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 21–40 of 841 papers
Schirren, Lukas, Müller, Leander, Al Khourdajie, Alaa +3
This paper argues that decarbonization difficulty in energy-intensive industries is not a property of emissions but of pathways conditioned by interlocking bottlenecks at process, firm, and sector levels. Dominant optimization models collap…
Helen Ganal, Sarah Becker, Sascha Holzhauer +4
This paper presents AgentHomeID, an agent-based model of building stock transformation that explicitly represents owner heterogeneity and investment decisions. Applied to Germany at national, regional, and urban scales, it shows that removi…
Guangnian Xiao, Yaqing Shu
This editorial introduces six papers on maritime decarbonization and ocean-based CO2 removal. Key findings include the effectiveness of carbon taxes in promoting green fuels and the potential lack of net CO2 removal by kelp farming. It emph…
万杨, 邹报, 宋相海 +5
This review systematically organizes recent advances in photocatalytic, thermocatalytic, electrocatalytic, biocatalytic, and synergistic catalytic technologies for plastic waste upcycling. It compares reaction mechanisms, catalyst design st…
Chen Zhang, Rongrong Li, Qiang Wang
This paper examines how geopolitical risks affect the resilience of energy transition, and analyzes the moderating role of artificial intelligence. It suggests that AI technologies can contribute to enhancing the stability of energy systems…
Jianda Wang, Kun Wang, Senmiao Yang
This study distinguishes realized energy transition (RET) from energy transition capacity (ETC) and analyzes their effects on economy-wide employment using panel data from 78 countries. Both positively affect employment but through differen…
Sukhendu Dey, Megha Santra, Apurba Ratan Ghosh +1
This perspective provides an integrated framework linking circular economy principles and low-carbon process engineering for carbon-neutral chemical manufacturing. It evaluates alternative carbon sources (biomass, captured CO2), process int…
Maren Ludwig, Stephen Jarvis
Using appliance ownership and hourly electricity demand data across many countries, this study estimates temperature effects on electricity demand globally. Combining with climate and development projections, it shows that air conditioning …
Olga Janikowska, Agnieszka Generowicz, Joanna Kulczycka
This paper conceptualizes cascading lock-ins in post-mining regions' energy transition, identifying how infrastructural, technological, institutional, and social constraints interact and reinforce each other across domains. Through literatu…
Gordon C. Rausser, Wadim Striełkowski, Lukáš Prokop
This paper proposes a reproducible framework for assessing Positive Energy Districts (PEDs), combining bibliometric and NLP analysis with a PyPSA-compatible linear capacity-expansion and dispatch model and a corrected cost-benefit analysis.…
Frederik, Fristed
This dataset supports a study analyzing the roles of renewable fuels and CCS in net-zero transport and energy systems. It provides input data and results for 37 scenarios using the Balmorel energy system model. Open-source model and data en…
Sikder, Pranta
GETP v1.0 is a harmonized database of realized ascent and descent rates for electricity technologies across 214 countries (1985-2025). It applies a symmetric diagnostic engine to both expanding and contracting trajectories, enabling compari…
Sheng Zhao, Jingran Zhang, Jinyang Lu +6
This study compares four routes for green methanol production from biomass and renewable power, revealing trade-offs in carbon use, energy efficiency, emissions, and cost. Hydrogen-integrated gasification achieves 92% carbon utilization and…
Bowen Tian, Pei Zhao, Min Liu +11
This study analyzes the interaction between V2G and time-of-use pricing using a unit commitment model of the 2030 Jing-Jin-Tang grid with Bayesian optimization. It finds that current static tariffs incentivize EV discharge during midday sol…
Luh, Sandro (author), Kannan, Ramachandran (author), McKenna, Russell (author) +2
This study integrates travel time duration and valuation into the Swiss TIMES Energy System Model (STEM) to quantify modal shifts in passenger transport. Results show that speed changes on medium and long trips (e.g., highway speed limits, …
P. Bryant, J. Hondros
This article reviews environmental radiological impacts across the nuclear fuel cycle, from mining to decommissioning and waste management. It argues that over-application of the ALARA principle leads to resource misallocation and distorted…
T. Saji, George Paul, M. Nagalingam
Using US data from 1990-2023 and a NARDL model, this study reveals asymmetric impacts on renewable energy consumption. Positive energy innovation shocks boost consumption, but negative shocks have nearly twice the adverse effect. Green fina…
Xiaoxiao Tan, Xiangyang Xu, Hao Liu
This study forecasts demand for lithium, cobalt, nickel, and manganese for China's new energy batteries from 2010 to 2060 using dynamic material flow analysis and scenario analysis. Demand is projected to rise significantly by 2060, with li…
Jingyan Yang, Shangheng Yao, Chaojun Li +4
A spatiotemporal life cycle assessment quantifies wind power's carbon mitigation benefits. Historical net mitigation reached 3,690 Mt CO2e (2014-2023), with emissions at 8.5% of direct displacement benefits. Climate-priority deployment coul…
Chen Zhou, Yingjun Ruan, Hua Meng +2
This study develops a probabilistic carbon-aware optimization framework for residential 24/7 carbon-free electricity under uncertain load, PV, and grid carbon intensity. Using KDE-Copula scenarios and ARMA residuals, a two-stage MILP jointl…
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