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 901–920 of 26757 papers
Denny, Danielle Mendes Thame
This article analyzes how the EU's CBAM and Brazil's emerging ETS (SBCE) reshape costs, competitiveness and finance access for Brazilian industry. It highlights embedded emissions, MRV, traceability and certification for market access, earl…
(著者不明)
This work presents automated product carbon footprint (PCF) estimation using low-latency neural language processing across multilingual, real-time supply chains. It applies NLP to supplier text data to automate and accelerate per-product em…
Antonio Clareti Pereira
Electric-furnace elemental phosphorus and thermal phosphoric acid production is among the most energy- and carbon-intensive chemical-metallurgical routes, yet remains strategically relevant where high-purity P₄ is required. This critical re…
Mujahid Iqbal
This work examines U.S. industrial strategy around critical minerals through three lenses: resource security, environmental justice, and the contradictions of decarbonization. It likely probes the trade-off between securing minerals essenti…
Elena Cherkashina, Alla Khutorova, Ruslana Zhdanova
This paper defines 'carbon land management' and proposes a structure for decarbonizing agricultural landscapes in Russia's agro-industrial complex via land management measures. It links carbon farming practices (no-till, cover crops, buffer…
Avantika Saha, Rashmi Mishra, Sapan Saha
Coal-based rotary kiln sponge iron plants reject 30-40% of thermal input as 800-1000°C flue gas. Using CDM baseline methodology ACM0012, this study models mass-and-energy balance and carbon accounting to show that WHR-based captive power di…
Elahe Soleymani, Hadi Ghaebi
This paper examines innovative carbon capture cycles within zero-emission, resilient power generation systems, addressing deep decarbonization of modern energy networks. It positions CCUS integration as a pathway toward sustainable power-se…
Reza Sepehrzad, Hossein Hosseinalibeiki, Zahra Yousefi +2
This paper examines intelligent cyber-physical systems (CPS) as enablers of deep decarbonization in modern energy networks. It argues that integrating AI, sensing, and control supports grid stability and optimization under high renewable pe…
Lilian Lefol Nani Guarieiro, Geise Camila de Araujo Ribeiro, Thiago Barros Murari +8
This chapter reviews renewable oxygenated fuels—ethanol, biodiesel, and DME—as pathways to decarbonize compression ignition engines. It compares how molecular structure and physicochemical properties affect ignition delay, heat release, the…
Paul Waidelich, Constance Crassier, Harmen Sytze de Boer +3
This study integrates dynamic, country-specific cost of capital for eight energy and industry sectors into the IMAGE integrated assessment model. Accounting for developing-country investment risks raises global mitigation costs through 2100…
Santiago Felipe Romero-Paredes, Carlos Daniel Campoverde-Pillajo, Dennis Alfredo Peralta-Gamboa
This paper maps the research landscape of green hydrogen for decarbonization using bibliometric and thematic analysis. It visualizes publication trends, dominant themes, and geographic distribution, offering a bird's-eye view of the field. …
Li X.
A study on photothermal catalytic conversion of CO2 and hydrogen into ethylene (C2H4). Atomically isolated Cuδ+ species are shown to mediate the key C-C coupling step. It offers fundamental insight into CCU pathways that upgrade CO2 into ch…
Amaripadath D.
This work examines how plug-in battery energy storage systems can enable low-carbon electricity operations in net zero energy residential buildings. By raising self-consumption of rooftop solar and cutting grid imports, such storage support…
Tian P.
This study presents an optimization and conceptual design of a carbon source/sink supply chain combining CCUS with enhanced oil recovery (EOR) in the Dongying area of China. It examines network design for CO2 capture, transport, and utiliza…
Glan Devadhas G.
This appears to be a piece framing CCUS as a future energy source, but no abstract is available, so its specific contribution and findings cannot be verified. CCUS is a key decarbonization technology with strong policy momentum in Japan and…
Khan K.
A bibliometric analysis using Biblioshiny that maps the research landscape of the green bond market. It visualizes thematic trends, key authors, and influential works, offering an overview of how green bond scholarship has evolved. The cont…
Tian D.
A study examining a carbon-friendly ecological cultivation mode for the medicinal herb Dendrobium huoshanense, grounded in greenhouse gas emission measurement. It offers empirical insight into agricultural emission reduction and carbon acco…
Li T.
An agronomic study showing that combining legume rotation with optimized nitrogen management can raise cotton yield while mitigating greenhouse gas emissions in a jujube-cotton intercropping system. It targets the trade-off between nitrogen…
Zhao M.
A simulation study estimating greenhouse gas emission reductions over several years after converting cropland into paddy fields in southern China. It assesses how land-use conversion alters carbon and methane balances over time, offering em…
Zhou Y.
This work addresses the construction and demonstration of net-zero industrial parks, aiming to show decarbonization pathways for industrial clusters via renewable energy and energy integration. No abstract is available, so the region, metho…
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