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 61–80 of 1913 papers
Yang Y.
A study examining how three additives—dicyandiamide, phosphogypsum, and superphosphate—affect greenhouse gas emissions during pig manure composting. It targets mitigation of agricultural non-CO2 emissions at the composting stage. Detailed f…
I. Onyechere, F. C. Njoku, Samuel O. Akintan +3
This study experimentally evaluates concrete in which bamboo leaf ash (BLA) partially replaces Ordinary Portland Cement at 0–20% levels. Workability and compressive strength decline as BLA content rises, but 5% replacement shows only minor …
Yi-Le Zhai, Hao-Yun Liu, Jin-Song Zhou +2
This study couples detoxification of two hazardous wastes—mercury-containing spent catalyst from acetylene hydrochlorination and acidic cupric etchant from PCB manufacture—to produce a chlorine-functionalized carbon sorbent for capturing el…
Loan Thi Pham, Jieyi Huang
A printable concrete with 25% fly ash and 50% crushed mining-waste sand was used to 3D-print a biomimetic artificial coral unit. Mechanical tests confirmed sufficient strength for handling and deployment despite anisotropy. Cradle-to-site L…
家庭での脱炭素アクションを促進する教材用ボードゲームの開発
(著者不明)
A study developing an educational board game aimed at encouraging household decarbonization actions. It seeks to build understanding and behavior change toward everyday climate measures through gameplay. Without an abstract, evaluation deta…
Yue Pang, Hao Guan, Wentian Zheng +5
An LCA of solvent-based regeneration of PFOS-laden granular activated carbon (GAC). Electricity-driven elution and downstream incineration are the dominant hotspots across 18 midpoint categories. NaOH-modified water and HCl-modified ethanol…
Xiaozhu Zhang, Tianyi Chen, Xinhang Ma +2
Dead-burned MgO was used as a temperature-activated phase regulator in ferronickel-slag geopolymers, achieving refractoriness of 1510°C without sintering. The study reveals a sequential mechanism of dehydration, solid-state sintering with f…
Xing C.Y.
This work suggests that increasing sulfur sources in wastewater treatment plants can help curb greenhouse gas emissions. Optimizing sulfur-driven treatment processes may suppress N2O and CH4 release. It offers operational insights for decar…
Fazal Ahmed Khan
This narrative review proposes a six-stage Circular Construction and Waste Management Framework for Saudi mega-projects under Vision 2030, integrating prevention, circular design, procurement, segregation, recovery and material reintegratio…
C. Hussain, Ghazanfar Hussain, Rüstem Keçili
This review proposes 'SMART Green Chemistry,' integrating innovation, adaptability, and AI into green chemistry. AI enables real-time decision-making, process automation, and predictive analytics to improve resource management and waste red…
G. Uday Kiran, G. Nakkeeran, Dipankar Roy +3
This study optimizes the mechanical performance of low-carbon concrete blended with industrial waste materials using response surface methodology (RSM). It statistically models mix-design parameters against strength to balance waste utiliza…
Prathibha P. Shetty, Asha Udaya Rao
A quaternary low-carbon binder (50% OPC, 20% Class F fly ash, 15–25% GGBFS, 5–15% calcined seashell powder) was developed for M65 high-strength concrete. S/N-ratio screening ranked mixes by compressive strength, and mechanical, durability a…
Carlos Henrique Tenório de Lima, Giane Gonçalves Lenzi, Maria E. K. Fuziki +4
A bibliometric mapping of 1,597 documents (2014–2025) on valorizing sugarcane residues into biochar and TiO2-integrated environmental applications. Output grew notably after 2021, led by China, India, and Brazil, with single-country publica…
Qiao S.
This work integrates activated sludge treatment with microalgae cultivation to cut greenhouse gas emissions from wastewater treatment. Microalgae uptake nutrients while fixing CO2, potentially lowering the footprint of conventional processe…
Paula André da Silva, Arthur Lima e Silva, Daniel Kurpan +8
An LCA compared a cyanobacterium-based biofertilizer grown in brewery wastewater against imported synthetic NPK for barley in Brazil. The biofertilizer cut global warming impact 2.7-fold (485.84 vs 1,312.75 kg CO2-eq/ton), with 50% and 75% …
ShiJie Gao, Bowen Guan, Anhua Xu +3
This study develops an alkali-activated lithium slag–fly ash binder to stabilize loess as a low-carbon alternative to cement. Response surface methodology (RSM) optimizes the mix design, and mechanical performance is evaluated. It contribut…
Zhang Feng, Wang zhixin, Wu xipeng +8
This study evaluates red mud and waste glass as low-carbon alkali activators, assessing performance, cost, and environmental impact. It targets simultaneous CO2 reduction from cement and industrial waste valorization. Without an abstract, d…
Moslem Sharifinia, Mohammad Hossein Khanjani
This review examines low-carbon aquaculture systems—RAS, IMTA, biofloc technology, and aquaponics—that cut water and energy use, waste, and external inputs to reduce GHG emissions. It outlines benefits, challenges, and prospects for each, s…
C. Bideux, J. Eslami, A-L Beaucour +3
This study examines the durability of soilcrete made with low-carbon binders (slag-rich CEM III/C, CEM VI, CEM III/A-MK) in silty soil. Accelerated carbonation showed competing effects: higher binder content increases carbonatable phases an…
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 …
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