Share Insights on Coating Needs for Green Fuels
The transition to green fuels such as hydrogen, ammonia, methanol, and biogas creates new demands on materials and component protection. To guide the development of next‑generation protective coatings, input from industry experts and researchers is essential.
A short survey (approx. 5 minutes) invites stakeholders to highlight key challenges, failure modes, and performance requirements related to components exposed to green fuels.
Take the survey here:
Stakeholder Perspectives on Protective Coating Solutions for Sustainable Fuels
The survey is conducted as part of the PVD4PtX project and the Danish MissionGreenFuels partnership, funded by the Danish Innovation Fund. Learn more about PVD4PtX and MissionGreenFuels here: PVD4PtX – MissionGreenFuels
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Seminar on: Surface Technologies for Green Fuels
A seminar on ’Surface Technologies for Green Fuels’ will be held at DieselHouse
(Everllence) in Copenhagen, on March 10th 2026.
The transition to green fuels such as hydrogen, ammonia, methanol, and biogas introduces new challenges for industrial components exposed to aggressive chemical and mechanical environments. Corrosion and wear are critical issues that threaten equipment reliability, increase maintenance costs, and slow the adoption of sustainable energy technologies.
This seminar explores the latest advancements in surface technologies and coating solutions designed to improve the durability and performance of components operating in green fuel systems. Participants will gain insights into cutting-edge research and industrial applications, while networking with leading experts from academia and industry.
The event also includes a guided tour of industrial test facilities, offering a unique opportunity to witness these technologies in action.
See the full program and sign up here: Seminar: Surface technologies for green fuels – Teknologisk Videndeling
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MIC & Marine Corrosion: Industry Training Course
Join our intensive two-day technical course on September 2.-5. 2026 at the Carlow Training Schoool.
The course is designed for professionals tackling Microbiologically Influenced Corrosion (MIC) and related corrosion challenges. This program combines cutting-edge theory with practical strategies to help you make informed decisions and protect critical infrastructure.
The training will cover:
- Fundamentals of MIC and corrosion of metals
- Corrosion management practices and standards
- Case studies from industrial and marine environments
- Sampling theory and data interpretation
- Advanced integration of microbiological evidence with engineering approaches
Through expert-led lectures, interactive workshops, and case-based discussions, you’ll gain actionable insights and strengthen your technical competencies in corrosion control and microbial analysis. This course fosters collaboration between academia and industry, driving innovation and best practices.
See the full program and sign up here: MIC & Marine Corrosion: Industry Training Course – Euro-MIC
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Coastal Corrosion Risk Management
Corrosion in coastal environments is a silent but costly threat. It leads to infrastructure degradation, environmental pollution, and economic losses. 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.
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.
We Need Your Input!
To ensure our solutions meet real-world needs, we are gathering insights from stakeholders across industry, academia, and policy. Your voice matters!
👉 Please take a few minutes to complete our survey: Click here
Learn more about the CORRASBlue project: Click here
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