares extrusion, non-planar deposition, rob…
養豚汚水浄化処理施設からの温室効果ガスを大幅に削減～農家施設で実証、既存施設への炭素繊維リアクター導入で～
(著者不明)
An on-farm demonstration showing that retrofitting existing swine wastewater treatment facilities with a carbon-fiber reactor substantially cuts greenhouse gas emissions. It offers a practical, retrofit-ready mitigation option for livestock…
Menglong Liao, Ye Qiu, Zhijun Wu +7
This work proposes an electroactive ecological floating bed inspired by nature-based solutions to remove carbon and nitrogen from aquaculture tailwater. It combines electrochemical treatment with plant-microbe purification and assesses both…
Botao Li, Qi Sun, Mengyang Shi +3
This study examines the strength formation mechanism and environmental impact of low-carbon sustainable mortar made from multi-source solid waste. It aims to cut cement-related CO2 emissions and advance resource circularity in construction …
Jiageng Li, V. Sivasankar, Kiyoshi Omine +3
This paper examines biogenic-derived calcium oxide (CaO) as a low-carbon stabilizer for soft soil improvement, positioning it as a sustainable alternative to conventional cement-based binders. It contributes to the search for lower-carbon c…
Nam-Wook Kim
A materials study evaluating chloride penetration resistance and service life of low-carbon marine concrete using an improved ternary cement system. It examines whether cement-related CO2 reduction can be balanced with durability in marine …
Yiru Jia, Yue Lu, Sheng Fu +1
This study examines urban community gardens as a vehicle for low-carbon behaviour, exploring how governance arrangements, interventions, and participant motivations interact. Authored at Beijing Forestry University, it offers insights into …
Mujeeb ur Rehman, Hai Liu, Zhihong Fan +2
This study develops low-carbon synchronous grouts for shield tunnels by combining limestone calcined clay cement (LC3) with nanosilica, evaluating rheology and hydration behavior. It aims to reconcile CO2 reduction from cement substitution …
Angonese A.R.
This work examines greenhouse gas mitigation at a pig farm through anaerobic digestion. It centers on capturing biogas from livestock manure to cut methane and other emissions, though no abstract is available to confirm methods or results. …
Renju C. M.
Cement production causes about 7% of global CO2 emissions. This paper compares fresh and hardened properties of M30-grade ordinary Portland cement concrete with one-part geopolymer concrete, which replaces hazardous liquid sodium hydroxide …
Sudipta Adhikary, Paramita Bhattacharyya
This study evaluates polymer-modified fly ash concrete (PMFAC) for durability, resource efficiency, carbon reduction and life-cycle performance. Polymer–fly ash synergy improves microstructure, interfacial bonding, crack resistance and impe…
Ebailila M.
A materials study on stabilising sulfate-bearing soils using lime blended with ground granulated blast furnace slag (GGBS) and metakaolin, aiming to cut the carbon intensity of ground improvement. It targets replacing cement-based binders w…
Kim S.
This study conducts an environmental life cycle assessment (LCA) of a novel cultivated meat burger patty in the United States. Without an available abstract, specific findings cannot be confirmed, but the work likely quantifies GHG, energy,…
Nevin Karamahmut Mermer
Cement production accounts for 8% of global CO2 emissions, and concrete debris disposal is a growing concern. This study applies alkali fusion to extract silicon from hydrated cement phases in construction debris, synthesizing mesoporous SB…
Rema Rajendran, S. P, J. J +1
This study integrates graphitic carbon nitride (g-C3N4), a visible-light photocatalyst, into cement mortar to break down airborne pollutants and enable self-cleaning surfaces. Waste-derived glass powder is added as a supplementary cementiti…
Adéla Jiříčková, Adéla Kubištová, Ondřej Jankovský +7
This study develops and characterizes a 3D-printable magnesium oxychloride cement (MOC) composite as a lower-embodied-energy, lower-CO2 alternative to Portland cement. Ground granulated blast furnace slag replaces silica sand as filler, pro…
Sun Z.
This study builds an integrated geomechanical coupled reservoir model for co-production of tight gas and deep coalbed methane, with a parameter sensitivity analysis. It offers engineering insight for hydrocarbon recovery efficiency, though …
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…
Vahid nezamivand chegane
This paper proposes the 3-7-12 Environmental Resilience Framework, treating waste, greenhouse-gas emissions, and ecological degradation as a coupled systems problem. Built on three pillars, seven functional stages, and twelve indicators, it…
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