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 461–480 of 922 papers
U. Edike
This study investigates corn cob ash (CCA) as a partial cement substitute for concrete blocks, finding that a 15% replacement reduces GHG emissions by 14.43% while evaluating embodied energy, global warming potential, and sustainability ind…
Andrés F. Rigail-Cedeño, Angie Medoza Lopez, Irina Ñacato Arias +3
This study examines the use of polypropylene raffia waste from Ecuador's shrimp industry as feedstock for injection molding. Adding 5-10 wt% of a compatibilizer (IPE) reduced peak torque and energy consumption by over 40%, improving process…
Pullah Bhatnagar, Daniel Flórez-Orrego, Oktay Boztaş +3
This study evaluates the potential of integrating low-temperature waste heat from breweries (0.061 kWh/L beer, 2.2 kWh/L whiskey, ~95°C) with manufacturing and district heating networks. Using the OSMOSE framework, technical and economic an…
Koshlak, Hanna
This dataset provides experimental time-series data for autonomous PV-powered smart windows with active glass heating. It includes climate chamber tests and in-situ field measurements (Jan-Mar 2026) with high-resolution logs of heat flux, t…
Aelenei L.
This paper discusses design challenges for achieving net-zero energy buildings, focusing on energy efficiency and renewable energy integration strategies.
Camilla Vertua
This research proposes a circular retrofitting strategy for office building curtain walls (CW) combining mycelium-based composite (MBC) insulation and glass recycling. It evaluates two retrofit scenarios via comparative LCA tailored to Ital…
Kevin Ramani, J H Lim, Kris Roy +3
This paper provides supplementary data for a multi-objective optimization model that trades off cost, carbon emissions, and process hours in prefabricated cold-formed steel residential framing. Based on a New Zealand case study, it includes…
Kevin Ramani, J H Lim, Kris Roy +3
This study provides a multi-objective optimization framework for cost, carbon emissions, and process hours in prefabricated steel residential framing, using a New Zealand case study. The supplementary data includes models, diagnostics, and …
S. Pietrzyk
This study characterizes carbon dust adhesion on the anode surface induced by the anode effect in the Hall–Héroult process. Using a vertical electrode setup, it provides direct evidence of electrophoretic transport and shows that micro-arc …
Anita Terjék, Klára Tóthné Szita, Viktoria Mannheim
This paper compares three external wall configurations (uninsulated masonry, ETICS retrofitted, and SIP modular) for a typical Hungarian house, evaluating thermal transmittance and cradle-to-gate embodied carbon. The SIP system achieves the…
Simon Wu, Xiaorui Wang
This paper proposes a method leveraging hybrid energy storage (battery + hydrogen) to minimize the carbon footprint of AI data centers under intermittent renewable energy and non-deferrable inference workloads. It demonstrates carbon reduct…
Xuan Ma, Juan Ren, Q Zhang
This paper explores computational design methods for achieving low-carbon and climate-responsive architecture and urban environments. It integrates carbon reduction targets into the design process, offering strategies to improve building en…
Aniefon Essien, Eghosa Ekhaese, Daniel Babalola
This study examines factors influencing sustainable energy management (SEM) in six public universities in Nigeria's Niger Delta region. Findings show that policy framework and institutional planning are the strongest predictors (R²=0.718), …
K. Nikam, Lakshmisagar Shetty, Y. Birjerane
This paper evaluates the thermal performance of laterite-based architecture in tropical climates and proposes policy frameworks for sustainable heritage conservation. It integrates energy efficiency with traditional materials, offering insi…
Jawaher Binsuwadan, Dhay Alshughaythiri, Raghad Albaqami +1
This study examines determinants of industrial CO2 emissions in GCC countries (2004–2022). Short-run: energy intensity is the only significant driver. Long-run: energy intensity increases emissions while trade openness reduces them. Oil con…
Ziye Cheng, Di Wu, Li Liu +3
This study uses a stochastic frontier model to measure allocative inefficiency of coal, oil, natural gas, and electricity/heat in Chinese provinces from 2005 to 2022. It finds technical and allocative efficiency below 1, with labor and ener…
Ketevan Kutateladze, Tamar Rostiashvili, Maia Soselia +2
This paper systematically examines strategies to enhance ship energy efficiency in the context of global decarbonization. It evaluates measures such as route optimization, hull design improvements, and alternative fuel adoption, analyzing t…
Wei Gao, Raymond Chong Ong Tang, Hwai Chyuan Ong
This study assesses LED lighting retrofits for a university building in Malaysia. It finds that replacing 1831 fluorescent lamps with LEDs reduces annual lighting energy use by 44.7% (70,810 kWh). Payback periods range from 1.90 to 2.21 yea…
Chi G.
This paper explores the potential of energy efficiency credit to drive traditional industries towards greener practices, based on evidence from China. It empirically assesses how green finance mechanisms can facilitate industrial transition…
Shao W.
This study examines the effect of green finance reforms on urban energy efficiency in China. Using panel data, it finds that green finance policies significantly improve energy efficiency, with heterogeneous effects across regions.
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