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 992 papers
Shi J.
This work addresses optimal upgrading of refrigeration units in food warehouses to enable greener, lower-emission operation. It appears to target energy and CO2 reduction through equipment-replacement decisions. No abstract is available, so…
Jung K.
An empirical study examining whether South Korea's ZEB (Zero Energy Building) certification translates into real energy savings. It suggests a gap between certification and actual performance, offering lessons for building energy policy and…
Risbeck M.J.
This work appears to combine design-stage optimization with closed-loop operational planning to meet building sustainability goals. Its distinctive angle is linking design decisions to ongoing operations, though no abstract is available, so…
Mbabu A.
A systematic review of 'regenerative twins'—digital twins extended toward circularity and net-zero goals in built environments. It maps enablers, applications and challenges, outlining how digital infrastructure can align construction and r…
Nikita Consul
This paper proposes framing sustainability in radiology around two metrics: energy consumption and carbon intensity. It addresses the environmental footprint of medical imaging and suggests department-level decarbonization targets. Without …
Hu W.
This study models the diffusion of heat metering and consumption-based charging in China's heating regions using a complex-network evolutionary game framework. It analyzes how interactions among residents and operators shape adoption dynami…
Chen X.
This study shows that sympathy for the environment predicts green consumerism but fails to predict higher-impact domestic energy-use behaviours. It highlights the attitude-behaviour gap across behaviours of differing environmental impact. T…
Rafiei M.H.
This paper appears to address sustainability in high-rise building design and construction, though no abstract is available to confirm its contribution or findings. Building-sector environmental performance—energy efficiency, low-carbon mat…
Onyelowe K.C.
This work examines self-compacting concrete (SCC) — its development, production and flowability — for its net-zero and sustainability potential in concrete structures. It highlights how material and placement optimization can cut embodied c…
Sathish T.
Proposes a phase-change-material (PCM) embedded square channel receiver to improve the operation of a parabolic-dish-concentrator (PDC) building heating system targeting Net Zero Energy/Emission buildings. PCM thermal storage aims to stabil…
B. Klemczak, J. Gołaszewski, M. Gołaszewska
This review assesses cement-based materials for thermal energy storage (TES) in buildings, covering heat transfer mechanisms, thermophysical properties, and TES technologies. It examines sensible storage in conventional cement and latent st…
Ziyang Hu, Xiaowei Gu, Shenyu Wang +6
This study activates coal gasification slag (CGS) via NaOH-assisted alkali fusion and incorporates it into blended cement to examine phase reconstruction, Si/Al dissolution, hydration, and strength. Dissolved Si and Al peaked at SH-8 (42.81…
Luís Edgardo Cruz Salinas, Jessica Macalopú Rimachi, Chris Reyes
This systematic review (PRISMA 2020, 2015–2025, 50 studies) examines how IoT, AI, digital twins, and big data analytics affect operational sustainability in manufacturing. Combined adoption yields 20–35% energy reductions and 25–40% materia…
Yilun Miao, Shuyang Wang
A critical review of industrial VOC adsorption under high humidity, covering adsorption mechanisms, material strategies, and low-carbon regeneration pathways. It synthesizes how moisture degrades capture performance and outlines design dire…
Nilufar Avezova, G‘ulomjon Uzoqov, Akmal Kuchkarov +6
This review traces the evolution of heat pump technology as a key solution for energy-efficient, low-carbon heating, periodizing research and deployment into three phases. It summarizes advances including a more than twofold COP increase, l…
Chidimma Berne Okoye
This systematic literature review examines barriers to integrating bioclimatic design strategies (BDS) in buildings in South-East Nigeria's warm-humid climate. It identifies ten major challenges spanning technical, economic, regulatory, and…
Amaia de Ayalaa, Alaitz Artabe
Using original survey data from 500 Spanish households on washing machine purchases, this paper analyses the determinants of both energy-efficient appliance adoption and daily energy-saving behaviours. Attitudes, risk/time preferences, habi…
Kiyoshi Saito
A comprehensive guide to heat pump technology by Kiyoshi Saito of Waseda University. It offers a solutions-driven roadmap for carbon-neutral, circular societies, covering technical, digital, and policy dimensions. Situated in Japan's advanc…
Sun Y.
This study performs a sensitivity analysis of macro-parameters in the system design of net zero energy buildings (ZEB). It quantifies how key design variables drive energy performance, helping prioritize design decisions for achieving zero-…
Kumar P.
A comparative study of net-zero masonry walls using clay and fly ash bricks with grouts, mortars and stuccos based on super fine fly ash blended low-carbon cement. It contributes material-design insight for decarbonizing construction materi…
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