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 2461–2480 of 6023 papers
Meyer Ina, Sommer Mark, Baumgart André +4
This paper analyzes scenarios combining decarbonization and circular economy strategies for Austria, evaluating macroeconomic and biophysical impacts such as resource use and emission reductions. It provides insights for policy-making.
Tae Yong Jung, Yoonha Lee, Hyunkyung Joo +2
This study develops a bottom-up cost minimization model with 19 steelmaking technologies for six Southeast Asian countries (2020-2070) and designs nine scenarios varying carbon pricing, technology cooperation, and infrastructure readiness. …
Kaisan Li, Shengyu Tao, Zuxun Xiong +8
This paper explores grid-interactive demand-side resource management to facilitate electricity decarbonization in megacities. It likely addresses demand response and integration of distributed energy resources to support renewable integrati…
Kreidenweis U.
This study compares greenhouse gas emissions from different broiler manure treatment options, finding that well-managed biogas production yields the lowest emissions. It provides empirical evidence supporting biogas technology as a climate …
Stephanides P.
This paper proposes a framework for systemic societal responsiveness of net zero infrastructures, moving beyond public acceptance. It argues for integrating social and institutional dimensions with technical and economic aspects in infrastr…
Soterroni A.C.
This paper examines the critical role of nature-based solutions (NBS) in Brazil's pathway to achieving net-zero emissions by 2050. It suggests that integrating NBS into climate policy can align emission reductions with sustainable developme…
Jérémy Cléro, G. Viero, Carolina Cruz Castro +14
This paper reports on the LIFE-funded ENTRACK project addressing energy poverty in rural Mediterranean areas of Greece, Italy, Portugal, and Spain. Using four complementary methods—taxonomy of social energy policies, ethnographic research, …
Saha A.K.
This paper examines decarbonization strategies for India's steel industry, analyzing feasibility through environmental impact assessment. It offers strategic and policy recommendations.
Dunke F.
This paper addresses energy-aware job shop scheduling with dynamic energy tariffs and power purchase agreements (PPAs). It proposes approximate and exact methods to optimize the trade-off between energy cost and production efficiency. The w…
Bernasconi L.
This paper explores integrating nature-based solutions (NbS) into net-zero strategies, evaluating their role in carbon removal and ecosystem conservation, and proposing policy and financing frameworks.
Scognamiglio A.
This paper explores new challenges for passive design and renewable energy design in achieving net zero energy buildings (NZEB) and cities. It discusses energy demand-supply balance at building and urban scales, integration of energy effici…
Copeland C.
This paper develops regional energy futures for the North of Tyne area in the UK to support decision-making in the transition to net zero. It presents multiple scenarios reflecting local characteristics and offers a framework for policymake…
Zekun Li, Xiance Zhang, Jianhong Gong +2
This study by Sinopec investigates carbon redistribution during millisecond ultrahigh-temperature pyrolysis of light cycle oil (LCO) into acetylene and functional carbon black. It suggests potential for more efficient chemical feedstock pro…
Avinash Ankush Lad, Aniket Y. Patrikar, Ratnadip R. Joshi
This review compares two renewable DME production routes (electrolysis and anaerobic digestion) at a systems level, evaluating carbon capture technologies, catalyst and reactor performance, process intensification, energy requirements, carb…
X. L. Liu
Green transformation of air logistics requires coordinated optimization of low-carbon technology deployment and supply-chain collaboration. This study develops a three-dimensional framework (technology-driven, collaborative operation, value…
Xingxing Ma, Wang Li, Yajun Tian +3
This paper proposes an XGBoost model integrated with carbon structure information to predict coal pyrolysis products, enabling optimization of pyrolysis processes for low-carbon outcomes. The work from Chinese research institutions contribu…
Vasiliki Krommyda, Vassil Kirov
This paper compares the twin green and digital transitions in coal-dependent regions of Bulgaria and Greece, based on 24 interviews and policy analysis. Transitions are asymmetric, with green dominating while digital remains detached. Gover…
Samuel Admore Chiumia, Betchani Tchereni, Hope Baxter Chamdimba
Using survey data from 1,613 households in four Malawian cities, this study analyzes determinants of cooking fuel transition via multinomial logistic regression. Rising charcoal prices encourage movement away from exclusive biomass use, but…
Michael W. Vischmidt, Dmitry Ponomarenko
This paper argues that installed capacity, the primary metric of energy planning, is the main cause of the gap between projections and outcomes. It compares power densities (nuclear 50 MW/ha, wind 0.13 MW/ha, solar 0.04 MW/ha) and highlight…
Miguel Aizaga, Renato M. Toasa, Karen Stephany Cordova-Vera +1
This study analyzes solar energy adoption in Ecuador and 17 Latin American countries, finding that institutional factors (political stability, regulatory quality) matter more than solar resource endowment. Using hierarchical clustering, it …
Browse by Topic