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 3381–3400 of 5861 papers
Huang M, Zhu R, Li H +3
This paper proposes a multi-time-scale optimal dispatching method for virtual power plants (VPPs) under a carbon-green certificate interconnected trading mechanism. It addresses double-counting and cross-subsidization risks using two-layer …
Dr. Ch. Sudhakar
This paper proposes a framework integrating AI-driven high-resolution geospatial analytics with next-generation mitigation technologies such as Direct Air Capture, green hydrogen, and perovskite photovoltaics. It addresses the 1.5°C target,…
E. B. Sedamkar
This review systematically examines emerging green technologies including solar, wind, green hydrogen, advanced storage, smart grids, and CCUS, highlighting how digitalization and renewable integration accelerate the global energy transitio…
Imke Rhoden, Jae-Hyuck Lee
This paper analyzes the regional economic impacts of coal phase-out using EU NUTS 2 regions from 2000-2022 with fixed effects and clustered errors. Coal regions exhibit a 1.1 percentage point higher unemployment rate and 0.2 percentage poin…
Kiri Hennadige, Suranga Lakmal, Sendanayake, Avishka, Böhmová, Helena +6
This document compiles policy briefs by C-URGE doctoral candidates, covering topics such as pollution in Sri Lanka, weather forecasting, energy transition in Germany, just transition from coal, forest governance in Argentina, Congo River fl…
Ransy, Frédéric, Cendoya, Aitor, Lemort, Vincent
This paper presents lessons from converting a Belgian slate mine into a large-scale thermal energy storage facility. Dynamic modeling of three architectures (individual geothermal heat pump, centralized without storage, centralized with sto…
Ransy, Frédéric, Cendoya, Aitor, Gresse, Pierre-Henri
This study conducts a techno-economic analysis of a low-temperature district heating system coupled with underground mine thermal energy storage (UTES) in Martelange, Belgium. Dynamic simulations evaluate the impact of storage volume, PV ca…
Cassella, Adriano, Lima, Ricardo, Rossier, Robin
This study provides data and Python code for technical analysis of Positive Energy Districts in Switzerland. It calculates building energy balances, rooftop solar potential, return on investment for PV, and uses convex optimization to simul…
Liangdong Zhao, Yankun Jiang, Yang Qiu +1
This paper systematically reviews pathways for converting surplus hydropower into green methanol for building energy decarbonization in hydropower-rich regions, and proposes a decision framework.
Tekehiro Hatakeyama, Fumihiko Miyazaki, Ayami Otsuka +2
This paper examines the role of citizen participation and communication in regional decarbonization in Japan. Through a case study, it demonstrates the importance of citizen engagement for effective decarbonization strategies at the regiona…
Praveer Singh, Tirtha Prasad Sapkota, Adity Ganguly +1
This correction addresses a paper exploring decarbonization avenues for integrated steelmaking, including hydrogen-based direct reduction and CCUS, providing an overview of technical pathways to reduce emissions in the steel sector.
Tommy H.Y. Chan, Ka Ho Tsoi, Shirley Chan
This paper applies Daoist philosophy to transport decarbonisation, proposing novel perspectives on governance and modelling. It offers a non-technocentric approach but lacks empirical data.
Wangjiraniran W.
This study assesses energy technologies for Thailand's carbon neutrality policy using multi-criteria decision analysis, identifying priority technologies.
A. Krammer, Klaus Doschek-Held, Christoph Gatschlhofer +3
This study optimizes metal recovery from electric arc furnace slag via carbothermal reduction, supporting the steel industry's transition to EAF steelmaking in Austria. Experiments show that higher temperatures and longer holding times impr…
Ying Sun, Huijuan Dong, Huixin Xue +1
This paper analyzes the global pattern of the water-energy-carbon nexus and provides future forecasts. It offers insights for energy transition and climate policy.
Lydia Pérez Pastrana, D.A. Buentello–Montoya, Jorge A. Ascencio +1
This study develops a parametric LCA-energy model to evaluate the climate performance of waste-to-energy (WtE) systems. Four plastics (PET, HDPE, PP, LDPE) are analyzed under Mexican electricity conditions. Results show that WtE's climate a…
Dr. Raghuveer Narsing
This paper consolidates three experimental studies on geopolymer binders from waste streams, proposing a unified Sustainability-Performance Map and a conceptual framework including AI-assisted mix optimization and blockchain-based carbon pa…
Pin-Chun Liang, Kuan‐Ting Lee, Wei‐Hsin Chen +4
This study proposes upcycling filter residues to enable low-carbon drying of microalgae for solid fuel applications, aiming to reduce waste and produce low-carbon energy.
Yuanyuan Hao
This paper uses panel data from 31 Chinese provinces (2000-2024) with spatial econometric methods to examine how climate policy uncertainty (CPU) affects low-carbon energy transition (LET). Findings show CPU significantly accelerates LET wi…
Saumitra Neupane
This paper assesses the feasibility of introducing Limestone Calcined Clay (LC3) cement in Nepal, which can significantly reduce CO2 emissions compared to traditional cement. It analyzes enabling conditions such as raw material availability…
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