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 1361–1380 of 1975 papers
B. Bidaine, F. Frebel, Gilles Geron +3
This paper presents a versatile power conversion platform from CE+T that uses generic components like a common AC interface to accelerate energy transition. The platform integrates renewable sources, storage, and hydrogen fuel cells in pref…
Xue Wang, Feiyang Tian, Ya Tang +4
This paper demonstrates scalable Ru/YHO catalysts for green ammonia production from lab to pilot scale. A 2wt% Ru/YHO catalyst achieved 17,415 μmol g⁻¹ h⁻¹ ammonia formation rate in lab, and maintained 10% NH₃ yield at 300 g catalyst scale.…
Shanshan Huang, Jin Wang
This paper explores the structural drivers of economic resilience in China under its green and digital transition, focusing on the interplay of policy, investment, and technological innovation to inform sustainable growth pathways.
Yugang He
This study quantifies how business-environment factors (regulatory efficiency, green finance, energy transition, digitalization, environmental disclosure, green innovation) affect CO2 reduction in South Korea (1998-2023). Energy transition …
Tagay Birhanu, Birku Reta, Tsegaye Mulugeta
This study analyzes the impact of green growth, industrialization, and energy consumption on environmental pollution in emerging economies using panel data. It finds that renewable energy may initially increase emissions, highlighting the n…
Georgios Lampsidis Tompros, V. Kontargyri, M. Fotopoulou +6
This perspective paper examines the opportunities and limitations of the green energy transition in European networks, focusing on the EU and Greece. It analyzes the impacts of distributed renewables and electrification on grid operation, p…
Zeliang Wu, Qihui Guan, Tao Wang +7
This paper presents a techno-economic analysis showing that electrosynthesis of ethylene from acetylene becomes profitable at energy efficiency >22.8% at 0.2 A cm−2. The authors develop a Cu3P/MXene electrocatalyst achieving 23.0% EE and st…
Ugonna Ugonna
This study investigates the bioconversion potential of Bambusa vulgaris (common bamboo) waste into bioethanol and bioethylene in Nigeria. Using alkaline pretreatment, enzymatic hydrolysis, and fermentation, they achieved 65% bioethanol yiel…
Yuhao Liu, Aijun Li, Tao Chen
This study presents an Aspen Plus model for green methanol synthesis from moso bamboo via a low-temperature molten salt process. The model was validated against experimental data and achieved a total energy efficiency of 68.27% and exergy e…
Xinya Hao, Ao Sun, Feng Song +2
Analyzes China's electricity spot market pilot in Guangdong, showing that partial liberalization reduced coal-fired output by 6.6% and increased renewable utilization and flexibility reserves, using high-frequency unit-level data and causal…
Stephen Stack, D. O’Rourke
This paper analyzes the changing geography of U.S. primary energy production from 2004 to 2021, finding a shift from concentrated fossil fuel to distributed renewable energy. Less than one third of wind and solar generation in 2021 occurred…
Anusha Bagla
India's energy transition is at a critical juncture, shaped by economic imperatives and geopolitical aspirations. This paper examines both green-growth factors (falling renewable costs, employment restructuring) and green-geopolitical facto…
Apoorv Lal, M. Tavoni, Nathan Preuss +1
This study shows that coordinated expansion of wind and solar power, supported by green hydrogen and carbon offsetting, can align EU energy security with climate goals. Using scenarios to 2050, it finds that electrification from wind and so…
Y. V. Contreras-Pacheco, A. Pérez-Larios
This perspective article examines biodiesel's role in global decarbonization, highlighting progress in feedstock diversification and catalysis while addressing persistent challenges in cost, sustainability, and scalability. It proposes that…
M. PRAMODH KUMAR
This paper explores sustainable infrastructure through an integrated analysis of green building technologies and low-carbon transportation systems for urban decarbonization. It compares key technologies like energy-efficient HVAC, passive d…
M. Ökten
This study assesses the techno-economic feasibility of the Turkish Green Supergrid from the Altai to the Danube using a multi-commodity optimization model. A 6-node network is modeled with MILP under three scenarios: Fully Green, Transition…
Fabio Bisegna, Flavia Vespasiano, L. Pompei +5
This paper evaluates two smart-green interventions in Rome: a photovoltaic field in an abandoned space to charge electric buses, and smart traffic lights to optimize traffic flow. Using KPIs and a quantitative matrix, it demonstrates signif…
Serhii Dudnikov, L. Savchenko, Myroslav Sabat +2
This study analyzes the impact of renewable energy adoption on Ukraine's energy security index (ESI) from 2000-2020 using OLS regression. Results show that modern renewables in heating, transport, and SDG 7.2 significantly affect domestic p…
Bujie Li, Shuxian Zheng
This study examines China's PV manufacturing carbon emissions from 2000-2022, finding a shift from scale-driven to technology-driven growth post-2015, with technology contributing 78% to cumulative reductions. However, rising demand sustain…
D. Đuričin, A. Kovačević
This paper critiques market fundamentalism and proposes an industrial policy for Serbia's green energy transition. It analyzes investment characteristics for biomass, CCUS, EV value chain, and grid optimization, and presents a project portf…
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