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 2541–2560 of 5822 papers
Collings D.
This review surveys greenhouse gas emissions from recent UK built-environment projects, identifying key emission sources and evaluating low-carbon technologies and policies. It highlights challenges and opportunities for reducing emissions …
Wang X, Shen M, Fu P
This paper proposes a magnetically integrated transformer-type controllable reactor (MI-TCR) for reactive power compensation in power systems with high renewable penetration. Using genetic algorithm-based design optimization and multi-physi…
Yu Hongyuan
This paper analyzes how the global shift from fossil fuels to an electricity-centered energy order reshapes geopolitical structures. Unlike the oil age, competition now centers on critical minerals, power equipment, nuclear technology, and …
Jianqiao Zhong, Mohd Wira bin Mohd Shafiei
This study analyzes the role of the construction industry in China's low-carbon transition using ecological modernization theory. Based on data from 40 building projects, it finds that prefabricated construction and BIM adoption, along with…
Abraham Nunbogu, Aria Farsi, Mir Matin +1
This paper argues that surging demand for critical minerals for EVs and renewables creates 'sacrifice zones' in the Global South, causing water insecurity and environmental injustice. It contends that technological fixes like direct lithium…
Brown, Patrick, Carag, Vincent, Chen, Yunzhi +19
ReEDS 2.0 is a capacity planning model simulating the evolution of the U.S. bulk power system through 2050. It is widely used for analyzing renewable deployment and decarbonization pathways, providing critical insights for policy and indust…
Xia-Bauer, Chun, Hermwille, Lukas, Leipprand, Anna
China and Germany's low-carbon steel labels are technically comparable, supporting deep decarbonization and renewable-powered scrap production. Differences in system boundaries and accounting methods remain; greater alignment could improve …
Yanmei Ruan, Xu Luo, Shi Zheng +3
This study proposes a PSR-entropy-TOPSIS framework to evaluate low-carbon performance of subway station construction. Using 17 indicators, it compares three construction methods for a Guangzhou station, finding reverse cover excavation most…
Sara Place
Dairy cattle production contributes approximately 1.5% of US GHG emissions, mainly from enteric fermentation, manure management, feed production, and on-farm energy use. Mitigation could reduce emissions per unit of milk by up to 45%, but r…
H. Al-Mayyan, D. Alrukaibi, S. Eadulapally +8
This study evaluates the carbon footprint of polymer flooding EOR in Kuwait's Greater Burgan field, showing lower energy intensity and CO2 emissions compared to waterflooding due to reduced water circulation. Based on field tests and reserv…
R.R. Xusainov, K.S. Ibragimova
This paper analyzes Uzbekistan's energy strategy within economic development and market transition. It identifies key phases: diversifying energy sources, advancing renewables, upgrading infrastructure, and attracting investment via PPPs. R…
Sara Sandin Orea
Analyzes GHG emissions (CO2 and methane from venting/flaring) in Mexico's hydrocarbon exploration, production, and transport sector from 2000-2024. Finds that despite declining oil production, flaring volume and intensity increased, and met…
J. A. Dybka, Klaudiusz Tomczyk, M. Szczepańczyk +1
The expansion of renewable energy increases glycol-based coolant waste, posing environmental risks. This review assesses microbial degradation as a sustainable treatment alternative, highlighting inefficiencies of incineration and membrane …
Alanood Alremeithi, Fauzia Jabeen, Sherine Farouk +1
Using survey data from 425 SMEs in the UAE, this study empirically validates an integrated TOE-TBL framework for net-zero adoption. Managerial support, technological competence, and regulatory pressure drive sustainability adoption, and net…
Zhifan Liu, Danlin Hou, Yang Li
This study systematically analyzes the CO2 reduction potential of low-carbon materials and passive design strategies for a typical single-family house in Vancouver, Canada. CLT is the most effective substitute, and combining optimal materia…
Avyaay Rathi
This paper quantitatively analyzes e-kerosene production via Power-to-Liquid using DAC and green hydrogen. Wind/solar electricity yields 88% emission reduction vs. conventional jet fuel; coal electricity exceeds baseline by 6x. PtL efficien…
Mosaddek Hossain, Mosharrof Hosen, Woon‐Leong Lin +2
This study analyzes dynamic interactions among circular economy, technological innovation, and renewable energy in five emerging Asian economies using GMM-PVAR on panel data (1995-2024). Findings show technological innovation drives sustain…
Guijun Li, Donghan Meng
This study proposes a complex network framework to quantify the resilience of regional social-ecological systems (SES) under energy transition. Using the Yangtze River Delta urban agglomeration as a case, it maps interdependencies among soc…
Yongkang Ma, Yuexin Jia, Qianlun Mao +1
This study develops a carbon nanofiber-modified low-sodium iron pyrophosphate cathode for sodium-ion batteries, achieving high specific capacity (119.5 mAh/g) and excellent cycling stability (89.3% retention after 4000 cycles at 20C). Enhan…
MORELLI, Rocco
This paper critically revisits the Marchetti-Nakicenovic logistic substitution model of energy sources (IIASA, 1979) against actual global energy mix data for 2024-2025. It finds major divergences due to geopolitics and technological accele…
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