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 1–20 of 4822 papers
Shuhaib Nawawi, Parth Vaishnav, Xiaoyang Zhong +2
Using an integrated model linking U.S. housing stock turnover to hourly building energy demand, this study disentangles structural and behavioral sufficiency from efficiency and heating electrification. Under business-as-usual, floorspace g…
Davide Guelfi, Andrea Pivatello, Vittorio Chiesa
A techno-economic case study of a commercial port with 3 MW grid capacity but ~20 MW shore-power demand. An integrated microgrid combining CHP, PV, battery storage, and heat recovery achieves an LCOE of 0.157 €/kWh (~22% lower than onboard …
Solomon Ekene Okeke, Yuri Pavlovich Khitev
This paper proposes a risk-based framework for regional decarbonization, spatially analyzing household-sector vulnerabilities and resilience pathways. It integrates risk assessment into subnational decarbonization planning. Details of contr…
Yukai Jin, Ayyoob Sharifi
This study combines typological and machine learning frameworks to analyze decarbonization pathways across Annex I cities. It reveals substantial heterogeneity in urban decarbonization patterns, arguing for typology-tailored rather than one…
Ahirwal J.
A global review of GHG emission trends and key hotspots across university campuses. It compares emission structures by building, energy and mobility, identifying priority areas for decarbonisation. Useful baseline evidence for higher-educat…
van Sluisveld M.A.E.
This study assesses where heavy industry stands in a global net-zero CO2 emissions context. It examines transition pathways for hard-to-abate sectors such as steel, cement and chemicals, and the policy, technology and investment conditions …
Э. Р. Мамеев, Н. С. Славецкая
This study models the economic impact of the IMO Net Zero Framework on an 18,000 DWT chemical tanker over 2028–2040 across four compliance scenarios. Conventional fuel plus compliance-unit purchases grow costlier as rules tighten, while a g…
Zhaohua Wang, Yukun Wang, Hongzhi Zhang +3
This study assesses the cost-effectiveness of emission reductions in China's steel, cement, and electrolytic aluminum industries. It likely compares marginal abatement costs across sectors, offering implications for carbon pricing and indus…
Huijun Wu, Chang Su, Yu Zhang +4
This study builds an Industrial Structure–Ecological Environment–Carbon Emissions (IEC) nexus framework to assess coordinated development in Huainan, a Chinese coal-resource city, from 2000 to 2022. Using entropy weighting, coupling coordin…
Ifran Khan, Huangbao Gui, Chin Man Chui +3
This paper examines volatility spillovers across energy transition ETFs, linking critical materials exposure to network connectedness. It proposes network-aware portfolio construction for managing GX-related investment risk. No abstract was…
Vladislav Karasevich
A report surveying global trends in renewable and low-carbon gases, likely covering hydrogen, biomethane supply and policy landscapes. No abstract is available, so specifics remain unclear. It sits in the adjacent energy-transition space ra…
Artikov Beruniy, Сухроб Холматов, Nodir Jumaev +4
Using panel data for 13 emerging economies (2007–2024) with FGLS, Driscoll–Kraay errors, and MMQR, the study tests whether institutional quality moderates trade openness effects on renewable energy transition. Gross fixed capital formation …
Kuldeep Singh, Subhraraj Panda, Richa Saxena +3
A review systematically analyzing electrode materials for batteries and supercapacitors—transition metal oxides, carbon nanomaterials, conducting polymers, and 2D materials—linking composition and structure to electrochemical performance. I…
Er. Jayesh N. Patil1, Mr. Pankaj N. Bhavsar2, Mr. Mahesh N. Wagh3, Er. Prayag S. Patil4
This paper analyzes renewable energy's role in India's Vision 2047, spanning technical, economic, social, climate, and policy dimensions. It highlights solar, wind, hydro, biomass, grid modernization, storage, and digitalization as keys to …
Omar M. Bwaliez, Ahmad Alshwawra, Mohammad Zeyad Ayash +2
Using Jordan's 2011 Egyptian gas supply collapse as an exogenous shock, this panel difference-in-differences study finds a delayed renewable transition: little change through 2016, then a ~16 percentage-point divergence by 2022. Fuel concen…
Alfonso Lira, Felipe Feijoo, Francisco Flores +2
This paper examines how regional employment equity can be embedded into energy system planning. It positions the redistributive labor effects of decarbonization within planning processes, drawing on perspectives from Chile, Croatia, and Nor…
Mariusz Baranowski, Piotr Cichocki, Piotr Cichocki
This study applies BERTopic topic modeling to Polish press coverage (2015-2023) to map how energy transition narratives are constructed and contested. It identifies which actors shape the discourse and how framing shifts over time. The work…
Gulmuxamedova, Dilbar
This paper models Uzbekistan's sustainable energy transition using input–output and CGE (computable general equilibrium) analysis. It examines how policy instruments and investment mechanisms shape transition pathways. It offers quantitativ…
Alfaro, Carmen, Viejo Monge, Ismael, Sagües, Javier +10
The METAWAVE project explores microwave-based heating as a low-carbon alternative to fossil-fuel furnaces in energy-intensive industries. Applications include ceramic tile firing, asphalt production/recycling, and aluminum anode baking. Sim…
Clarissa Bergman‐Fonte, Diego R. Amaral, Pedro R. R. Rochedo +2
This study integrates the ORION refining-sector optimization model with the BLOEM bioenergy model to assess how soybean oil co-processing in Brazilian refineries affects the sector under decarbonization scenarios. It finds shifts in investm…
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