“Fit for 55”: The EU Plan for a Green Transition

Rodrigues, André Alfar

doi:10.1007/978-3-031-49460-4_15

Economic Analysis of Law in European Legal Scholarship

2024

DOI: 10.1007/978-3-031-49460-4_15

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“Fit for 55”: The EU Plan for a Green Transition

André Alfar Rodrigues

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2024

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Cited by 2 publications

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Integration of carbon capture utilization and storage into sustainable energy policies in Africa: the case of Liberia

Eze,

Tamba,

Eze

et al. 2024

Oxford Open Energy

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The state of Liberia in Africa faces profound energy challenges including limited electricity access and heavy dependence on traditional biomass and imported fossil fuels with high emissions. Traditional biomass fuels comprise over 80% of Liberia’s energy consumption. Around half of the power production is based on fossil fuels. Various carbon capture utilization and storage (CCUS) technologies would therefore be relevant. This study analyzed the potential role of CCUS and its relation to energy and climate policies in Liberia. By synthesizing different perspectives, this study provides guidelines for further development of CCUS in Liberia and Africa.

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Integration of carbon capture utilization and storage into sustainable energy policies in Africa: the case of Liberia

Eze,

Tamba,

Eze

et al. 2024

Oxford Open Energy

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Improving O&M Simulations by Integrating Vessel Motions for Floating Wind Farms

Dighe,

Huang,

Montfort

et al. 2024

JMSE

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This study presents an integrated methodology for evaluating operations and maintenance (O&M) costs for floating offshore wind turbines (FOWTs), incorporating vessel motion dynamics. By combining UWiSE, a discrete-event simulation tool, with SafeTrans, a voyage simulation software, vessel motion effects during offshore operations are modeled. The approach is demonstrated in a case study at two wind farm sites, Marram Wind and Celtic Sea C. Three major component replacement (MCR) strategies were assessed: Tow-to-Port (T2P), Floating-to-Floating (FTF), and Self-Hoisting Crane (SHC). The T2P strategy yielded the highest O&M costs—94 kEUR/MW/year at Marram Wind and 97 kEUR/MW/year at Celtic Sea C—due to the extended MCR durations (90–180 days), leading to lower availability (90–94%). In contrast, the FTF and SHC strategies offered significantly lower costs and downtime. The SHC strategy was most cost-effective, reducing costs by up to 64% while achieving 97–98% availability. The integrated approach was found to be either more restrictive or more permissive depending on the specific sea states influencing the motion responses. This variability highlights the critical role of motion-based dynamics in promoting safe and efficient O&M practices, particularly for advancing FOWT operations.

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“Fit for 55”: The EU Plan for a Green Transition

Cited by 2 publications

References 8 publications

Integration of carbon capture utilization and storage into sustainable energy policies in Africa: the case of Liberia

Integration of carbon capture utilization and storage into sustainable energy policies in Africa: the case of Liberia

Improving O&M Simulations by Integrating Vessel Motions for Floating Wind Farms

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