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 1381–1400 of 4846 papers
Zhou Y, Chen Y, Yan J +2
Using building-level data for 1.53 million residential buildings in Quanzhou, China, this study quantifies urban renewal liabilities from ageing housing cohorts. By 2050, 35% of buildings exceed renewal pressure thresholds, with demolition …
Dr. Sangamesh Sakri, Prof. Akshay Aspalli, Prof. Priya Patil
This paper addresses relay coordination in distribution systems with high renewable penetration, proposing GA and PSO optimization of TMS and pickup currents for directional overcurrent relays. ETAP simulation and IEEE 39-bus validation sho…
Bala Krishnan, Rohith
A structured catalog of uncertainties for energy-system modeling, covering parametric, structural, and temporal uncertainties across renewable energy, heat, bioenergy, Power-to-X/hydrogen, storage, imports, grid, and demand. It supports unc…
Duah, Isaac Kojo, Essilfie, David Kobina, SEKYERE, CHARLES +3
This paper presents a harmonized techno-economic dataset of 930 small hydropower cases from 252 studies, with all monetary values converted to constant 2024 USD. It provides reproducible analysis code and validation, bridging technical feas…
Tommaso Gallozzi, Simone Basti, Daniele Groppi +2
This paper applies multi-criteria decision-making (MCDM) to analyze net-zero transition pathways for energy islands in South Italy. It prioritizes renewable energy deployment and policy options, considering local constraints, and offers pra…
May Zune, Hadi Arbabi, Danielle Densley Tingley
This study evaluates whole-life carbon emissions of UK housing retrofit scenarios (fabric, systems, combined) and shows that for South Yorkshire, any 1.5°C-compatible carbon budget will be exhausted within three years, even with grid and ma…
Herian Atma, Franco Ruzzenenti, M.A. van den Broek
This paper proposes a techno-economic framework to evaluate plant-level decarbonization options in coal-dependent economies, applied to Indonesia. It compares CCUS, fuel switching, and other measures, prioritizing them by cost and feasibili…
Alexandr D. Ulianov, Maxim I. Pogodaev
This study numerically models combustion and NOx formation in a BKZ-320-140 boiler firing high-moisture brown coal, evaluating primary measures such as low-emission burners and exhaust nozzle shutoff. Using ANSYS Fluent, the verified model …
Jin Wang, L. Yin, Haibin He
This paper proposes an intelligent framework for material selection in wooden buildings to optimize energy management and reduce CO2 footprint. Through a case study, it evaluates the environmental impact of material choices, offering insigh…
Ignacio Faúndez, Yimmy Fernando Silva, Arturo Reyes-Román +2
This study evaluates copper slag as both a supplementary cementitious material and artificial fine aggregate in mortar. Long-term compressive strength improved by up to 26%, and product-stage embodied carbon decreased by ~14% including tran…
Minhajul Islam Aman, Md. Uzzal Hossain, P. Crovella +1
This study evaluates commonly used building LCA tools in North America against 17 indicators to assess their potential for circular economy (CE) integration. GREET LCA and One Click LCA show the greatest promise but need extended system bou…
Kseniya Lahoika, Yulia V. Fursa, Yaroslav Boreiko +1
This paper analyzes GHG emissions in Belarus's industrial sector, highlighting process emissions from cement, ammonia, methanol, and carbon black production. In 2024, cement production alone emitted over 2.4 million tons of CO2. The study r…
Pırıl Tekin
This review comprehensively analyzes decarbonization pathways in the textile industry from a techno-economic perspective, focusing on the Çukurova region of Turkey. It evaluates options such as energy efficiency improvements, renewable ener…
H. A. Teriba, G. Ajayi, A. B. Osanyinpeju +4
This study evaluates decarbonization pathways for Nigeria's oil and gas sector, modeling four scenarios to 2030 and 2050. A hybrid pathway combining gas expansion with renewables is most feasible, while flare gas recovery could add ~3 GW po…
Collins Amabuo, D. Kalu, E. Ayodele +2
This paper analyzes biomethane's role in the energy transition, highlighting its cost competitiveness (€25-100/MWh) and existing infrastructure advantages over green hydrogen. It reviews upgrading technologies and emphasizes policy support …
Zitong Feng
This paper proposes an optimal dispatch model for integrated energy systems under China's dual-carbon targets, integrating wind-PV uncertainty, demand response, and a ladder-type negative carbon trading mechanism. A scenario reduction metho…
Jessica Achebe, Jieying Zhang, Anber Rana +2
This guideline provides a national framework for life cycle assessment (LCA) of Canadian highway bridges, standardizing the quantification of environmental impacts, especially GHG emissions, across all life cycle stages. Aligned with ISO 14…
Burada Shravani, Navneet Kumar Mishra, Anurag Shakya +1
This paper proposes a synergistic flotation-agglomeration beneficiation method to recover low-ash carbon concentrates from coal washery tailings, contributing to waste valorization and carbon recovery, thereby supporting sustainable resourc…
Feng Sun, Qingliang Yu, Hongzhi Zhang +3
This study optimizes the mix design of low-carbon mortar using an OPC-slag-wollastonite ternary binder system, driven by carbonation durability. It provides insights for ensuring durability in low-carbon materials, contributing to decarboni…
Li-Cai Zhao
This paper designs and analyzes a novel integrated biogas chemical looping reforming system for low-carbon methanol and power cogeneration. It evaluates energy efficiency and CO2 emission reduction potential, demonstrating advantages over c…
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