GX & Decarbonization Research

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This paper uses spatial analysis to examine how digital economy dynamics and green technology innovation interact to drive low-carbon development. It identifies regional spillover effects and technology diffusion patterns, offering policy i…

Ha Thi Thu Nguyen

This study examines the impacts of economic growth, FDI, technological innovation, renewable energy, and forest area on CO2 emissions in Vietnam using STIRPAT and ARDL models (1990-2023). Results show economic growth drives long-run emissio…

Aslı Eylem Kolbaş

This doctoral project investigates a participatory design initiative for urban energy transition in Genk, Belgium, analyzing the role of youth as intermediaries between institutional plans and local communities. Using theoretical frameworks…

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This paper presents the development of a system that integrates district renewal and energy planning to support the formation of low-carbon cities. It describes the system design, implementation, and validation.

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This paper evaluates the performance of microalgae-derived biofuel production systems considering regional characteristics such as climate and resource availability. It provides insights for optimizing production and contributing to the ren…

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This study constructs a system for calculating the effects of regional energy supply that exchanges electricity and heat derived from waste and biomass within small areas. The system enables quantitative evaluation of improvements in local …

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This paper discusses the design of a woody biomass supply system for co-firing in coal-fired power plants. It examines the entire system including sustainable sourcing, transportation, and storage from an environmental management perspectiv…

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This paper outlines the decarbonization initiatives at the 2025 Osaka-Kansai Expo, including renewable energy use, carbon offsetting, and sustainable operations. Specific targets and results are not provided.

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This paper conducts life cycle analysis of marine fuels for GHG reduction in international shipping, examining responses to future fuel regulations. It evaluates alternative fuels like hydrogen and ammonia in terms of environmental impact a…

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This paper quantitatively evaluates the GHG reduction potential across the LNG supply chain, focusing on the CLEAN initiative. It analyzes various mitigation measures and demonstrates the emission reduction possibilities throughout the LNG …

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This paper proposes a methodology using life cycle simulation to create diffusion scenarios for low-carbon products. It models adoption rates and environmental impacts, providing insights for decarbonization policy and corporate strategy.

Gülmez R.

This paper examines e-methanol conversion and emission pooling strategies for the maritime industry to comply with EU carbon regulations (EU ETS and FuelEU Maritime). It analyzes the trade-offs between implementation cost and regulatory com…

Kai Buchmüller, Leonard Dick, Sarah Volkamer +1

This paper presents CONAN-build, an extension of the molecular dynamics analysis tool CONAN, for constructing functionalized carbon nanomaterials for energy storage devices. It allows interactive building of pristine materials, defects, and…

Rezza Maolya Setya Pratiwi Setya, Nadia Itona Siregar

This study analyzes media framing of Indonesia's E10 (10% ethanol-blended gasoline) policy on TikTok accounts of Liputan6 and SCTV. The media framed E10 as a government effort to create alternative energy, reduce fuel imports, and support e…

V. S. Parihar, B. N. Jha

This study analyzes the sustainability challenges of coal mining in India, which produced over 1 billion tonnes in FY2024-25, alongside rapid renewable energy expansion. Environmental costs include 35% native land cover loss and tuberculosi…

Emily Tyler, Fikri Muhammad

This paper theorizes 'pre-phase-out' dynamics in emerging economies lacking explicit coal phase-out commitments, comparing South Africa and Indonesia (1998-2024). Despite similarities, regime destabilization differs: South Africa's underper…

Andy Zhang

This paper conceptualizes the waiting time in urban energy transition as a design element, exploring future urban places. It provides a theoretical framework and practical implications.

Rachel Herring, Andrew Chapman, Emily Polk +1

This study reveals how rural Japanese communities experience the energy transition as a cultural transformation, reinterpreting renewable energy as a return to Edo-era circular living after Fukushima. Based on 49 interviews, it argues that …

Mohammed T. Zaki, Beichen Zhang, Newsha Ajami

This paper presents a systematic literature review on interdependencies among hydrogen, geothermal, bioenergy, direct air capture, and lithium mining within energy transition pathways. It identifies limitations of siloed assessments and pro…

Irene Scalco, Giulia Colafrancesco, Matteo Cinelli

This study proposes a model of information supply and demand in the Italian energy transition discourse, using data from Facebook, Instagram, GDELT, and Google. Findings show responsive coupling between supply and demand during major events…