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 141–160 of 423 papers
Andrea Bastianin, Luca Rossini, Marco Zoso
Using web search data to construct monthly demand indexes for cobalt, copper, and nickel, this paper applies SVAR models to disentangle supply and demand shocks. Transition demand shocks driven by green and digital technologies have persist…
Oleg Zmiievskyi
This paper introduces the concept of 'Visibility Inversion' in green transition economies: a structural paradox where improvements in visible pollutants lead monitoring systems to overlook delayed, accumulated exposure pathways. It analyzes…
Hadia Arshad
This review synthesizes literature from 2020-2025 on green energy technologies including solar, wind, green hydrogen, energy storage, and CCUS. Key findings: LCOE for solar PV and onshore wind has dropped >85% in a decade; perovskite solar …
Ling Peng
This paper analyzes carbon emission characteristics across the full value chain of petroleum enterprises and systematically reviews emission reduction tools including CCUS, green hydrogen substitution, digital carbon management, and carbon …
Vögele S.
This paper examines whether Germany is a frontrunner in the energy system transition within Europe. It likely compares Germany's policies and achievements to those of other European countries, assessing the extent of its leadership.
Nechaieva T.
This paper proposes energy balance modeling methods to simultaneously achieve increased energy independence and reduced greenhouse gas emissions. It analyzes community-level energy balances and explores optimal pathways through policy simul…
Küfeoğlu S.
This paper provides an overview of achieving net-zero emissions across global economies, examining policy, technology, and investment dimensions, and comparing country-level efforts.
Bingying Ma, Seiichi Ogata
This paper conducts a cluster analysis of 123 countries based on electrification, energy security, and equity, identifying diverse transition contexts. It highlights the need for tailored policy approaches depending on national characterist…
Darío López Pintor, James MacDonald, Abhinandhan Narayanan +4
This study develops a novel approach to analyze flame speed of low-carbon gasoline surrogates using detailed chemical kinetics at low computational cost. It finds that flame acceleration before knock is driven by energy and radicals from lo…
Adam Boies, Karan Bhuwalka
This talk compares graphite anodes and CNT conductive additives in lithium-ion batteries, analyzing cost structures, supply constraints, and process innovations. Graphite faces cost premiums of 100–200% outside China, requiring breakthrough…
Nino Vardiashvili, Mikheil Makasarashvili, Eka Chokheli +3
This paper discusses the strategic integration of energy storage systems (ESS) in urban energy management. ESS mitigate renewable intermittency, enhance grid stability, and reduce CO2 emissions through load shifting and peak demand manageme…
Yasmine Loubbi, Sanae Hanine, Said Meftah
This integrative review identifies seven families of mechanisms linking circular economy to energy transition: energy/material efficiency, waste-to-energy, waste heat recovery, critical material recycling, industrial symbiosis, governance/p…
Shabnam Homaei, Aileen Yang, Selamawit Mamo Fufa +1
This systematic review of 55 publications on electrification of construction sites identifies eight key themes: requirements, technology & market, economics, process & operations, infrastructure, knowledge & experience, environment, and att…
Annamaria Buonomano, Giovanni Francesco Giuzio, Adolfo Palombo +2
This study develops a MILP model to optimize the operation and sizing of industrial high-temperature heat pump systems with thermal storage under price-driven flexibility across EU electricity markets. Results show operational flexibility f…
Shihong Zhang, Liutao Chen, Qiqi Huang +2
This paper proposes an integrated assessment framework for building decarbonization at the city level, covering energy, carbon, and economic dimensions. Through scenario analysis, it identifies effective decarbonization measures. The findin…
Oluwafemi Ezekiel Ige, Musasa Kabeya
This study develops a system dynamics model for the global cement industry, evaluating five scenarios to 2050. Only the integrated net-zero pathway achieves an 87.9% emission reduction. CCS penetration and clinker-to-cement ratio are identi…
Shabdiki B. Chaurasia, Dan R Rourke, Eylul Ergun +2
This paper presents a carbonate-free electrochemical pathway for cement decarbonization using sodium sulfate waste from lithium-ion battery recycling. A two-channel zero-gap electrolyzer with PFSA membranes achieves >95% Faradaic efficiency…
Ravi S.S.
This paper shows that workload-flexible data centers can reduce renewable energy curtailment in Europe's net-zero energy system, enhancing grid flexibility and integration of renewables.
P. L. Pradhan, Pramod Ganjewar
This paper examines circular economy (CE) strategies for addressing the 'missing 45%' of GHG emissions from material, product, and food production. It finds that high-impact sectors (construction, heavy industry, food) can cut emissions by …
Aqeel Ahmed, Asia Batool, Feroze Ali +1
This study examines the effects of energy intensity, renewable energy consumption, economic growth, technological innovation, and urbanization on carbon emissions in G7 countries from 2000 to 2024 using MMQR. Energy intensity and economic g…
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