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 1781–1800 of 4846 papers
Matukhno, Olena, Schäfer-Bung, Boris
This dataset provides harmonized economic, GHG emissions, and energy-transition indicators for the EU, Germany, Poland, Turkey, and Ukraine (1990-2024). It supports comparative analysis of GDP-GHG decoupling, energy and carbon intensity, re…
Dinçer, Ali Ersin
This empirical study analyzes how decarbonization can reduce carbon border costs (e.g., CBAM) for steel exporters in the Middle East and North Africa (MENA). It provides replication data and offers policy and industrial implications.
Amir Azizpanah, Abdolreza Ahmadi, Morteza Taki
This study uses Data Envelopment Analysis (DEA) to assess energy efficiency and GHG reduction potential in sugar beet production, analyzing trade-offs with profitability and offering insights for agricultural decarbonization.
Yuanxin Gao, Yongming Feng, Jinbo Qu +3
This paper compares ammonia engines with partial pre-cracking against natural gas engines with CCS for maritime decarbonization, using thermodynamic and techno-economic analysis. It evaluates well-to-wake GHG reduction and cost-effectivenes…
Ivan N. Zubkov, Yuri V. Korolev, Ekaterina A. Korsunova +4
This mini-review examines catalytic pyrolysis of polyolefin waste (PE, PP) as a chemical recycling route for a circular economy and decarbonization. It proposes an algorithm for selecting recycling routes based on waste composition and degr…
Li-Jun G.
This paper analyzes geological factors controlling coal bed methane (CBM) productivity in the Liulin area, China. CBM is a type of natural gas that can contribute to reducing methane emissions from coal mining and to energy supply. Understa…
Yu Y.
This paper empirically analyzes how rising solar penetration alters the marginal emission factor (MEF) in a nuclear-constrained power system. It finds structural changes in MEF's temporal variation and price response, offering insights for …
Spangardt G.
This paper reviews applications of stochastic optimization in the power industry. It addresses uncertainty in generation planning and grid operations, potentially aiding renewable integration and cost reduction. Specific findings are unclea…
Roslyakov P.V.
This paper assesses the potential for reducing greenhouse gas emissions from fuel combustion in boilers at thermal power plants and boiler houses. While specific methods and results are unavailable, it addresses a key aspect of energy trans…
Aghili Nategh N.
This paper assesses the sustainability of legume production systems by analyzing energy use, greenhouse gas emissions, and ecological footprint, and proposes optimization methods. It provides quantitative insights for decarbonizing the agri…
Mahadevan H.
This paper examines greenhouse gas emission management in the Indian aluminum industry, a highly energy-intensive sector. It analyzes technological and policy options for emission reduction, offering insights for industrial decarbonization …
Cary M.
This study empirically examines whether GHG emissions from US energy production have peaked, using state-level data across six subsectors. It provides critical insights into the pace of energy transition and the effectiveness of climate pol…
Anugrah P.
This paper analyzes the role of cross-border power trading in achieving net-zero emission pathways in the BIMP region (Brunei, Indonesia, Malaysia, Philippines). It evaluates the potential for renewable energy integration and regional coope…
Deng L.
This paper proposes a smart circular economy designed for decarbonizing industrial waste, aiming to promote net zero and sustainable development goals. Specific methods and data are unclear, but it suggests an integrated approach combining …
Quinn Stein, Ali Özel, A. Chakera +3
This study develops a mathematical model and open-source Python API to estimate carbon emissions from disposal pathways of fluorinated anaesthetics in the UK NHS. High-temperature incineration in clinical waste streams is the most likely ro…
Yanlin Zhang, Yuan Tian, Wentao Zhong +5
This study develops a mechanical activation-assisted flotation process to recycle carbon and fluorine from spent carbon anodes (SCAs), hazardous waste from aluminum electrolysis. Under optimal conditions, the flotation rate constant improve…
Tim Braunholtz‐Speight, Maria; id_orcid 0000-0002-5521-700X Sharmina, Dimitrios Pappas +1
This paper analyzes the role of citizen finance (community-funded energy projects) in a just energy transition in the UK, exploring its potential for smart local energy systems. It focuses on community participation and financing challenges…
Samantha Schwickert, Melanie Jaeger-Erben, Astrid Preis +1
This study analyzes diversity and justice practices in citizen-led DIY solar initiatives in Germany through a comparative qualitative case study. It finds that FLINTA* participation is limited by patriarchal norms and resource constraints, …
Rudra Prasad Dhungel
This paper analyzes Nepal's hydropower development through the lens of energy diplomacy, examining how energy exports have been used as a diplomatic tool. It reveals that export commitments, including 10,000 MW to India and 9,000 MW to Bang…
Luis Alejandro Vergara, Joseph Sweeney, Fionnuala Murphy
This study applies life cycle assessment to an Irish commercial dairy farm, quantifying baseline emissions and evaluating mitigation strategies. Results show GWP can be reduced by 13-26%, but eutrophication potential increases by 4-12%, hig…
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