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 441–460 of 4822 papers
Alirahmi S.M.
Proposes an integrated energy storage system built on the Allam cycle (supercritical CO2 power) for cross-sector decarbonization. It aims to serve power, industry, and transport decarbonization within a single system. Without an abstract, s…
Li Y.
This study builds a dynamical model integrating urban carbon emission and sink systems, using Beijing as a case, to explore control strategies for reaching net-zero emissions. Its contribution is treating sources and sinks jointly at the ci…
Andersen A.D.
A conceptual study identifying causal processes that shape the speed of net-zero transitions through interactions among technologies, actors, and institutions across multiple systems. It frames the conditions under which transitions acceler…
He G.
This paper rethinks decarbonization pathways for so-called hard-to-abate industrial sectors such as steel, cement, and chemicals. It questions how 'hardness' is defined and reframes pathway design around alternative technologies, policy, an…
Owebor K.
A systematic review of the literature on decarbonizing Nigeria's power sector. Without an abstract, specific findings are unclear, but it likely surveys policy, technology, and financing barriers to power-sector transition in an emerging Af…
Agrawal R.
This study examines how emerging technologies enable sustainable practices toward a net-zero economy, analyzing the driving forces behind them. Without an available abstract, specific findings remain unclear, but the work sits at the techno…
Grover R.B.
This paper argues for evaluating India's near-term energy transition policies by their contribution to long-term decarbonization goals, rather than in isolation. It appears to call for a policy assessment framework anchored to long-term tar…
Maciej Mikulski, Amin Mahmoudzadeh Andwari, Jari Hyvönen
This paper synthesizes the CASEMATE modeling framework, a traceable hierarchy from fuel-flexible chemical kinetics and multi-zone combustion to 1D engine simulation, model reduction, FMU modularization, and MBSE workflows for low-carbon mar…
Mu Li, Shouyuan Wu, Yuman Song
Proposes a multi-timescale optimal dispatch framework integrating demand response and multi-energy coupling to handle source-load uncertainties in integrated energy systems. Hierarchical day-ahead, intra-day, and real-time stages boost CHP …
Xue Zhu, Ran Gong, Na Gong +4
Using 2011–2023 panel data from 30 Chinese provinces, this study applies kernel density estimation, spatial analysis, and a Bayesian-optimized interpretable XGBoost model to examine how 'new quality productivity' drives agriculture's green …
Atique u Rehman, Fernando Plazas-Niño, Carla Cannone +1
This paper documents an open techno-economic dataset for whole-energy-system optimization modeling of Pakistan, covering the full energy chain from resource extraction to end-use demand across industry, residential, transport, and agricultu…
Murali Krishna Pasupuleti
This book proposes an integrated research architecture combining autonomous vessel decision systems, smart-port orchestration, climate/ocean sensing, digital twins and low-carbon logistics. It covers voyage and speed optimization, port cong…
Xiaobing Xiao, Dayi Li, Lee Li +1
A China-based study proposing an optimization strategy for power-sharing operations across multiple microgrids that incorporates low-carbon characteristics. It aims to cut system-wide carbon intensity and operating costs through renewable e…
Ze Shao, Weigao Meng, Yi Yang +2
A DSO-coordinated mechanism couples feeder-constrained two-stage stochastic dispatch, carbon-policy accounting, and coalition-stable settlement for networked virtual power plants. In a 168h CAISO-eGRID case, cooperation under the same tiere…
Sean Monkman, Richard Buswell, Freek Bos
This work benchmarks the current state of low-carbon 3D printable concrete and outlines pathways for future decarbonization. It suggests that combining digital fabrication with low-carbon binders and materials is key to cutting emissions in…
Yudong Fan, Liming Xue, Shiyu Xi +2
This study analyzes the feasibility of copper supply for China's carbon-neutrality transition, examining how circularity (recycling), process decarbonization, and import flexibility interact. It highlights supply-demand gaps for a metal cri…
Negin Salimi, Stijn van Hiele
Based on 15 interviews across six Dutch municipalities, this study examines how local governments rely on contingent workers to meet energy transition mandates, creating dependency and knowledge-loss risks. Short contracts and temporary sub…
Mahmut Sami Duran, Stephen Taiwo Onifade, Şeyma Bozkaya +1
Using FMOLS/DOLS on 1990–2022 data for China, the USA, and India, this study examines how tech-innovation, renewable energy, and globalization affect CO2, CH4, and NO2 emissions. Tech-innovation and renewables significantly cut CO2 and CH4,…
Diajeng Bunga Az-Zahra, H. Hashim, Yus Rusdian Akhmad
This bibliometric study maps 654 Scopus articles (2020-2025) on nuclear energy financing. Techno-economic assessment (capital cost, LCOE, feasibility) remains dominant, but recent work increasingly links nuclear to investment structures, po…
Nariman Pashayev, Ziyafat Aghayev, Xatira Maharramova +1
This study assesses the green energy transition in Azerbaijan's East Zangezur region as a multidimensional model spanning technology, social welfare, ecology, and international cooperation. It reports that small hydropower alone avoided 225…
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