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 1961–1980 of 4846 papers
Chen D.
This paper estimates the annual greenhouse gas emissions from the town gas distribution system in Hong Kong in 2022. It quantifies emissions across the supply process, providing baseline data for emission reduction. From an energy transitio…
Nur Firdaus, Akihisa Mori
This paper analyzes Indonesia's net-zero pathway by integrating energy and land-use transition costs, highlighting the climate-energy-land nexus. It provides a more realistic assessment of policy costs and investment needs for achieving net…
Jiarong Chen, Sung-Woo Lee, A. Kim +1
This study analyzes barriers to green fuel adoption in shipping, using South Korea as a case. Applying the Best-Worst Method to expert surveys, it finds economic factors (initial investment, fuel costs) dominate, followed by supply stabilit…
Crosson C.
This study explores rainwater as a renewable resource to achieve net-zero urban water systems in water-stressed cities, focusing on reducing energy consumption and greenhouse gas emissions through rainwater harvesting.
Anna-Kristin Behnert, Oliver Antons, Julia Arlinghaus
This paper explores the potential of open collaboration mechanisms (open innovation, open-source hardware, open data) to accelerate the transition to a circular economy, addressing the 45% of emissions from product manufacturing. Through a …
Jiyi Luan, Qi Wang, Qiang He +2
This review integrates feedstock sources, processing technologies, and circular-economy pathways for sustainable biomass solid fuels. It systematically summarizes recent advances in hydrothermal carbonization, pyrolysis, densification, and …
Michael Gargaro, Kaiwen Li, Richard Murphy +2
This study provides a UK-wide full-system LCA of lettuce production, comparing vertical farming (VF) with field farming and alternative uses of spared land. VF reduces land demand by 93% but has higher GHG emissions per kg due to electricit…
Rui Li, Jiajun Xu
Using China's Zero-Waste City policy as a quasi-natural experiment with city-level panel data from 2006-2023, this study employs staggered DID and double machine learning to show that circular economy transformation significantly improves u…
Jerickson Manuel Dela Dela Cruz, Cheng-Hsien Lin, Shan-Li Wang +4
A 150-day microcosm study demonstrates that combining brittle rice straw with alternate wetting and drying (AWD) reduces net greenhouse gas emissions by up to 39.6% compared to non-brittle straw, while maintaining or enhancing soil carbon s…
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…
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…
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…
Browse by Topic