CORRASBlue: Co-creating a digital twin for coastal corrosion risk management through stakeholder involvement

Annete Alsted Rasmussen; Biwen Annie An; Andreas Erbe; Andrea Koerdt; Torben Lund Skovhus; Elisabete Silva; Uros Trdan; Abdeikader Meroufel; Husnu Gerengi; Esra Sungur; Yaiza Gonzalez-Garcia; Pedro Vinagre; Marc Jeannin; Nicolas Larche; Hervé Gueune; Maria Salta; Lars Vendelbo Nielsen; Sefa Güntepe; Elsemiek Croese; constantinos Hadjistassou

CORRASBlue: Co-creating a digital twin for coastal corrosion risk management through stakeholder involvement

Annete Alsted Rasmussen
, Biwen Annie An
, Andreas Erbe
, Andrea Koerdt
, Torben Lund Skovhus
, Elisabete Silva
, Uros Trdan
, Abdeikader Meroufel
, Husnu Gerengi
, Esra Sungur
, Yaiza Gonzalez-Garcia
, Pedro Vinagre
, Marc Jeannin
, Nicolas Larche
, Hervé Gueune
, Maria Salta
, Lars Vendelbo Nielsen
, Sefa Güntepe
, Elsemiek Croese
, constantinos Hadjistassou

Forskningscenter for byggeri, klima og vandteknologi

Publikation: Konferencebidrag uden forlag/tidsskrift › Abstrakt › Forskning › peer review

Abstract

Unchecked corrosion in coastal environments poses a significant threat to marine
ecosystems and the sustainability of the blue economy. It contributes to heavy metal
pollution, disrupts sediment dynamics, and accelerates infrastructure degradation.
Global estimates suggest corrosion could cost 20–30 billion EUR over the lifetime of
marine installations, with 4–10 billion EUR potentially avoidable through better
mitigation practices. Despite advances in infrastructure design, many projects
prioritize functionality over long-term durability, increasing the risk of preventable
corrosion failures. Corrosion protection remains one of the most effective short-term
strategies for enhancing material sustainability. Given the harsh and complex marine
conditions, coordinated efforts among stakeholders—such as asset owners,
regulators, material producers, and engineers—are essential to support informed
decision-making and ensure resilient, long-lasting infrastructure.
The CORRASBlue project brings together a multidisciplinary consortium from 10
countries to tackle this issue head-on through the development of a novel Coastal
Corrosion Risk Management (CCRM) digital twin platform. This platform will integrate
real-time sensor data, environmental parameters, and microbiologically influenced
corrosion (MIC) insights to support predictive maintenance and lifecycle management
of marine assets. This presentation will showcase how stakeholder feedback is
essential in shaping the requirements, priorities and functionalities of the digital twin
system. Their inputs will not only ensure the final platform will be scientifically robust
but also aligns with real-world operational needs and regulatory frameworks. By
embedding stakeholder perspectives into every phase of development, CORRASBlue
aims to deliver a practical, scalable, and impactful solution for corrosion risk
management—contributing to a more resilient and sustainable blue economy.

Originalsprog	Engelsk
Publikationsdato	24 sep. 2025
Status	Udgivet - 24 sep. 2025
Begivenhed	Mission Ocean & waters EU presidency conference - Nyborg strand, Nyborg, Danmark Varighed: 23 sep. 2025 → 24 sep. 2025 https://event.sdu.dk/missionoceaneu

Konference

Konference	Mission Ocean & waters EU presidency conference
Lokation	Nyborg strand
Land/Område	Danmark
By	Nyborg
Periode	23/09/25 → 24/09/25
Internetadresse	https://event.sdu.dk/missionoceaneu

Emneord

Byggeri, miljø og energi

Andre filer og links

Abstract from Mission Ocean Conference - poster - Anette

https://event.sdu.dk/missionoceaneu/programme

CORRASBlue : Coastal Corrosion Risk Management through Digital twin model for a Sustainable Blue Economy
Stepec, B. A. A. (Projektleder), Skovhus, T. L. (Projektleder), Koerdt, A. (CoPI), Silva, E. (CoPI) & Gerengi, H. (CoPI)
01/08/25 → 31/07/28
Projekter: Projekt › Forskning

Citationsformater

Rasmussen, A. A., An, B. A., Erbe, A., Koerdt, A., Skovhus, T. L., Silva, E., Trdan, U., Meroufel, A., Gerengi, H., Sungur, E., Gonzalez-Garcia, Y., Vinagre, P., Jeannin, M., Larche, N., Gueune, H., Salta, M., Nielsen, L. V., Güntepe, S., Croese, E., & Hadjistassou, C. (2025). CORRASBlue: Co-creating a digital twin for coastal corrosion risk management through stakeholder involvement. Abstract fra Mission Ocean & waters EU presidency conference, Nyborg, Danmark.

@conference{1c447631496f4307bd04ab601b2389fe,

title = "CORRASBlue: Co-creating a digital twin for coastal corrosion risk management through stakeholder involvement",

abstract = "Unchecked corrosion in coastal environments poses a significant threat to marine ecosystems and the sustainability of the blue economy. It contributes to heavy metal pollution, disrupts sediment dynamics, and accelerates infrastructure degradation. Global estimates suggest corrosion could cost 20–30 billion EUR over the lifetime of marine installations, with 4–10 billion EUR potentially avoidable through better mitigation practices. Despite advances in infrastructure design, many projects prioritize functionality over long-term durability, increasing the risk of preventable corrosion failures. Corrosion protection remains one of the most effective short-term strategies for enhancing material sustainability. Given the harsh and complex marine conditions, coordinated efforts among stakeholders—such as asset owners, regulators, material producers, and engineers—are essential to support informed decision-making and ensure resilient, long-lasting infrastructure. The CORRASBlue project brings together a multidisciplinary consortium from 10 countries to tackle this issue head-on through the development of a novel Coastal Corrosion Risk Management (CCRM) digital twin platform. This platform will integrate real-time sensor data, environmental parameters, and microbiologically influenced corrosion (MIC) insights to support predictive maintenance and lifecycle management of marine assets. This presentation will showcase how stakeholder feedback is essential in shaping the requirements, priorities and functionalities of the digital twin system. Their inputs will not only ensure the final platform will be scientifically robust but also aligns with real-world operational needs and regulatory frameworks. By embedding stakeholder perspectives into every phase of development, CORRASBlue aims to deliver a practical, scalable, and impactful solution for corrosion risk management—contributing to a more resilient and sustainable blue economy.",

keywords = "construction, environment and energy",

author = "Rasmussen, \{Annete Alsted\} and An, \{Biwen Annie\} and Andreas Erbe and Andrea Koerdt and Skovhus, \{Torben Lund\} and Elisabete Silva and Uros Trdan and Abdeikader Meroufel and Husnu Gerengi and Esra Sungur and Yaiza Gonzalez-Garcia and Pedro Vinagre and Marc Jeannin and Nicolas Larche and Herv{\'e} Gueune and Maria Salta and Nielsen, \{Lars Vendelbo\} and Sefa G{\"u}ntepe and Elsemiek Croese and constantinos Hadjistassou",

year = "2025",

month = sep,

day = "24",

language = "English",

note = "Mission Ocean \& waters EU presidency conference ; Conference date: 23-09-2025 Through 24-09-2025",

url = "https://event.sdu.dk/missionoceaneu",

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Rasmussen, AA, An, BA, Erbe, A, Koerdt, A, Skovhus, TL, Silva, E, Trdan, U, Meroufel, A, Gerengi, H, Sungur, E, Gonzalez-Garcia, Y, Vinagre, P, Jeannin, M, Larche, N, Gueune, H, Salta, M, Nielsen, LV, Güntepe, S, Croese, E & Hadjistassou, C 2025, 'CORRASBlue: Co-creating a digital twin for coastal corrosion risk management through stakeholder involvement', Mission Ocean & waters EU presidency conference, Nyborg, Danmark, 23/09/25 - 24/09/25.

TY - ABST

T1 - CORRASBlue

T2 - Mission Ocean & waters EU presidency conference

AU - Rasmussen, Annete Alsted

AU - An, Biwen Annie

AU - Erbe, Andreas

AU - Koerdt, Andrea

AU - Skovhus, Torben Lund

AU - Silva, Elisabete

AU - Trdan, Uros

AU - Meroufel, Abdeikader

AU - Gerengi, Husnu

AU - Sungur, Esra

AU - Gonzalez-Garcia, Yaiza

AU - Vinagre, Pedro

AU - Jeannin, Marc

AU - Larche, Nicolas

AU - Gueune, Hervé

AU - Salta, Maria

AU - Nielsen, Lars Vendelbo

AU - Güntepe, Sefa

AU - Croese, Elsemiek

AU - Hadjistassou, constantinos

PY - 2025/9/24

Y1 - 2025/9/24

N2 - Unchecked corrosion in coastal environments poses a significant threat to marine ecosystems and the sustainability of the blue economy. It contributes to heavy metal pollution, disrupts sediment dynamics, and accelerates infrastructure degradation. Global estimates suggest corrosion could cost 20–30 billion EUR over the lifetime of marine installations, with 4–10 billion EUR potentially avoidable through better mitigation practices. Despite advances in infrastructure design, many projects prioritize functionality over long-term durability, increasing the risk of preventable corrosion failures. Corrosion protection remains one of the most effective short-term strategies for enhancing material sustainability. Given the harsh and complex marine conditions, coordinated efforts among stakeholders—such as asset owners, regulators, material producers, and engineers—are essential to support informed decision-making and ensure resilient, long-lasting infrastructure. The CORRASBlue project brings together a multidisciplinary consortium from 10 countries to tackle this issue head-on through the development of a novel Coastal Corrosion Risk Management (CCRM) digital twin platform. This platform will integrate real-time sensor data, environmental parameters, and microbiologically influenced corrosion (MIC) insights to support predictive maintenance and lifecycle management of marine assets. This presentation will showcase how stakeholder feedback is essential in shaping the requirements, priorities and functionalities of the digital twin system. Their inputs will not only ensure the final platform will be scientifically robust but also aligns with real-world operational needs and regulatory frameworks. By embedding stakeholder perspectives into every phase of development, CORRASBlue aims to deliver a practical, scalable, and impactful solution for corrosion risk management—contributing to a more resilient and sustainable blue economy.

AB - Unchecked corrosion in coastal environments poses a significant threat to marine ecosystems and the sustainability of the blue economy. It contributes to heavy metal pollution, disrupts sediment dynamics, and accelerates infrastructure degradation. Global estimates suggest corrosion could cost 20–30 billion EUR over the lifetime of marine installations, with 4–10 billion EUR potentially avoidable through better mitigation practices. Despite advances in infrastructure design, many projects prioritize functionality over long-term durability, increasing the risk of preventable corrosion failures. Corrosion protection remains one of the most effective short-term strategies for enhancing material sustainability. Given the harsh and complex marine conditions, coordinated efforts among stakeholders—such as asset owners, regulators, material producers, and engineers—are essential to support informed decision-making and ensure resilient, long-lasting infrastructure. The CORRASBlue project brings together a multidisciplinary consortium from 10 countries to tackle this issue head-on through the development of a novel Coastal Corrosion Risk Management (CCRM) digital twin platform. This platform will integrate real-time sensor data, environmental parameters, and microbiologically influenced corrosion (MIC) insights to support predictive maintenance and lifecycle management of marine assets. This presentation will showcase how stakeholder feedback is essential in shaping the requirements, priorities and functionalities of the digital twin system. Their inputs will not only ensure the final platform will be scientifically robust but also aligns with real-world operational needs and regulatory frameworks. By embedding stakeholder perspectives into every phase of development, CORRASBlue aims to deliver a practical, scalable, and impactful solution for corrosion risk management—contributing to a more resilient and sustainable blue economy.

KW - construction, environment and energy

UR - https://event.sdu.dk/missionoceaneu/programme

M3 - Abstract

Y2 - 23 September 2025 through 24 September 2025

ER -

CORRASBlue: Co-creating a digital twin for coastal corrosion risk management through stakeholder involvement

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CORRASBlue : Coastal Corrosion Risk Management through Digital twin model for a Sustainable Blue Economy

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