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 241–260 of 922 papers
Aldabergenov M, Rzaliyev A, Orynbayev N +1
This study refines fuel consumption standards and evaluates energy performance of tractor-machine combinations using telemetry monitoring. Field experiments with DFM flow meters and CAN bus compared conventional and minimum tillage, finding…
Maroua, Karmach
This study examines the environmental and security implications of digital data after expiration, coining the 'digital coffin crisis.' Unmanaged digital remnants contribute to continued server energy consumption and data misuse risks. Field…
Imran M.
This study estimates energy inputs and greenhouse gas emissions for cotton cultivation in South Punjab, Pakistan, assessing energy efficiency. It quantifies the environmental footprint of regional farming practices and offers insights for l…
Elsoragaby S.
This paper proposes a multi-objective genetic algorithm (MOGA) approach to optimize energy inputs and greenhouse gas emissions in wetland rice production, contributing to sustainable agricultural practices.
Ghayth Tintawi, Khuloud Ali, Lucas Monteiro +2
This paper compares climate-responsive envelope strategies for residential buildings in hot-arid climates, analyzing trade-offs among energy use, carbon emissions, and material sufficiency. It provides a decision-support framework for susta…
Özpinar S.
This study assesses energy use efficiency and greenhouse gas emissions in rainfed canola production in Çanakkale, Turkey. It calculates energy inputs and emission intensities, exploring potential for reducing environmental impact in agricul…
Khalid Y.
This paper evaluates decarbonisation options for heritage church buildings, balancing conservation with energy efficiency. It likely assesses retrofit measures and their impacts, offering insights for sustainable management of historic buil…
H. Kaddouri, R. Elbarghmi, Firyal Latrache +3
This study evaluates hemp concrete walls in Moroccan residential buildings using dynamic thermal simulation and LCA. Across four climates, heating and cooling demand drops by 20-24%, with embodied energy and carbon reduced by about 17-20%. …
S. Sudarto
This study evaluates Insulator Media Technology (IMT) for solar salt production in Indonesia, showing elimination of brine seepage, doubled harvest frequency, increased NaCl purity from 87% to 95%, and 26-42% improvement in resource product…
Ergün Çıtıl
This study evaluates energy use efficiency and greenhouse gas emissions in kiwi fruit production in Türkiye, providing indicators for improving sustainability in agricultural practices.
Liu B.
This study proposes a multi-objective optimization approach to simultaneously enhance thermal comfort and reduce greenhouse gas emissions in residential buildings through retrofitting measures. An Enhanced Water Strider Optimization Algorit…
Spiegelhalter T.
This paper addresses the retrofit of the FIU College of Architecture and the Arts into a net-zero-energy building (NZEB) by 2018. It likely discusses energy-efficiency measures and renewable energy integration to achieve net-zero status, bu…
Shu Su, Yongshuang Xiao, Jintao Huang +1
This review summarizes recent advances in carbon-based flame-retardant phase change materials (PCMs), aiming to combine thermal energy storage with safety. Applications in buildings and electronics promise energy savings, but cost and long-…
Coursol P.
This paper examines the impact of operating at low anode-cathode distance on energy consumption and greenhouse gas emissions at Aluminerie Alouette, an aluminum smelter. It suggests potential for energy savings and emission reductions throu…
Malik A.
This study examines how using indoor fans during hot weather can allow higher air conditioning set points while maintaining thermal comfort, analyzing the impact on energy demand and greenhouse gas emissions. It suggests that fan use can re…
Lu Liu, Brendan Dougherty, Enrico Sartori Fernande +2
This review systematically analyzes 77 publications on Alaskan residential housing, highlighting challenges from extreme climate, permafrost thaw, and cultural priorities. It identifies gaps in integrated approaches, retrofitting, and renew…
A. Hashem, Chukwunonso O. Aniagor
This review compares conventional and emerging cotton scouring technologies (enzymatic, ultrasound, plasma, supercritical CO2, nanotechnology) on efficiency, environmental impact, and cost. It finds trade-offs: enzymatic reduces COD but is …
Magdalena Zabek, Nicolas Pastorelly, Sergio Velasquez +3
Over 85% of Europe's building stock fails energy-efficiency standards, necessitating large-scale retrofits. This framework integrates Circular Economy KPIs into façade retrofit workflows, linking a Material Database (MDB) with a digital Faç…
Ariana M. Nelson, Deirdre C. Kelleher, Vivian Ip +1
The healthcare sector contributes ~10% of global GHG emissions, and pain clinics are significant contributors. This paper proposes a 'Triple R' (Reduce, Replace, Rethink) approach to green pain practice, including energy efficiency, waste r…
Geng Duanyang<sup>1</sup> Xu Tong<sup>2</sup> Zhu Qinghua<sup>3*</sup> Steve EVANS<sup>1</sup>
This paper analyzes the role of digital energy management systems in achieving energy conservation in China's industrial sector, which is crucial for the country's 'dual carbon' goals. It compares application status in the UK, US, and other…
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