The key objective of the MNT program is to innovate and develop advanced materials and coatings that enhance the performance, durability, and sustainability of offshore structures and operations. Each project focuses on addressing critical challenges such as corrosion protection, efficient gas storage, and weight reduction, aiming to improve operational efficiency while reducing maintenance costs and environmental risks.
By leveraging cutting-edge materials science, this program seeks to transform the offshore industry through enhanced reliability and sustainability in demanding marine environments.
MNT Projects
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MNT.1 New functional hydrophobic, anti-fouling, and anti-paraffin coatings for corrosion protection and flow assurance
The project is set to innovate how we protect metal surfaces in offshore environments. By developing super hydrophobic coatings, this initiative aims to prevent corrosion and reduce the buildup of fouling and paraffin deposits. These advanced coatings can significantly enhance the efficiency and longevity of metal structures and equipment, lowering operational and maintenance costs while minimizing risks to health, safety, and the environment.
Technological Challenge
The project will advance the development of novel coating technologies, addressing the challenge of enhancing material performance and reliability in harsh offshore conditions, ultimately supporting the transformation of the offshore industry.
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MNT.2 Development of adsorbent materials based on metal-organic frameworks for the transportation and storage of H2 and CO2
Aims to create innovative materials with exceptional adsorption capabilities for hydrogen, carbon dioxide, and other gases. Utilizing metal-organic frameworks (MOFs), these materials function like sponges, efficiently adsorbing, retaining, and releasing gas molecules. This project not only addresses the growing demand for effective gas storage solutions but also seeks to enhance the storage capacities of these materials under ambient conditions, making them practical for real-world applications.
Technological Challenge
The project will advance the design of adsorbent materials by improving their storage capabilities and kinetics, tackling the challenge of efficient hydrogen and carbon dioxide management in the evolving offshore industry.
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MNT.4 Applications of polymeric composites and multifunctional materials in offshore structures
Addresses the pressing issue of high maintenance costs associated with offshore structures due to material degradation and increased weight. By proposing the use of lower-density polymeric composites and multifunctional materials—such as those incorporating nanotubes or graphene—this initiative aims to enhance durability while significantly reducing structural weight. These advanced materials promise to mitigate corrosion and degradation in harsh offshore environments, ultimately leading to more efficient and sustainable operations.
Technological Challenge
The project will advance the development of lightweight, durable materials for offshore applications, tackling the challenge of reducing maintenance costs and enhancing structural integrity in the transformative offshore industry.