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 1834 papers
Ke Xu, Wenjian Huang, Yani Wang +5
This study proposes a performance-oriented mix design for low-carbon concrete using manufactured aggregate, aiming to cut cement-related CO2 emissions while maintaining durability. It contributes at the materials level to decarbonizing the …
A. A. Mekkaoui, Salim Adam Labyad, Hamza Eljabbar +1
This review systematically examines selective chlorination of plant-derived terpenic olefins as a route to high-value intermediates for pharmaceuticals, agrochemicals, flavors and biofuels. It compares catalytic pathways (Lewis acids, proce…
Tiago Barbosa Dias Maciel
Presents a technical specification for an ambient-cured alkali-activated binder (geopolymer cement) made from agro-industrial ash and soluble silicates. Includes a bilingual patent disclosure and conditional commercial licensing model, cryp…
Dr Christophe PANTHIER, Dr Serge DOAN, Dr Alain SAAD +2
A prospective study assessing the environmental impact of switching to a multi-use cassette phacoemulsification system in cataract surgery. It quantifies carbon footprint reduction per procedure, offering a concrete case of decarbonization …
Saltanat Niyazimbetova, Sarbinaz Najimova, Jenis Abilov +2
This study partially replaced Portland cement clinker with metakaolin (kaolin clay activated at 800°C) and titanomagnetite tailings to produce low-carbon composite cements. XRD, SEM and mechanical testing showed a dense hardened microstruct…
Fehim Fındık
This review surveys advances in green materials—biopolymers, natural fiber composites, and eco-friendly ceramics—and their applications in construction, packaging, automotive, and energy. Using life cycle analysis, it finds these materials …
W. Madhyamapurush
A survey of 400 urban, digitally literate seniors using an extended Theory of Planned Behavior model examined low-carbon tourism. Perceived credibility/usefulness of online information (DIP) influenced intention more than active social medi…
Sara M. Hanning, Melissa Barnes, Rob Burrell +1
A survey of 102 New Zealand community pharmacies found 98% collect unwanted medicines, but disposal routes vary (pharmaceutical waste bins, sink, general rubbish) and staff feel poorly informed about downstream handling. pMDIs contain HFC p…
Umar Ashraf, Tariq Khattab, Azzam Abu-Rayash
A systematic review of circular, low-carbon cementitious materials using expanded perlite and bio-based residues. It surveys material substitution and resource-circularity options for decarbonizing cement and concrete. Specific findings are…
Prabhu Manickam Natarajan
This review examines sustainability integration in dentistry across three themes: embedding eco-dentistry in curricula, carbon literacy training for students and practitioners, and creating a global sustainability index for dental practices…
Kaibo Cui, Qingchao Zhao, Mingyin Kou +7
This study synthesizes magnetic zeolite A from two industrial by-products—red mud and coal gasification slag—via synchronous alkali fusion and in-situ reduction. It identifies the process window and clarifies phase evolution, offering mater…
Andreas Bengtsson, Mijung Cho, Jenny Bengtsson +3
Cellulose-lignin filaments were dry-jet wet spun and carbonized with varying draw ratios (1-1.5). Stretching improved molecular orientation and mechanical properties; 50% lignin precursors showed a 25% modulus increase, reaching 58 GPa afte…
Juan MA, Gongqi Shen, Xiaojun YU +3
An enhanced biological phosphorus removal (EBPR) system dominated by Tetrasphaera and Candidatus Accumulibacter was established under low-carbon conditions using casein hydrolysate as the sole carbon source. Shortening the anaerobic phase f…
Rongxin Wang, Wenfeng Zai, Yangman Chen +6
Membrane-aerated biofilm reactors (MABR) combine efficient oxygen delivery with biofilm treatment to curb energy use and greenhouse gas emissions (N2O, CH4) from wastewater treatment. This work discusses emissions control toward carbon neut…
Hammad Salahuddin, Kinza Faisal Jamal, Muhammad Huzaifah Khalid +2
This study develops low-carbon core-shell lightweight aggregates (CSLWAs) using EPS cores and LC3 shells, examining how core size, shell thickness, LC3 composition, and curing affect particle-scale performance. The shell-thickness-to-radius…
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 …
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