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 18961–18980 of 37113 papers
C. Smyth, M. Fellows, Joseph Buckingham +1
This study quantifies GHG reduction potential of a harvest reduction scenario using a systems approach including ecosystem carbon, wildfire risk, wood products, and substitution impacts. Cumulative net reduction of 836 MtCO2e over 40 years,…
A. Stempkowska, T. Gawenda
This review article introduces the special issue on eco-friendly building materials made from industrial waste (fly ash, slag, plastic waste). It critically addresses challenges such as the upcoming shortage of traditional fly ash from the …
A. Ardiansyah, Muhammad Rijal
This study evaluates a green strategy for shell brick made from palm oil waste using SWOT analysis and Olson's framework. It identifies seven strategic dimensions and demonstrates potential for sustainable architecture and circular economy …
A. Karimova, Marjona Abdurasulova
This study proposes a methodology for assessing embodied carbon in bridge structures. It provides formulas and procedures to systematically calculate carbon emissions from material production and construction processes. Although no actual n…
Sayyed Sadaqat Hussain Shah, Arshad Javed, Muhammad Mahboob Khan +2
This study examines how AI adoption influences green bond issuance and corporate ESG scores using panel data from 54 economies (2019-2024) and multiple models (fixed-effects, quantile regression, TVP-VAR-SV). It finds that a one-standard-de…
S. Mahapatra, M. Meher
This article analyzes why conditionality persists in climate finance and proposes justice-sensitive reforms. Using principal-agent theory and justice frameworks, it compares instruments like JETPs and debt-for-climate swaps, finding that ou…
P. Rajendran, Kamlesh P. Thote, Ekta Kasana +2
This paper examines the relationship between green finance instruments (green bonds, sustainability-linked loans, ESG-oriented strategies) and corporate sustainability performance through a literature review. Findings indicate that companie…
Maruf Ahmed, M. Miah, M. Masud +1
This study examines how climate finance affects corporate sustainability in banks in emerging economies, focusing on the mediating roles of board monitoring and corporate strategy. Using survey data from 304 bank officers in Bangladesh and …
Aida Farsi, Nils Heim, Isabella Caruso +1
This study experimentally evaluates a 4-stage aqueous electrochemical CO2 separation system using dissolved quinone derivatives. It assesses separation performance under continuous and batch modes, varying electrolyte composition, flow rate…
Amanda F. Baxter, Aarti Mathur, M. Beatty
This paper presents a durable CO2 electrolyzer architecture resilient to impurities like SO2, NO, and O2, enabling direct use of industrial flue gas without pre-purification. The modified catalysts achieve stable operation for over 1000 hou…
Kärt Kingisepp, Kätlin Kaare, Sander Ratso
This paper investigates the use of flue gas component SO2 to modify CO2-derived carbon (CO2-C) as supports for platinum electrocatalysts in fuel cells. SO2 exposure alters surface chemistry, and subsequent H2O2 treatment introduces oxygen f…
A. Mohamad-Hussein, R. Prioul, M. Giddins +3
This study evaluates the geomechanical response of a depleted gas reservoir during CO2 sequestration using coupled fluid-flow and geomechanical modeling. It simulates 40 years of gas depletion, a five-year hiatus, two CO2 injection phases (…
Alex Koh-Bell, Simon Rufer, Fabian J Dickhardt +5
This paper advances bismuth-based electrochemical seawater carbon removal to industrially relevant current densities using porous flow-through electrodes. The flow-through configuration achieves 20 mA/cm² at 0.7 V with 22% energy reduction …
Somi Lee, Chandan Chandru Gudal, Kisan Chhetri +3
This study designs a MOF-derived Fe/Ni-N-CNT catalyst for electrochemical CO2 reduction (CO2RR). In situ grown carbon nanotubes enhance conductivity, and the dual Fe-Ni active sites synergistically achieve >95% CO Faradaic efficiency and 15…
Liam J. S. Anderson, Clem De Preter, Thijs Van Thillo +3
This review systematically analyzes recent advances in electrochemical CO2 reduction to multi-carbon (C2+) products, focusing on reactor design, operating conditions, electrolyte, and catalyst layer structure. It provides insights into sele…
Anjali, Anand Chauhan, Abhinav Goel
This study designs and optimizes a sustainable green hydrogen supply chain using solar energy and treated wastewater. A mixed-integer linear programming model and genetic algorithm minimize total costs including installation, production, st…
P. Lezhniuk, M. Belik, O. Rubanenko +1
This paper proposes a mathematical model to quantitatively assess the share of renewable electricity used for hydrogen production in an integrated energy system. Using a matrix method to compute power flows, it identifies contributions from…
A. Falces, P. Lara-Santillán, E. Zorzano-Alba +3
This paper presents an educational laboratory platform for renewable energy integration using green hydrogen, focusing on PEM fuel cell conversion. Designed for undergraduate electrical engineering students, it offers low-cost, safe, and sc…
Jian Liu, Jingyuan Zhang, Rui Feng +1
This systematic review of 149 papers examines dynamic safety risk assessment methods for green hydrogen production via water electrolysis under renewable energy fluctuations. It traces the methodological evolution from static analysis to re…
Lei Cheng, Jonathan P. Braaten, Bjoern Marcel Stuehmeier +2
This paper establishes a correlation between accelerated stress tests (ASTs) and real-world dynamic operation for PEM electrolyzer MEA degradation using extensive electrochemical and physical characterization. By comparing degradation patte…
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