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 221–240 of 5986 papers
M. Amin, Z. Dholkawala, H. Shabbir
This study evaluates converting gas lift to electric submersible pumps (ESP) in a remote West African brownfield. ESP raised oil rate ~150% while cutting lift emissions 66% (diesel) and 89% (grid), with intensity improving 86-96%. Using GHG…
Egemen HOPALI
This study tests whether the carbon footprint of electrified last-mile delivery depends on when electricity is drawn, and whether carbon-aware operation needs new routes or only re-timing. A mixed-integer truck–drone model prices each kWh a…
Hu Luo, Chen Lei, Lele Song +2
Using waste banana peels and dilute sulfuric acid pretreatment, the authors achieve in situ N/S co-doped hard carbon anodes at low carbonization temperatures (750–950 °C). The N/S synergy boosts active sites and conductivity, compensating r…
Aoxiang Zhang, Ruyin Long, Hong Chen +1
This study quantifies nonlinear interactions between low-carbon development and urban resilience in the context of urban renewal. It combines latent variable (LV) modeling, machine learning, and Vivid analysis. Without an abstract, details …
Zhongbo Tang, Jundong Zhang, Jiale Li +2
Proposes a dynamic gas-network model via time-frequency transformation and a joint economic low-carbon dispatch framework for hybrid ships, resolving the time-scale mismatch between gas dynamics and power-grid response. Frequency-domain red…
Xiaolin Liu, Jinglei Zhang, Jianping Su +2
A harmonized life-cycle review of biomethane carbon intensity across feedstock types, upgrading technologies, and grid contexts. It aims to make low-carbon bioenergy assessments comparable by normalizing methodological differences. Provides…
Shaobiao Huang, Yongliang Luo, Biao Yang +4
Using a LEAP model calibrated to Guangdong's 2024 yearbook, this study compares a BAU reference with three decarbonization pathways (PIC, DEH, DCN) over 2024–2060. End-use efficiency and fuel switching deliver 85–91% of 2060 reductions vers…
Sara Belarouf, Saad Gheouany, Mohamed Chikhaoui +3
A predictive multi-objective irrigation framework integrates soil-water dynamics, FAO-56 evapotranspiration, precipitation, and renewable availability, optimized via MOPSO to jointly minimize soil-moisture deviation and the combined water-a…
Yunyan Li, Huiting Wu, Xi Chen +1
Using a 2017–2025 panel of eight Chinese listed rail operators, a difference-in-differences comparison finds existing green practices marginal (green electricity ~1% of use) with no significant carbon-intensity or financial effect. Simulati…
Hussain Suleiman, Ibrahim Musa, Limota Goroso Giwa
A mixed-methods study of barriers to implementing Nigeria's Energy Transition Plan, drawing on a 150-stakeholder survey, 12 interviews and secondary data. Financing constraints rank highest (mean 4.50), followed by regulatory incoherence, p…
Fariha Qadri, Abdul Rais Abdul Latiff
This conceptual paper revisits the Environmental Kuznets Curve to theorize how economic growth affects three disaggregated dimensions of the Environmental Performance Index: Environmental Health, Ecosystem Vitality, and Climate Change Mitig…
Pedro Peters, Bruna C. Ferreira, Paulo Vitor Barbosa Ramos +4
This study extends the OSeMOSYS framework to explicitly model inter-regional electricity transmission—including losses, investment costs, operational limits, and expansion—within long-term expansion planning. A Brazilian case study across s…
Ádám Pólik, SZATHMÁRI Dominik
This paper argues that electricity storage has shifted from a supporting technology to a core pillar of modern power systems amid renewable growth and electrification. It outlines how storage capacity boosts system flexibility, integrates v…
M. I Usman
Reviews carbon-emitting factors in agriculture tied to machinery fuel use and conventional farming emissions. Argues that combining renewable energy technologies with proper agrarian loads can mitigate agricultural CO2 emissions across the …
I‐Hua Chung, Lee Kuo-Yan
Using HOMER, this study conducts a life-cycle economic evaluation of a diesel-based hybrid microgrid, comparing a high-capex/low-opex strategy (Case A) with a low-capex/high-opex strategy (Case B). Under normal conditions Case A has clearly…
Farhan Nadim Iqbal, Shadman Chowdhury
This paper asks whether the rapid expansion of AI data centers will drive electricity demand growth that outpaces clean-energy decarbonization over the next decade. It frames the race between demand growth and decarbonization speed. No abst…
Xinyi Lyu, Pu Hong, Sheng Wang +2
Proposes a scenario-based circularity framework for perovskite solar cells integrating eco-design, longevity, recycling, and disposal, using a 1 m2 PSC as the LCA functional unit with ReCiPe indicators and new metrics (NRG, LCEI, NCG). Marg…
Oladimeji Joseph Ayamolowo, K. Kusakana
This study examines how energy policy, smart-grid development, and electricity pricing relate to Eskom's revenue across three transition phases (2000–2024). Tariffs rose ~15-fold versus a ~14.5-fold revenue increase; regression models were …
David Comerford, Alessandro Spiganti
A two-sector growth model where fossil and renewable energy investments differ in capital intensity and duration. Negative economic shocks cut total investment and shift its composition toward shorter, less capital-intensive fossil projects…
Eduardo Teófilo-Salvador, R. Camacho–Velázquez, A. Paulina Gómora‐Figueroa +2
This study overlays Mexican hydrocarbon wells with geothermal zones and selects prospects by topography, geology and inactivity. A Fortran90 thermal model of a 4,244×5,655×4,500 m control volume (84,150 nodes, 70 wells) finds well pairs 360…
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