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 161–180 of 6146 papers
Geoffrey Ssebabi Mutumba
This review surveys Uganda's energy resource matrix—hydro, biomass, solar, geothermal, wind, fossil, and nuclear—totaling an estimated 52,000 MW potential, yet over half the population lacks electricity and nearly 90% of consumption is trad…
Kathleen B. Aviso, Christian Jay P. Balboa, Botond Bertók +5
This work formulates progressive decarbonization planning in energy-intensive industrial sectors using graph theory. It likely models interdependencies among processes or assets as a network to optimize investment sequencing and transition …
Olena ZHYTKEVYCH, Andriy MATVIYCHUK
This study proposes a hybrid method combining Kohonen self-organizing maps (SOM) for country clustering with linear regression and a multilayer perceptron (MLP) to forecast average CO2 emissions across 45 countries over ten years using 12 i…
Yunpeng Jiang, Qian Wang, Guannan Wu +3
This work proposes a decarbonization dispatch method for AI computing center parks that incorporates task-level carbon traceability. It links computing workloads with power supply and carbon emissions to cut operational emissions from data …
Ertugrul Ayyildiz, Betul Sasmazturk
This study addresses optimal strategy selection for green logistics and decarbonization in household plastic waste collection networks. It likely weighs emission reductions against logistics cost in waste-network design. No abstract is avai…
Yangzhiwei Wan, Shuo Liu, Xiaoqi Tong +4
A systematic review synthesizing life-cycle evidence on environmental, economic, and social trade-offs in global steel decarbonization. It examines how pathways such as hydrogen-based reduction and electrification affect costs, employment, …
Boldrini A.
This work examines flexibility options for a decarbonising iron and steel industry, likely covering hydrogen-based reduction, electrification, and system integration under variable power and hydrogen supply. Steel is a major source of indus…
Knoblauch A.
A case study of Rio Tinto examining a multi-dimensional carbon management approach to net zero in mining and metals processing. It highlights how heavy industry must combine multiple decarbonization levers given its distinctive emissions pr…
Yilmaz U.C.
This study applies LMDI decomposition to explain the rise in residential direct space-heating CO2 emissions in Türkiye, quantifying contributions from activity, fuel mix, and carbon intensity. It draws net-zero policy implications for decar…
Zihan Zhang, Longfei Li, Yuchen Jia
This study builds a low-carbon economic dispatch model for an integrated energy system combining coal-fired units, ammonia co-firing, CCS, power-to-ammonia, and absorption cooling. A multi-objective Stackelberg game embeds a closed-loop car…
Tian Zhang, Yihuan Wang, Shaohui Zou
This study develops a fractal–fractional enhanced 3E System Dynamics framework to model China's maritime decarbonization pathways. Integrating TCO-based technology selection and carbon-pricing constraints, it calibrates on 2013–2024 data an…
Shufa Ansari
This study compares static vs. dynamic whole-life carbon assessment of a 3.03kWp UK rooftop retrofit PV over 60 years, using three NESO Future Energy Scenarios. The static case paid back in year 8, but no dynamic pathway achieved payback wi…
Tingwei Gao, Ziwei Liu, Mingzhuang Sun +3
This study compares sidestream versus mainstream anaerobic membrane bioreactors (AnMBR) for low-carbon wastewater treatment using life-cycle techno-economic and environmental assessment. It incorporates stochastic uncertainties to quantify …
Emmanuel Oluwaseyi Atofarati, Mopeli I. Khama, Romanus Uwaoma +2
This study models microstructure-transport coupling in the pre-reduction of titaniferous magnetite, examining porosity evolution and Ti-phase effects. It contributes to process understanding for low-carbon ironmaking such as hydrogen-based …
Shuo Wang, Wenying Tang, Zhongxiang Chen
This study assesses Sargassum-based concrete as a low-carbon building material through life cycle assessment and explores multi-regional adaptation pathways. It examines the carbon-reduction potential of replacing cement and the feasibility…
Abdelrahman Mohamed Mohamed Saeed, Mansour Ahmed Elmansour Elfaki, Ali Ahmed
Using 2010–2025 quarterly data, this study tests the interplay of energy price reforms, green financing, and non-oil GDP in Saudi Arabia's Vision 2030. Combining VECM, ARDL, K-means, and random forest, it finds energy price reforms do not h…
Vivek Singh, Gaurav Sushant
A qualitative comparative study of India and Brazil's renewable energy transitions toward SDG 7, drawing on government, IEA, IRENA and academic data (2010-2023). India emphasizes solar, wind and hydro with policy incentives; Brazil relies o…
Sahas Rathi, Darryl Kofi Safo
This paper positions engineered geosynthetics as an enabling technology that amplifies multiple high-impact climate solutions. It maps three pathways—landfill methane containment, albedo-enhanced bifacial PV yield, and embodied-carbon reduc…
Pierre Jouannais, Lia Rapella, Philippe J Drobinski +3
A prospective, spatially explicit consequential LCA of agrivoltaic (AV) deployment for wheat in Southern Europe, distinguishing electricity-demand-driven from crop-demand-driven logics. Electricity-driven AV can cut impacts versus PV in hig…
Abdumalik Bektemirov, Worldly Knowledge Publishing Centre
This paper examines pathways for sustainable economic development in Uzbekistan through green innovation and technological modernisation. Solar and wind generation grew from 0.43 bn kWh in 2022 to over 10.5 bn kWh in 2025, reaching 19.4% of…
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