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 2821–2840 of 4925 papers
Karmaker A.K.
This paper explores greenhouse gas emissions from fossil fuel power stations in Bangladesh and proposes corrective measures such as operational improvements and technological upgrades to reduce emissions, contributing to the clean energy tr…
Zhu Z.
This paper proposes an integrated planning approach for net-zero power systems that includes all stakeholders, considering technical, economic, and social aspects to ensure a just transition.
Murugesan M.
This study models least-cost technology pathways to decarbonize the New South Wales energy system by 2050, analyzing combinations of renewable energy, storage, and other technologies to identify cost-minimizing scenarios.
Ripley K.M.
This paper identifies cost-effective near-term decarbonization pathways for the cement industry, including fuel switching, clinker substitution, and efficiency measures. It evaluates abatement costs and payback periods, providing a practica…
Griffiths S.
This paper explores green flight paths as a catalyst for achieving net-zero aviation by 2050. It analyzes combinations of decarbonization technologies (sustainable aviation fuels, electrification) and policies to accelerate the aviation ind…
Mukundan S.
This paper explores how to align postdoctoral talent with the skills demanded for net-zero transition, based on interviews with UK industry stakeholders. It identifies skill gaps and proposes university-industry partnerships.
Herman K.S.
This paper examines the sociotechnical dynamics of industrial net-zero megaprojects in Texas, the global oil capital, exploring how these projects are reshaping the energy landscape and the challenges of decarbonizing heavy industry.
Sheikh W.
This study highlights that achieving net-zero emissions in shipping critically depends on environmental awareness and managerial commitment, emphasizing the role of leadership in driving decarbonization efforts.
Nassar M.
This paper provides a comparative assessment of air-source heat pumps in Canada, evaluating their role in achieving net-zero emissions. It focuses on performance in cold climates and cost-effectiveness, offering insights for heat pump deplo…
Bahgat R.
This paper presents a comprehensive life cycle roadmap for achieving a net-zero built environment in the MENA region. It examines emission reduction measures across construction, operation, and end-of-life phases, considering regional clima…
Yap W.Y.
This paper investigates the role of alternative fuel bunkering hubs in achieving net-zero greenhouse gas emissions from shipping networks. It explores infrastructure requirements and network design for fuels such as hydrogen and ammonia, of…
Anantharaman M.
This bibliometric analysis maps the research landscape on shipping decarbonization and net-zero greenhouse gas emissions. It identifies key trends, technologies, and policy themes, providing a comprehensive overview for researchers and stak…
Adun H.
This study analyzes the transition to a zero-emission electricity sector in Africa under a net-zero pathway, revealing contrasting energy, economic, and sustainability synergies across different regions. It provides policy insights for bala…
Chaochu Fang, Minyan Wang, Cheng Shen +9
This study develops an energy-normalized life cycle assessment model for sewage sludge treatment in China, finding that an integrated anaerobic digestion-pyrolysis system achieves net-negative carbon emissions, reducing cumulative provincia…
Liu Yang, Siteng Zhao, Peichao Gao +2
This paper systematically reviews research on multi-objective optimization for power plant site selection in the context of global energy transition and China's 'dual carbon' strategy. Analyzing four dimensions—research trends, objective fu…
Xiaowei Zhai, Zilin Yang, Changju Liu +1
This study analyzes spatiotemporal differentiation and obstacle factors for pollution reduction, carbon control, and quality improvement in Chinese coal resource-based cities undergoing energy transition, offering empirical policy insights.
Liang Mu, Tao Xie, Xiaohai Zhu +3
This study proposes a novel method for highly selective separation of methane from low-concentration coalbed gas using activated carbon and active ice. The technology enables cost-effective methane capture from coal mines, reducing greenhou…
Ziyi Wen, Xian Zhang, Gaoqi Liang +4
This paper proposes a three-stage low-carbon planning framework for an integrated electricity-hydrogen-transportation system. It uses a cross-sectoral carbon emission flow model to optimize the entire system and evaluate emission reduction …
Yuping Wu, Yipeng Zhao, Bohui Du +3
This study evaluates the effects of green and low-carbon energy transition using a multidimensional index system and analyzes influencing factors. It provides quantitative assessment and policy implications for energy transition.
Yi Ding, Jian Yin
This paper presents a data-driven approach to synergistically optimize urban carbon emissions and energy dynamics, proposing strategies for regional low-carbon transition. It likely applies optimization algorithms to urban energy systems to…
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