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 1875 papers
Han Sun, Mengyang Xie, Liangtian Jia +2
A quaternary geopolymer using red mud, steel slag, calcium carbide slag and phosphogypsum was developed without commercial alkali activators. Optimal mix under sealed curing reached 15.42 MPa at 28 days, with ettringite and C-(A)-S-H gel sy…
Quinn M. Brink, Hunter J. Koltunski, Richard D. Noble +1
A thermodynamic analysis of ion separation and recovery from waste and industrial streams, adapting Lackner's air-capture calculations to define favorability zones for critical-element recovery. Using an ideal sorbent, the authors show that…
Levis J.W.
A study quantifying greenhouse gas emission reductions from recycling hot mix asphalt (HMA). It appears to assess how construction-material recycling contributes to emissions reduction, though details are unavailable without an abstract.
A. Demirci
A review of bioconversion routes turning waste bread—tens of millions of tonnes lost annually—into biofuels, organic acids and microbial biomass via saccharification and fermentation. Integrated biorefinery models combining co-production, a…
Adelia Paradya Zetta, W. Hasibuan, B. C. Walter +1
This narrative review synthesizes evidence on food loss and waste (FLW), noting ~13% of global food is lost in supply chains and Indonesia generates 53–84 kg/capita/year, ~80% from households. It frames FLW as a triple nutritional, environm…
Jonghyun Park, Dankyeong Kim, Hye-Bin Kim +3
A review of black soldier fly (BSF) bioconversion for valorising livestock manure, covering recent technical advances and process integration. It outlines pathways by which waste-to-resource conversion can contribute to carbon neutrality. R…
Matías Ramos, Romina Lasry Testa, Pamela Mendioroz +2
Introduces 'Minimal Targets' — the minimum titer, rate, or yield needed to meet predefined feasibility criteria — formalized as optimization variables within a mathematical programming framework integrating process modeling, mass/energy bal…
Hongyuan Qi, Qinyuan Hong, Wenjun Huang +3
This mini review traces heavy-metal control in industrial flue gas from release and speciation chemistry through gas-phase regulation, interfacial capture, and removal in conventional air-pollution-control devices. It highlights low-carbon …
Xiang F.M.
This study examines how black soldier fly larvae (BSFL) treatment of domestic biodegradable waste curbs greenhouse gas emissions by recycling carbon and nitrogen and reshaping microbial communities. It points to a waste-to-resource pathway …
Fadhila Hamza, Tahar Ali-Boucetta, Yakoub Derrouiche +7
This study examines self-compacting concrete combining naturally carbonated recycled concrete aggregates with waste glass powder. It weighs carbonation-driven densification against alkaline buffering effects, assessing durability and carbon…
Weiwei Kong, Xin Cheng, Yuling Tang +1
This study compares GHG emissions of Fenton oxidation versus molecular capture technology for advanced tannery wastewater treatment. Fenton produced CO2 fluxes up to 315.68 g·m−2·d−1 plus N2O risk, while molecular capture cut CO2 by over 90…
Shu-Mei-Chien-Shu-Mei Chien, Cho-Chun Chou
A circular system was built in Taiwan with two hospitals to collect, clean, and reprocess used IV infusion bags into recycled pellets, then into sharps containers returned to the hospitals. Containers met ISO 14021 and ISO 23907-1, and crad…
Cuiping Li, Jun Wu, Zhuo Xu +1
This study develops slag-based binders with intermediate Ca/Si ratios for ultrafine tailings backfill, examining mechanical performance and hydration mechanisms. It evaluates cost–carbon trade-offs, offering a lower-emission cement alternat…
Merve Akbaş
This study builds a multi-criteria decision framework to assess the Overall Material Sustainability (OMS) of pavement base layers using earthquake-induced recycled concrete aggregates (RCA) at 0–100% replacement. Thirty engineering and ecol…
D. M. D. A. De Zoysa, J. C. Jayawarna, J. S. Hewage +1
Recovered carbon black (rCB) from waste tyre pyrolysis was upgraded via magnetic separation, ball milling, and acid/alkali treatment, cutting ash from 22.2% to 3.42% and raising carbon content to 94.41%. The purified rCB partially replaced …
Lenganji Simwanda, Paul Oluwaseun Awoyera, Adewumi John Babafemi
An AI-assisted inverse-design workflow for supplementary-cementitious-material concrete, combining Optuna-tuned neural networks, split conformal prediction, continuous-treatment forests, and multi-objective search across strength, embodied …
Saeeb M. AL-Tam, Amr Riad, Nader Mohammed +2
A study on producing low-carbon concrete via alkali activation using multiple waste materials. It targets reducing cement-related CO2 emissions through material substitution, contributing to construction decarbonization. No abstract is avai…
Ankita Kumari, Jiaguang Zhang, Graham Pattison +1
This review surveys lignin extraction (kraft, soda, organosolv, ionic liquids, deep eutectic solvents), characterization (NMR, FTIR, GPC, TGA, DSC), and depolymerization routes (acid/base/metal-catalyzed, hydrogenolysis, electrocatalytic, m…
C. Ezenkwa, A. Mahamat
A review of corn husk ash (CHA) as an agro-waste supplementary cementitious material. CHA (high BET surface area) improves mortar/concrete mechanical properties at 0–20 wt% replacement after 56 days, though workability declines. In soil sta…
Shadeedha Mohamed Saradara, Juan Carlos Flores Lara, M. El Fadel +2
A mixed-methods study of circular construction implementation across the UAE building lifecycle, combining a systematic review, 20 expert interviews, and BWM–fuzzy TOPSIS prioritization. Circularity remains concentrated on downstream waste …
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