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 22041–22060 of 36021 papers
Lamers P.
This paper proposes a method combining life cycle assessment and integrated assessment modeling to evaluate power-to-hydrogen technologies in the United States, considering evolving system contexts. It offers a framework for integrated envi…
Piselli C.
This paper assesses users' willingness to engage with Net Zero Energy communities in Italy, examining factors such as resident autonomy and sustainability interest, providing insights for policy and community design.
Guitar M.A.
This paper evaluates the environmental impact of green steel production, analyzing how much greenhouse gas emissions can be reduced compared to conventional steelmaking. It also discusses the potential and cost challenges of hydrogen reduct…
Raza A.
This paper uses panel data and text analytics to examine energy transition and net-zero pathways in SAARC countries, exploring how economic growth can be decarbonized. It provides policy insights and progress assessment.
Gronchi I.
This paper provides a formative assessment of public management in European net-zero policy, focusing on the process of crafting missions and their effectiveness. It extracts challenges and lessons for policy implementation.
Edwards Y.
This paper provides a case study of the University of Edinburgh's transition to net zero, focusing on the 'insetting' approach (emission reductions within the value chain). It presents practical lessons from the university's sustainability …
Arent D.J.
This paper examines the key challenges and opportunities in decarbonizing the U.S. energy system, focusing on the transition to renewables, policy support, and technological innovation. It offers insights applicable to global energy transit…
Moreno-Rangel A.
This paper provides an overview of smart window technologies in the context of Passivhaus design for net-zero buildings. It discusses how smart windows can enhance energy efficiency and occupant comfort, and their integration with Passivhau…
Geese L.
This paper examines how members of parliament represent the carbon footprint of their constituents, testing whether high-emission regions correlate with lower political engagement on climate issues. It explores the link between political re…
Ali S.M.
This paper experimentally assesses a net zero energy office that uses a rooftop solar chimney for natural and forced ventilation, evaluating its energy performance and decarbonization potential.
Pang Y.
This paper proposes self-powered vehicle-road triboelectric networks that harvest energy from vehicle motion to support net-zero transportation. It reduces reliance on grid electricity for road infrastructure and vehicles, potentially compl…
Eisa A.
This paper proposes a nano cool paint passive cooling strategy for net-zero energy buildings (NZEBs), reducing cooling energy demand. The technology optimizes reflectivity and emissivity to lower surface temperatures and reduce HVAC loads, …
Loaiza F.
This paper discusses the complementary role of human capital in innovation-driven decarbonization. It argues that beyond technological innovation, human skills and knowledge are crucial drivers of decarbonization. The findings highlight the…
Bayou R.
This paper analyzes the transition to green finance in the banking sector through the case of the Net-Zero Banking Alliance (NZBA) programme. It examines NZBA's target setting, progress, and challenges, offering insights for sustainable fin…
Yadav A.
This paper empirically demonstrates a net-zero supply chain performance system using life cycle assessment (LCA) in the rubber industry. It proposes a method to visualize and prioritize emission reductions across the supply chain. The empir…
Das P.
This paper proposes a machine-learning model to predict solar power generation for a net zero energy building (NZEB). The model improves prediction accuracy, enabling efficient renewable energy use and optimized building energy management, …
Akhai S.
This paper discusses how AI and automation can help factories achieve net-zero emissions and sustainable manufacturing. It highlights the role of AI in improving energy efficiency and reducing emissions in the manufacturing sector.
Yadav A.
This study evaluates the environmental impacts of additive manufacturing compared to sand casting and investment casting. It analyzes energy consumption, material efficiency, and carbon emissions, proposing pathways to net-zero manufacturin…
Leong W.Y.
This paper proposes a generative AI approach for urban planning to achieve net-zero emissions. It optimizes land use, transportation, and energy systems, enabling efficient urban designs through simulation.
Mayer P.
This paper analyzes the role of industrial demand-side management (DSM) in providing flexibility for net-zero sector-coupled energy systems. It suggests that DSM can facilitate renewable energy integration and cost-effective decarbonization…
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