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 2161–2180 of 6289 papers
Ogbonnaya Chukwuemeka Micheal
Using Nigerian data from 1990-2024, this study applies a SUR model to analyze the impact of energy consumption on GHG emissions. Oil and electricity consumption significantly increase emissions, while natural gas has an insignificant effect…
Abdul Khaliq, Naeim Farouk, M Nadeem Khan +7
This paper proposes a decarbonization pathway based on a biogas-fueled multigeneration system with ammonia as an energy carrier, conducting techno-economic analysis and machine learning optimization. It evaluates the feasibility and economi…
Lang Xu, Lele Li, Jihong Chen +2
This paper analyzes global shipping decarbonization pathways, identifying emission characteristics under various scenarios. It evaluates the impact of fuel transitions and technology adoption, offering insights for policy and industry strat…
Divényi D.
This paper proposes a framework for cross-zonal reserve procurement on European power exchanges, using robust optimization to handle uncertainties. It may contribute to renewable integration and grid stability.
Csercsik D.
This paper proposes a novel order type for storage units in day-ahead electricity auctions, aiming to better integrate renewable energy and enhance grid stability. While the abstract is unavailable, the focus on market design for storage su…
Cooper S.J.G.
This paper evaluates the potential of demand side management (DSM) in heat pump operation to reduce CO2 emissions. By shifting electricity demand over time, it can optimize renewable energy use and reduce grid carbon intensity. It highlight…
Kung S.S.
This paper simulates optimal biofuel production and land-use patterns in Taiwan under AR6 climate scenarios and a green finance mechanism, aiming to balance energy transition with sustainable land use and offering policy implications.
Barbhuiya S.
This paper provides a comprehensive roadmap for the cement sector's transition to net-zero carbon. It evaluates strategies including CCUS, alternative fuels, energy efficiency, and innovative binders, and discusses policy frameworks and inv…
C. Chukwuma
This review analyzes how geopolitical factors in nonferrous metal mining affect environment, health, economy, and supply chains. It focuses on resource nationalism, environmental degradation, and rising demand for critical minerals due to g…
Anna M. Walker, C. Matti, P. F. Albizzati +2
This paper evaluates circular transitions in the EU cement and concrete industry by combining prospective life cycle assessment (LCA) with participatory foresight. It integrates future scenarios to provide more realistic environmental impac…
Miranti Andreadi, Myrza Rahmanita, Sri Mariati +1
This study evaluates low-carbon practices in Indonesia's MICE industry using GEE 2024 as a case. It identifies participant mobility, venue energy, water, and waste as key emission sources, and highlights gaps like incomplete Scope 3 evaluat…
Prince Edike, Philip G. Camara
This study uses a dynamic recursive CGE model to assess the impact of the US-led Pax Silica initiative on the Philippine economy. While construction investment boosts GDP, resource squeeze worsens inequality, water stress, and CO2 emissions…
Qiwei Wu, Kunquan He, Jingwen Liu +2
This study investigates the effect of ammonia (NH3) co-firing on mineral transformation and liquid-phase formation during combustion of Zhundong coal and kaolin mixtures, using experiments and thermodynamic calculations. NH3 co-firing alter…
Shadi Samizadeh, Joe Howe, Pouriya H. Niknam +4
This review critically examines biomass diversity and bioenergy conversion technologies, including thermochemical and biochemical pathways. Mature routes like anaerobic digestion and co-firing are commercially deployed (TRL 8-9) and offer i…
Xuncheng Fan, Lili Zhao, Hongjia Xu
This study analyzes 22 border cities in Northeast and Northwest China using Scope 1-2-3 emissions and LMDI decomposition. It finds that despite population decline, carbon intensity rose in the Northeast due to worsening energy structure, wh…
Vitaliy Soloviy, Gudrun Haindlmaier, Klaus Kubeczko +3
This study analyzes tensions among green, digital, and just transitions, presenting five perspectives: constructing realities, governing transitions, negotiating meanings, reasoning by numbers, and reimagining transitions. Based on 28 real-…
Zhuoyi Yu
This paper analyzes China's green economy development from 2008-2025, identifying structural imbalances, insufficient core green technologies, single financing channels, and inconsistent standards as barriers to low-carbon transition. It pr…
Mustapha Mukhtar, Idris Abdullahi Abdulqadir, Gexin Luo +4
This study analyzes the impact of trade openness and energy transition indicators on economic prosperity in ASEAN-7 countries (1995-2021) using dynamic panel data and threshold regression. It finds an inverted U-shaped relationship for rene…
Lu Shen, Tianguang Lü, Mingwei Li +5
This study quantifies how renewable energy droughts (periods of low wind/solar output) lead to increased fossil fuel generation, worsening air quality. It highlights the compound climate-air pollution risks and underscores the need for resi…
Waqar Ali Ather Bukhari, Mahwish Zafar, Azaz Ali Ather Bukhari +2
Using panel data from five South Asian economies (1996-2022) and MMQR, this study finds ICT reduces carbon footprint at lower emission quantiles, with FDI amplifying the effect. Renewable energy reduces emissions strongly at higher quantile…
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