This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 13 open 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 19001–19020 of 20617 papers
Tomić M.
This paper systematically examines decarbonization pathways for entire energy systems, integrating technological and policy approaches to outline routes for sustainable energy transition.
Dixon J.
This paper conducts a comparative analysis of seven UK 2050 decarbonisation pathways toward net zero. It evaluates differences in technological, economic, and policy assumptions across pathways and identifies the most effective transition s…
Vásquez Stanescu C.L.
This paper analyzes the role of LNG, green hydrogen, and ammonia as energy vectors in the maritime sector's pathway to net zero by 2050. It discusses technical, economic, and regulatory challenges, highlighting the need for global cooperati…
Hannan M.A.
This paper proposes using digital twin technology to integrate net-zero energy buildings with the power grid. It aims to optimize building energy consumption and grid supply-demand balance, promoting decarbonization. Though no case studies …
Zhong S.
This paper discusses the role of cross-border transmission in accelerating ASEAN's power sector energy transition towards net-zero 2050, emphasizing renewable integration and regional cooperation.
Sovacool B.K.
This paper analyzes how climate justice imaginaries diverge among expert visions of low-carbon and net-zero buildings, revealing conflicting notions of justice embedded in building decarbonization pathways and technology choices.
Adun H.
This study shows that near-term deployment of carbon dioxide removal (CDR) can minimize the disruptive pace of decarbonization and associated economic risks for the United States to achieve its net-zero goal. Early CDR allows for a more gra…
Solomon M.B.
This paper examines bilateral cooperation between Australia and India on decarbonization, analyzing opportunities and challenges for the net zero transformation. It likely discusses energy policies, renewable investments, and collaborative …
Kumar R.
This paper analyzes the roadblocks and enablers for achieving net-zero in Indian manufacturing SMEs. It identifies key challenges and opportunities for decarbonization in small and medium enterprises, offering insights for policy and practi…
Herman K.S.
This paper examines industrial decarbonisation megaprojects in Teesside, UK, focusing on actors, networks, and expectations. It explores social and technical challenges and possibilities for achieving net-zero.
Mignone B.K.
This paper analyzes alternative routes for fuels decarbonization in net-zero energy systems, including hydrogen, CCUS, and biofuels. It identifies key drivers and economic implications, evaluates feasibility and system integration challenge…
Srivastava S.
This paper discusses the overall framework of net zero transition and decarbonization in the energy sector. While specific methods or case studies are absent, it offers high-level insights for policy and industry direction.
Kloo Y.
This study systematically analyzes roadmaps for achieving net-zero in the chemical industry, identifying key decarbonization pathways (CCUS, hydrogen, electrification) and policy challenges, offering insights for industry and policymakers.
Wang Z.
This paper reviews pathways for the oil and gas industry to achieve net-zero emissions, covering technological options like CCS and hydrogen, policy frameworks, and industry initiatives, along with an outlook.
Pradhan B.B.
This study explores the potential for energy system transformation in Thailand to achieve net zero emissions. It analyzes renewable energy deployment and policy scenarios, outlining feasible pathways.
Liu H.
This perspective paper reviews the role of carbon-neutral fuels such as hydrogen, ammonia, and methanol in achieving net-zero emissions over the next three decades. It compares production technologies, infrastructure challenges, and cost ou…
Griffiths S.
This paper analyzes the conceptual difference between defossilization (phasing out fossil fuels) and decarbonization (reducing CO2 emissions) and proposes an integrated framework for achieving net-zero industry. It argues that carbon metric…
Landsberg D.R.
This paper discusses criteria for determining whether a building operates at net zero energy or zero carbon, highlighting the importance of energy efficiency and carbon reduction in building operations.
Sue-Chue-Lam C.
This paper argues that net-zero targets alone are insufficient for sustainable health systems and proposes a 'Reduce and Support' framework to ratchet ambition. It emphasizes the need for both emission reductions and systemic support in the…
Roncalli T.
This paper examines portfolio alignment and net zero investing. It analyzes methods to align investment portfolios with climate goals and challenges in achieving net zero targets.
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