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 61–80 of 1711 papers
Songli Fan, Guodong Xu, Zhengtian Wu +4
This paper proposes a bilevel optimization model for low-carbon operation of park-level integrated energy systems, incorporating heterogeneous user preferences. It aims to balance user satisfaction and carbon reduction goals in energy syste…
Sherif Attallah, Jennifer Warrner
This study assesses the power and water demand of hyperscale data centers in the US Midwest, focusing on Indiana. It finds that a single campus can add tens of TWh of electricity demand, with water impacts heavily dependent on cooling techn…
Hamid Safarzadeh, Francesco Di Maria
This study examines nanomaterial-based energy storage to accelerate Italy's renewable transition. Graphene and solid-state batteries offer high performance, but face cost and policy hurdles. AI-driven design and circular economy models pres…
Rəşad Fərzəliyev
This book review discusses a book on critical minerals and energy transition, analyzing sustainability and justice perspectives in the Global South.
Kushal Roy, Dibyendu Saha, Md Nazir +1
This study provides a systematic review of India's coal regions, evaluating opportunities such as solar on reclaimed mine lands (27.11 GW), pumped hydro (~183 GW), biomass co-firing, and mine methane recovery (54%). It identifies institutio…
Bohan Zhu, Songkai Wu, Jianliang Wang +1
This study uses an integrated LEAP-MESSAGE framework to assess China's natural gas demand under strengthened NDC targets. Results show that coordinated supply-demand adjustments can reduce peak natural gas demand by ~23% and accelerate the …
Guotao Zhu, Haowei Hu, Zihao Wang +3
This study analyzes carbon emission peaks in the operational phase of existing civilian buildings in Anhui Province using energy balance tables, the LEAP model, and the STIRPAT model. Scenario analysis reveals that the optimal blueprint sce…
Arijit Mukherjee, Sourish Chatterjee, Anupam Debsarkar +1
This study uses a bottom-up model to identify least-cost pathways for net zero transition in the power sector of eastern India. It considers regional constraints and presents optimal strategies combining renewable energy and efficiency impr…
Mohammad Hemmati, Vassilis M. Charitopoulos
The rapid expansion of AI is increasing electricity demand in Europe. This study uses a spatially explicit optimization model to assess how hyperscale data centers may reshape energy infrastructure investment and emissions trajectories. Und…
Geeta Joshi, Tejeswi Ramprasad, Harmandeep Singh +4
This paper develops an agent-based model to analyze sustainable aviation fuel (SAF) transition pathways, applied to India's civil aviation system. Results show that SAF adoption depends on infrastructure coordination and price formation, no…
Ram Venkataraman Guru, Benjamin H. Lowe, Meletios Bimpizas-Pinis +6
This paper analyzes rebound effects in steel industry decarbonisation, revealing pathways and mechanisms. It proposes mitigation strategies to ensure efficiency gains translate into actual emission reductions, informing policy and industria…
Javiera Vergara-Zambrano, Styliani Avraamidou
This paper proposes a metric for quantifying circularity in energy system planning, adapting the MICRON framework to account for specific energy technology characteristics like lithium-ion batteries, solar, and wind. A case study at the Uni…
Li Y.C.
This paper proposes a profit-driven framework that integrates green certificates, demand response, distributed generation, and CCUS for low-carbon manufacturing, aiming to reduce emissions while maintaining profitability. The framework prov…
Zhao P.
This paper develops a typology of US metropolitan areas based on per-capita mobile greenhouse gas emissions, revealing spatial patterns and informing mitigation strategies. It helps prioritize effective interventions for reducing transporta…
Song J.
This paper integrates stock-flow modeling and energy system optimization to explore decarbonization pathways for China's cement industry, a major CO2 emitter. It provides techno-economic insights into feasible pathways.
Doo H.W.
This paper examines challenges and solutions for a just net zero transition in the shipping industry, focusing on human factors such as crew retraining, employment shifts, and safety implications. It emphasizes the importance of considering…
Agyekum K.
This paper identifies key competencies for built environment professionals in Ghana to achieve net-zero carbon emissions in construction. It highlights skill gaps and proposes training needs for the industry.
Lynch C.
This paper examines the structural economic changes and socio-economic inequalities arising during the net zero transition, likely analyzing distributional impacts across income groups or regions.
Gabrielli P.
This paper explores pathways for the chemical industry to achieve net-zero emissions under resource constraints. It examines technological and economic challenges and opportunities, emphasizing the role of key technologies like CCUS and hyd…
Bandh S.A.
This paper reviews the overall progress and pitfalls in achieving net-zero emissions. It evaluates current policy and corporate efforts, offering insights into future directions.
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