This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 13 open 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 341–360 of 3196 papers
Witold Biały, Justyna Żywiołek
This paper argues that actual energy system performance depends not only on technical factors but also on decision-making, operational practices, and energy awareness. Based on a literature review and comparative analysis, it proposes an in…
Wenyi Xiang, Tongtong Shan, Zongzi Jin +2
This paper introduces a hydrogen coupling strategy (ZERO) for zero-carbon iron production, reducing cell voltage by over 50% and achieving total energy consumption of 2.76 MWh per ton, significantly lower than blast furnace ironmaking (5.86…
Narawadee Buakhwan, Nuchpravee Likitsarun, Ruthaiwan Bunkrongcheap +3
This study examines sustainability practices in Thai local community economies using mixed methods. Initiatives in waste management, local sourcing, and GHG mitigation, along with electric boats, renewable energy, and VR/AR integration, led…
Filipe Landu Nzongo, Etienne Gernez, Kjetil Nordby
This study addresses the lack of eco-feedback research in maritime UI design. Through a systematic review, the authors identified 39 feedback strategies and synthesized them into an Eco-Feedback Framework (EFF). A proof-of-concept applicati…
IJMSRT
This paper examines the role of next-generation bioenergy (biofuels, biogas, BECCS) in deep decarbonization of oil-dependent economies, focusing on energy economics, policy design, and governance. Using mixed methods with global data, it fi…
Bakiye Kilic‐Topuz, Mehmet Ülkem Ayan
This study evaluates carbon balance and technical efficiency of 49 industrial hemp farms in Samsun, Turkey. Hemp absorbs about 16 times more CO2 than it emits, reducing 1.83 tCO2 per tonne produced. Efficient farms have 39% higher net carbo…
Nura Shehu Aliyu Yaro, Mohd Rosli Hainin, Muhammad Sani Bello +7
This paper evaluates the use of recycled concrete aggregates in flexible pavements through scientometric mapping, systematic review, and SWOT analysis, highlighting its potential for decarbonization and circular economy. It balances environ…
Hye-Sun Jin, Ye-Weon Kim, Bo-Kyoung Koo +1
This study analyzes greenhouse gas reduction scenarios for non-residential buildings in Goyang City, South Korea, using a performance-based energy consumption prediction method aligned with zero energy building mandate levels. It quantitati…
Nguyen Nhu Trang, Vu The Vu, Bui Thi Quynh Anh, Tran Thi Ngoc Linh
This study analyzes Hanoi's urban transport, revealing a mismatch between infrastructure and private vehicle growth. ICE vehicles are a major GHG source, hindering Vietnam's net-zero goal. It proposes a dual strategy: developing multimodal …
Madad Ali, Rana Zain Ul Abidin, Rabia Qammar +3
Using U.S. data from 1970-2021, this study applies wavelet coherence and frequency-domain causality to examine dynamic linkages among financial development, natural resources, green technologies, trade openness, and economic growth. Finding…
(著者不明)
This book treats green transformation and circular economy as strategic necessities in response to global challenges like climate crisis and resource efficiency, analyzing industry, energy, transport, agriculture, and finance. It examines t…
Faten Chibani, Jamel Eddine Henchiri
Using quarterly data from Tunisia (2000-2023), this paper econometrically analyzes how sustainable finance, eco-innovation, and energy mix affect carbon intensity. Findings show sustainable finance consistently reduces carbon intensity, ren…
Sunyong Park, Kwang Cheol Oh, Seok Jun Kim +5
This study evaluates converting open-field burning of Korean agricultural residues (perilla, pepper, pear, grape, apple) to biochar production. Mass- and energy-normalized emission factors were measured, showing system-level reductions of 4…
Jamie O’Driscoll, P. Crosson, D. Purfield +2
This study compares three dairy-beef genotypes under three pasture-based feeding systems, finding that high beef-merit Angus steers are most profitable and have lower GHG emissions per animal. Concentrate supplementation reduces emissions p…
Eduardo Lanzagorta Garcia, Everton Henrique Da Silva Pereira, Tomas Moura +4
This study assesses the environmental impacts of producing PHB and PHA-enriched biomass from terephthalic acid recovered from waste PET via LCA. PHB production's main impacts come from sodium hypochlorite and energy use, while PHA-enriched …
Huang Ran, Zhao Cheng, Zeyuan Sun +4
This study develops a feasibility evaluation system for compressed air energy storage caverns that balances economic viability and stability. A comprehensive life-cycle cost function is established, integrating multi-dimensional elements to…
Wang Siyuan**<sup>1,2</sup>, **Wu Wenchuan**<sup>1,2</sup>
As high shares of renewable energy increase grid volatility and uncertainty, this paper proposes a quantitative framework for assessing the regulation capability of aggregated flexible resources. It develops a reference model and indicator …
Jakub Kubiczek, Aleksandra Kaliszuk, Amelia Bochenek
This paper analyzes Poland's energy transition and its energy security risks. As the EU's most coal-dependent country, a rapid shift to renewables without grid expansion, storage, and demand-side management could cause supply shortages and …
Alain Verbeke, Thomas Hutzschenreuter
This paper proposes a framework distinguishing between commitments imposed on firms for the long-term energy transition and those enacted internally. It argues that external pressure alone is insufficient; firms must integrate these commitm…
Ryan Wiser, Mark Bolinger, Ben Hoen +8
The U.S. DOE's 2021 land-based wind market report reviews 2020 trends: record 16.8 GW added, wind supplying >8% of U.S. electricity, and average installed costs down 40% since 2010 to $1,460/kW. Turbine size and capacity factors continue to…
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