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 581–600 of 4822 papers
Hundt K.
This paper examines the potential of algal biodiesel production using power plant exhaust, evaluating its ability to replace petrodiesel and reduce greenhouse gas emissions. By utilizing CO2 from flue gas for algae cultivation, it proposes …
(著者不明)
This review analyzes 94 studies on integrating BIM and digital technologies with bio-based materials in construction, identifying three pathways: BIM-LCA integration for material quantification, parametric design optimization, and digital t…
(著者不明)
This review comprehensively assesses lithium-ion battery degradation mechanisms in renewable-hydrogen hybrid systems and their impact on system performance and economics. It surveys advanced characterization techniques such as in situ/opera…
(著者不明)
This study proposes a four-in-one framework integrating energy substitution, infrastructure efficiency, organizational capacity, and carbon-feedback regulation to analyze campus decarbonization. Using a system dynamics model for a Chinese u…
Maria Căldărar, R. Mirea, M. Dombrovschi +3
This study experimentally investigates the effect of n-octanol addition to Jet-A fuel on combustion and emissions in a hybrid UAV power system. At idle, O10 reduced CO by ~9.9% and lowered exhaust temperature, but at high load, higher octan…
Rushikesh Mundane, Ashok Sharma, Nawshad Haque +3
India's SME steel sector supplies ~65% of finished steel but its environmental footprint is poorly characterized. This review consolidates evidence on process routes, clusters, product flows, energy and carbon footprints across 8500+ units …
Qingtao Liu, Rui Du, Shenbin Cao +4
This paper demonstrates robust mainstream anammox in a pilot-scale suspended-growth system, showing that metabolic selection and microbial collaboration sustain nitrite supply. This can significantly reduce energy consumption and carbon foo…
Emmanuel Uche
Using 1971-2022 data for South Africa and Nigeria, this study applies Fourier-Bootstrap ARDL to examine how energy and mineral depletion affect carbon footprints. Energy depletion drives South Africa's emissions (coal power), while mineral …
Yihong Zhang, Yue Yan, Xishuang Hu +3
This paper identifies lifecycle carbon hotspots in transmission and distribution equipment and clarifies decarbonization conditions through case-based analysis, offering practical insights for decarbonizing power infrastructure.
Zhenyu Shen, Zhixing Ji
This paper proposes a hybrid propulsion system integrating solid oxide fuel cells (SOFC) with a turbofan engine, establishing a multidimensional model considering mass, volume, and thermodynamic performance. It finds that equivalence ratio …
Hoa T.T. Ho, Loi T. Nguyen, Danh T. Nguyen +1
This paper designs revenue-sharing contracts between a retailer and a manufacturer to coordinate pricing and low-carbon commitment decisions under uncertain demand. It derives contract terms that align low-carbon investment incentives with …
Haoran Zhao, Qiong Wang, Xinyue Xu +5
This paper proposes a sulfide-iron biochar-packed SAD/A biofilter for advanced denitrification of municipal effluent. It aims to achieve low-carbon wastewater treatment, potentially reducing energy consumption and greenhouse gas emissions. …
Shiyu He, Zhu Xue
This paper analyzes low-carbon strategies and technical paths for railway hubs throughout design, construction, and operation, using Chengdu Tianfu Station as a case study under China's dual carbon goals. It examines integration of low-carb…
Xinying Cao, Yuanquan Zhang, Dandan Li +1
This study identifies factors affecting low-carbon competitiveness in construction firms and clarifies their interrelationships. Using TOE framework and DEMATEL-ISM-MICMAC, it finds policy and regulatory support as the most fundamental driv…
Andrew Dunster
This editorial introduces a special issue on durability assessment of concrete with innovative low-carbon binders, highlighting the need for long-term performance verification to support the adoption of sustainable construction materials.
Yuchen Song, Wei Yan, Yifan Li +5
This paper reviews the integration of offshore oil and gas with renewable energy (wind, solar, marine, hydrogen) in China, classifying four pathways: shore power, platform microgrids, hydrogen production/export, and energy hubs. It finds mi…
Xiangbo Fan, Shaohui Zou, Yuanzheng Cui
This paper empirically analyzes the impact of policy relay in low-carbon transition—combining coal power retirement and renewable energy development—on economic growth and environmental pollution using double machine learning (DML). Using C…
Nan Shang, Zheng Chen, Liu Xi +3
This study integrates LCA and LEAP modeling to analyze carbon neutrality pathways for buildings in China's Greater Bay Area. Scenario analysis shows significant mitigation potential regionally, but individual cities may miss 2060 targets, h…
Bailey Gould
Development corridors are central to energy transition strategies but obscure their role as infrastructures of accumulation. Using the Lobito Corridor in Africa, this paper critically analyzes how corridors reorganize socio-ecological relat…
Mudasir Sheergujree, Javid Ahmad Khan
This study examines how human capital and financial development affect energy transition in major Asian economies using panel econometrics. Human capital significantly boosts renewable energy consumption, while financial development mainly …
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