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 1181–1200 of 37113 papers
Debajyoti Kundu
Waste valorization is typically assessed via resource recovery and carbon benefits, overlooking contaminants inherited from feedstocks or generated in processing. This viewpoint proposes 'contaminant budgeting' as a complement to carbon acc…
Roni Yunis, Irpan Adiputra Pardosi
This systematic review examines carbon footprint prediction models from 2018–2024, covering process-based, input-output, hybrid, grey system, and AI-based approaches. It identifies persistent challenges in data quality, model complexity, sc…
Fondazione Icons
This MRV4SOC technical factsheet reviews process-based and hybrid modelling of soil organic carbon dynamics and GHG balances across European land-use systems. It benchmarks models such as RothC and Yasso and develops an enhanced ORCHIDEE la…
Egemen HOPALI
This study tests whether the carbon footprint of electrified last-mile delivery depends on when electricity is drawn, and whether carbon-aware operation needs new routes or only re-timing. A mixed-integer truck–drone model prices each kWh a…
Meghan Byrne, Kathrina Simonen, Barbara Rodriguez +4
Stage one of the LCA for Low Carbon Construction project funded by the Charles Pankow Foundation, Skanska USA and Oregon DEQ. It compiled the largest known database of building embodied carbon into an interactive tool, established consensus…
Kayleigh Houde, Kim Shinn, Aurora Jensen +11
MEP systems can account for up to 27% of product-stage embodied carbon, 52% of overall embodied carbon, and 73% of whole-life carbon, yet are often overlooked in building decarbonization. This guide offers practical methodologies, BIM takeo…
Francesco Palazzi, Daniele Rizza, Alberto Bombieri +10
This paper presents a standardized, reusable soil dataset from 2023-2025 field campaigns in the Po Plain (Northern Italy) under the Horizon MRV4SOC project. It integrates depth-stratified physical and chemical soil properties (SOC, bulk den…
Shafa Keysa Rinjani Hananta, Cucuk Nur Rosyidi, Wakhid Ahmad Jauhari
A three-echelon inventory model integrating carbon tax, preservation investment, and credit payment for growing and perishable products. It analyzes how carbon pricing shapes ordering and preservation decisions under deterioration. No abstr…
Viktorija Brndevska Stipanović, Ivana Janeska Stamenkovska, Kiril Sotirovski
An integrative review of six nature-based solution typologies (rain gardens, blue–green roofs, bioswales, constructed wetlands, retention ponds, permeable paving) as urban spatial planning instruments, viewed through a bioeconomic lens. Of …
Dong Li, Linjie Gong, Jiadi Gao +2
A materials study synthesizing porous carbons from dried silkworm pupae biomass, with tailored ultramicropores and oxygen functional groups for CO2 capture. It illustrates converting biomass waste into solid sorbents for CCUS, where pore st…
Fiaz Hussaın, Farooq Ahmad, Muhammad Tahir Amin +3
A review linking CO2 capture materials with reactive utilization toward carbon circularity, spanning integrated materials design and scale-up pathways. It appears to connect capture technology to conversion/use routes and implementation cha…
Loukas Kollias, Xiaodong Liang, Philip Loldrup Fosbøl +2
This work models CO2 chemical absorption using MEA with an extended UNIQUAC thermodynamic framework. It validates the model and analyzes the underlying physical phenomena governing absorption behavior, supporting more accurate design of car…
Yang Wang, Dan Li, Jiaye Li +1
This work develops a carbon capture model for the fuel reactor of a chemical looping combustion (CLC) system and applies it to a 5 MWth pilot unit. CLC enables low-energy CO2 separation, and validating the model at pilot scale informs scale…
Teena Joseph
This review frames CO2 separation from flue gas and air as an adsorption problem and explains the three binding mechanisms used by metal-organic frameworks—physisorption in tailored micropores, coordination at open metal sites, and chemisor…
Christina Samara, Georgia Papapanagiotou, Christos Chatzidoukas
This work reconsiders how inorganic carbon is supplied in microalgae cultivation to improve biomass productivity and carbon capture efficiency. It focuses on carbon-feed design as a lever on cultivation performance. Without an abstract, spe…
Hu Luo, Chen Lei, Lele Song +2
Using waste banana peels and dilute sulfuric acid pretreatment, the authors achieve in situ N/S co-doped hard carbon anodes at low carbonization temperatures (750–950 °C). The N/S synergy boosts active sites and conductivity, compensating r…
Yudong Wang, Huijuan Huo, Shuo Wang +7
This paper builds a bi-layer scheduling model for park-level integrated energy systems that jointly optimizes temporal and spatial scheduling of large EV fleets. The upper layer runs multi-objective optimization (min operating cost, max car…
Aoxiang Zhang, Ruyin Long, Hong Chen +1
This study quantifies nonlinear interactions between low-carbon development and urban resilience in the context of urban renewal. It combines latent variable (LV) modeling, machine learning, and Vivid analysis. Without an abstract, details …
Zhongbo Tang, Jundong Zhang, Jiale Li +2
Proposes a dynamic gas-network model via time-frequency transformation and a joint economic low-carbon dispatch framework for hybrid ships, resolving the time-scale mismatch between gas dynamics and power-grid response. Frequency-domain red…
Juan Du, Dan Ling, Hongtao Yi
This study analyzes how site-selection criteria for China's Low-Carbon Province and City pilot changed across successive batches using Cox proportional hazards and piecewise exponential models. Early entry favored cities with stronger fisca…
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