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 61–80 of 847 papers
Filippo Busato, Marco Noro
This paper examines how the evolution and country-specific differences of electricity emission factors can lead to over- or underestimation of CO2 savings from electrification-based decarbonization measures. Using a high-temperature heat pu…
Subin Antony Jose, Elijah Biggs, Austin Bianchi +3
This review comprehensively covers bioplastics feedstocks, processing, properties, life cycle assessment, market applications, and AI/ML roles. It highlights that climate benefits are conditional and burden-shifting risks require integrated…
Seona Park
This study analyzes South Korea's coal phase-out and just transition through interactions among electricity policy, labor market, and affected region sub-regimes. Based on 18 interviews, it shows how these sub-regimes mutually reinforce reg…
Tommaso Robbiano, Matteo Fresia, Stefano Bracco +4
This paper proposes a MILP-based EMS for Renewable Energy Communities (RECs) that leverages V2X-enabled EVs to provide upward and downward power reserves in local flexibility markets. A case study in Northern Italy shows that EV flexibility…
Joep Keuzenkamp, Jacopo Mazza, Bob Rijkers +1
This study evaluates the impact of the Inflation Reduction Act's 'Energy Community' provisions on clean energy investment in fossil-fuel-dependent regions. Using spatially granular data, it finds substantial increases in local solar investm…
Roland Eichinger, Katrin Dahlmann, Volker Grewe +8
This study evaluates how to maximize climate mitigation by allocating limited sustainable aviation fuel (SAF) to flights with the largest climate effect, focusing on Copenhagen Airport in 2030 under the ReFuelEU Aviation 6% SAF mandate. Usi…
Marin. autoth(SI-MaCOB)305191779 Hero, Peter Vidmar, Patrick Vlačič +1
This study develops a System Dynamics framework to evaluate a transcontinental green shipping corridor connecting Shanghai, Jebel Ali, and Koper, integrating port operations, voyage emissions, alternative fuel production, bunkering infrastr…
Lin G, Yu Y, Zhang Y +1
Using a novel firm-project-level dataset of renewable energy FDI across 185 countries (2003-2023), this study provides micro-econometric evidence that cross-border renewable investment significantly increases renewable electricity generatio…
Guelfi D, Pivatello A, Chiesa V
This study evaluates an integrated microgrid combining CHP, PV, battery storage, and heat recovery as an alternative to conventional shore power for cold ironing in grid-constrained ports. In a case study, the proposed configuration achieve…
Tania Rifat Jahan, Donald J. Docimo
This paper proposes a sustainability-centric control co-design (CCD) framework that simultaneously optimizes physical plant design and controller parameters for energy systems. It defines sustainability metrics across manufacturing, operati…
Binghao He, Qin Wang
This study develops a CGE model with detailed energy sector representation to analyze China's energy transition toward carbon peak and neutrality. Distinguishing fuel and material uses, it calibrates with a 2017 SAM and simulates to 2035, r…
Shuxian Liu, Longyan Li, Chao Ning
This paper proposes an integrated planning framework for low-carbon refinery transition, combining electrification with renewable power, green hydrogen, and electrified heat, alongside biomass and waste plastics as feedstocks. A two-stage s…
Luke Hatton, Gbemi Oluleye, Malte Jansen +2
High capital costs hinder renewables in low- and middle-income countries (LMICs), despite high mitigation potential. This study shows that renewable projects in LMICs can mitigate over 20 times more emissions per project than in high-income…
S. Pascual, C. Barón, M. Bailera +3
This study assesses carbon mitigation retrofit pathways for integrated BF-BOF steel plants under various electricity supply scenarios. It quantifies how power decarbonization affects the environmental performance of retrofit technologies, o…
Prakaipetch Muangkhiew, Nan Zhao, Keerati Chayakulkheeree
This paper proposes a multi-dimensional electricity market-clearing framework that co-optimizes carbon pricing, renewable incentives, and ancillary services. Validation on IEEE 30-bus and a 160-bus Thai system shows ~5% emission reduction a…
Kamyar Amirmoeini, Olivier Bahn, Kelly de Bruin +3
AD-MERGE 2.0 is an enhanced integrated assessment model that couples climate mitigation with reactive and proactive adaptation strategies. It incorporates variable renewables, DACCS, and aligns with SSP2. Scenario analysis reveals trade-off…
Antonio M. Bento, Ruozi Song, Bing Zhang
This paper empirically analyzes China's coal-to-gas transition as a case of coal phase-out in a second-best setting, evaluating the costs and benefits of policy interventions amid market distortions. It provides insights for effective polic…
Zafar, Fatima
This study explores converting mixed plastic waste into renewable aviation fuel via thermochemical routes. It addresses low recycling rates and aviation emissions, arguing waste-based SAF can contribute to net-zero aviation. It examines pro…
Hongyu Zhou, Gang Wang, Zhen Liu +4
This paper proposes an electric-carbon dual time-shift coordinated dispatch for integrated energy systems, combining solvent-storage-assisted carbon capture power plants and EV aggregators. A 15-minute MILP model with Monte Carlo EV uncerta…
Hongjun Tan, Xueqing Yang, Xuanyu LIU +6
This study evaluates three hydrogel-based passive cooling configurations across 2,539 utility-scale PV sites in China. The water-supply hydrogel cooling achieves average temperature reductions up to 7.28°C, equivalent capacity gain of 26.83…
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