GX & Decarbonization Research

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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.

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.

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…

Maksym W. Sitnicki, Bożena Iwanowska, Yan Kapranov +4

This study examines how digitalisation and entrepreneurial ecosystem development influence the number and funding of energy-related start-ups using cross-country panel data (25 countries 2017–2022 plus global sample 2019–2023). It finds tha…

Chenguang Zhu, Zongke Li, Liu Ning +2

This paper proposes an optimization method for energy system planning in zero-carbon industrial parks. It integrates hybrid mixed-integer conic optimization with hierarchical scheduling to jointly plan source, grid, load, and storage, aimin…

Julian Klaaßen

This paper explores the challenges and strategies for integrating sustainable aviation fuels (SAF) and liquid hydrogen into airport development. It emphasizes scenario-driven modular master planning to mitigate risks and highlights pilot pr…

M. Leersnyder

This paper examines commercial hybrid models integrating renewable energy with gas-fired generation in Australia's NEM under high VRE penetration. It compares financial instruments, tolling agreements, partnerships, acquisition/lease, and b…

Bruce W. E. Norris

This presentation reports initial findings for an Australian testing centre aimed at quantifying methane intensity from LNG supply chains. It compares the performance of quantitative optical gas imaging cameras and high-flow samplers agains…

Zisimos Toumasatos, Hanwei Zhu, Tianbo Tang +4

This paper presents real-world emissions measurements from heavy-duty vehicles (diesel, natural gas, diesel-hybrid electric), comparing particulate matter, GHGs, and toxic gases. Results show hybrid vehicles reduce NOx effectively but have …

Parker S.F.

This paper discusses how neutron scattering and related techniques can advance catalysis for net-zero emissions, with applications in hydrogen production, carbon capture, and efficient chemical processes.

Bayraktar M.

This study evaluates the greenhouse gas fuel intensity of marine fuels under the maritime net-zero framework. It compares lifecycle GHG emissions of various alternative fuels, providing benchmarks for regulatory compliance.

Jérôme Cardolaccia, Nicolas Alpy, Philippe Amphoux +12

This paper introduces the IDNES project by the French Alternative Energies and Atomic Energy Commission (CEA), which explores nuclear reactor applications beyond electricity generation, such as industrial heat and hydrogen production, to su…

Xiong Wei, Xiangyang Ma, Binghui Chen +1

This paper evaluates the integration of green hydrogen into coal-based methanol production across Chinese regions, assessing emissions reduction potential and policy implications for the energy transition.