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 14661–14680 of 34637 papers
Yunhan Zhang, Zhixin Liu, Le Wen +1
This paper theoretically and empirically analyzes how public debt affects transport decarbonization. It clarifies challenges for low-carbon transport investment under fiscal constraints and offers policy implications.
Jaime Nieto, Paul E. Brockway, Elliott Johnson +1
This paper analyzes the socio-macroeconomic impacts of building decarbonization, accounting for both efficiency improvements and rebound effects. Using macroeconomic models, it evaluates policy effectiveness and unintended consequences.
Yash Pal, Narendra N. Dalei
This paper examines the best feasible options for energy decarbonization in India, comparing renewable energy, nuclear, and CCUS technologies considering resource constraints and economics to propose the most viable pathway.
Kazy Mohammad Iqbal Hossain
This review evaluates six electrification pathways for steam generation in Bangladesh's textile sector, which accounts for 81% of its GHG emissions. High-temperature heat pumps (HTHPs) offer the lowest levelised cost of heat (USD 12–30/GJ) …
Stephen A. Roosa
This article explores the tough decisions on the path to decarbonization, highlighting complex trade-offs among technology, economics, and policy, and emphasizing the importance of stakeholder alignment.
Kritika Bhandari, Abinash Kumar Gupta, Hitesh D. Vora
This paper discusses the importance of decarbonization for a sustainable energy future. It likely provides a broad overview without detailed empirical evidence.
Gogoi M.
This paper presents a probabilistic assessment of geothermal power feasibility in the Cambay Basin, India, focusing on the balance between thermal sufficiency and hydraulic limitation. The methodology offers insights for regional renewable …
Brkić V.
This paper proposes an optimization method for underground gas storage processes, analyzing interactions between reservoir parameters and production equipment. It contributes to efficiency improvement and cost reduction, indirectly supporti…
Júlíusson E.
Sustainable use of geothermal resources requires accurate resource assessment. This paper discusses stock models for geothermal resources, providing methods to evaluate long-term resource availability.
Wang X.
This paper analyzes carbon emission intensity in coal-fired power plants integrated with carbon capture under partial load conditions, exploring operational optimization for emission reduction.
Afrin
This study applies the Pugh matrix technique to comparatively evaluate multiple green hydrogen production methods. It assesses the relative advantages of renewable-energy-based hydrogen production technologies, offering insights for hydroge…
Qiu Y.
This paper reviews the current research status of green hydrogen-based chemical engineering technologies and provides a prospect for key supporting technologies enabling large-scale utilization of new energies. It discusses technical challe…
Cremonese L.
This paper critically examines the sustainability of green hydrogen, discussing its feasibility and challenges. It highlights technical, economic, and environmental uncertainties, emphasizing the need for cautious assessment.
Hassan Q.
This paper discusses green hydrogen as a key pathway to a sustainable energy future, exploring its production from renewable energy and potential for widespread use.
Lin K.
This paper comprehensively analyzes the mutual feedback mechanisms between CO2 geological storage and underground coal mining in the Ordos Basin. It examines how coal mining cavities affect CO2 storage capacity and how CO2 injection impacts…
Yang S.
This paper reviews the current research status of low-carbon transformation in the chemical industry using green hydrogen. It discusses the role of hydrogen in chemical processes, production costs, and infrastructure challenges, providing i…
Mohsen F.M.
This comprehensive review analyzes the latest trends in electrolyzer technologies for green hydrogen production, covering types, efficiency, costs, and challenges. It outlines research and implementation directions, providing a technologica…
Babarinde O.
This overview examines geological carbon sequestration (CCS) focusing on geomechanical aspects such as caprock integrity, induced seismicity, and storage capacity. It discusses technical challenges and research directions for safe and effec…
Chirone R.
This study conducts a techno-economic analysis and life cycle assessment of a CCU process combining calcium looping, sorption enhanced methanation, and green hydrogen. It quantifies costs and environmental impacts, comparing with alternativ…
Zhao W.
This paper conducts an integrated environmental-economic assessment of CO2 storage in Chinese saline formations, considering costs and environmental impacts. It examines the feasibility of CCUS for China's climate targets, offering insights…
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