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 1241–1260 of 33441 papers
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The UK introduces a Carbon Border Adjustment Mechanism from 1 January 2027, administered by HMRC. It imposes a carbon tax on imports in five carbon-intensive sectors: aluminium, cement, fertiliser, hydrogen, and iron and steel. The design m…
Alexandra S. Wawryk, Michael Doherty, Kerryn Anne Brent +6
This paper critically analyses South Australia's planning law as applied to blue carbon restoration, showing that the regime prioritises preserving the status quo and fails to facilitate ecological restoration. It argues that integrating re…
Demián Rotbart, Dániel Kozák, Mariana Giusti +3
This paper applies cost-benefit analysis (CBA) to urban Nature-based Solutions (NbS) pilot projects in General San Martín (Argentina) and Turin (Italy), assessing their value and methodological challenges. It offers practical lessons on usi…
Liviana Sciuto, Viviana Pappalardo, Francesco Martinico +5
This study develops an integrated methodology combining HEC-RAS hydrological-hydraulic modelling, spatial analysis, and planning criteria to identify and prioritize Nature-Based Solution (NBS) sites in the densely built Tondo Gioeni catchme…
Nicola Frances Rule, Cameron T. McLean, Andrew Emmanuel Okem +12
A systematic review of 112 studies across 134 African urban areas in 42 countries. Urban green spaces dominate (49%) and are most multi-functional, while urban agriculture is under-recognised. Adaptation and mitigation outcomes were reporte…
Jason P. Julian, Fatema Tarin, Anupa Bhatta +2
A geospatial analysis of 906 Woodland Carbon Code and 253 Peatland Code projects in Scotland (2000–2025) reveals 74,909 ha of planned woodland planting and 35,448 ha of peatland restoration. Benefits accrue disproportionately to few large l…
Sebhin Park, Seoyeon Cho, Inkyu Lee
This study designs a sustainable urea production process that couples solid oxide electrolysis (SOEC) hydrogen with oxy-fuel combustion-based carbon capture. It shows how fossil-dependent urea manufacturing can be decarbonized while remaini…
Xiaoyu Han, Bingjian Sun, Junqing Sun +4
A multiscale design and evaluation of biomass-derived porous carbons for post-combustion CO2 capture. It offers material design guidance for cyclic CO2 separation from heterogeneous biomass feedstocks, contributing to lower-cost CCUS deploy…
Fangjing Du, Muqing Yang, Bocheng Yu +7
This study examines how regulating bed configuration can optimize an integrated carbon capture and hydrogenation process. Using kinetic analysis, it aims to identify reactor design conditions that improve capture and conversion efficiency. …
Qiang Xie, Zhonglin Xia, Xiaoqi Wang +3
This is an author response to a paper on electrochemical seawater carbon capture coupled with carbonate mineralization for durable carbon storage. It addresses reviewer points on alkalinity modulation, interfacial ion transport, and mineral…
Thibault Bondet de Labernardie
This work develops an analytical benchmark for dispatching ships under storage-constrained onboard carbon capture, quantifying net emissions when CO2 storage capacity limits operation. It offers a framework for evaluating how capture-and-st…
Weizhuo Zhang, Shihao Zhou, Zhenhua Huang +8
This study investigates artificial aggregates that sequester carbon using modified biochar. It examines how biochar modification enhances carbon capture and storage performance while maintaining aggregate properties. The work points to cons…
Toby Lockwood, Adriana Matić, Tobias Johan Sørensen
This paper examines how carbon contracts for difference (CCfDs) can be designed to accelerate carbon capture and storage deployment in Europe. By guaranteeing a carbon price floor and reducing investment risk, CCfDs aim to unlock private ca…
Taanisha Mukhopadhyay
This appears to be an overview of CCUS (carbon capture, storage and utilization) procedures, though no abstract is available to confirm scope. It likely outlines capture, transport, storage and utilization steps, but novelty and empirical e…
姚伟坤, 刘满芝, Feng Lu +1
A case study of Rizhao industrial development zone examining how regional low-carbon symbiotic networks emerge from the interplay of social and industrial cluster networks. Framed in industrial symbiosis, it explores inter-firm resource/ene…
Chia-Ho Wu, Zheng Hui Phua, Wei Ping Chan +1
This work engineers municipal solid waste gasification slag into a low-carbon binder via mechanical and alkaline activation. It points to reusing waste residues as cement substitutes, potentially cutting embodied carbon in construction mate…
Marco Precoma, Simone Guffanti, Martin Baumgärtl +1
Electrically heated reforming enables low-steam reforming of CO2-rich methane over conventional Ni catalysts by minimizing radial temperature gradients. Thermodynamic and kinetic calculations show no carbon formation potential at S/C=1.2, C…
Mingyuan CHEN, Yang Youhui, Zheng Wenbin +3
This paper proposes a low-carbon day-ahead joint electricity-heat market-clearing model for integrated energy systems, coordinating CHP units, gas boilers, wind, PV, grid transactions, and shiftable demand. Using a 96-period linear-programm…
Nerijus Striūgas, Aurimas Lisauskas, Gintaras Petrauskas
A techno-economic comparison of flexible low-carbon routes for glass melting, weighing electrification, hydrogen, and CCUS options on cost and feasibility. It informs decarbonization pathway decisions in a hard-to-abate industrial sector.
Ana Paula de Barros Araujo, Juliandson Ferreira, Carlos Sousa +5
This paper proposes a Data Lake and blockchain framework for dynamic carbon intensity (CI) certification of low-carbon hydrogen, addressing primary-data requirements under EU RED II, U.S. 45V, and IPHE/ISO 19870. It features a dynamic LCI e…
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