Anti Corrosion Technologies for Offshore Structures (TechVision)

1.1 Research Scope

1.2 Research Process and Methodology

1.3 Key Findings: Challenging Offshore Environments Drive Corrosion Technology Innovations

2.1 Importance of Anti-corrosion Technologies for Offshore Structures

2.2 Floating Production Storage Offloading (FPSO) and Drilling Platforms: The Two Major Corrosion Prone Areas

2.3 Anti-corrosion Coatings: The Most Widely Recognized Method to Prevent Corrosion

2.4 Cathodic Protection (CP): Most Popular for Submerged Bodies

2.5 Metal Plating: Most Preferred for Metallic Coatings

2.6 Corrosion Inhibitors Are Often Used to Prevent Corrosion

2.7 Various Other Anti-corrosion Technologies Addressing Specific Anti-corrosion Demands

3.1 Zinc-rich Coatings: The Most Common Metal-based Primer

3.2 Thermally Sprayed Aluminum (TSA) Coatings Offer Protection Against Exposure to Seawater Immersion

3.3 Epoxy and Urethanes: Most Commonly Used Anti-corrosion Organic Coatings

3.4 Composite Coatings and Multilayer Polyolefins being Increasingly Used in Offshore Structures

3.5 Simple, Smart, and Sustainable: Future Technology Trends of Anti-corrosion Coatings

3.6 Key Innovators: Corporates and Academia Collaborate For Technology Development

3.7 Recent Innovations: R&D in APAC is More Focused on Self-healing Coatings

3.8 Recent Innovations: Researchers Have Developed Some More Self-healing Formulations

3.9 Recent Innovations: US Tops in R&D for Smart Coatings

3.10 Recent Innovations: Nanotechnology Holds Immense Potential

3.11 Recent Innovations: Nanotechnology Enables Enhanced Coating Performance

3.12 Recent Innovations: Near-Zero VOC is Another Area with High Corporate R&D Interest

3.13 Recent Innovations: Newly Introduced Advanced Coating Formulations Offer Excellent Operational Flexibility

3.14 Recent Innovations: Significant Advances in the Wind Power Industry

4.1 Impressed Current and Sacrificial Anodes: The Two Major CP Types

4.2 CP in Conjunction with Coatings Offers Excellent Corrosion Protection

4.3 Technology Trends: Smart and Customized are the two Future Trends for CP

4.4 Key Innovators: Corporates are the Most Active Innovative Body

4.5 Recent Innovations: Advances in Remote Controlling of CPs are the Most Researched Area

5.1 Zinc, Nickel, Chromium, and Copper: The Most Commonly Used Materials for Anti-corrosion Plating

5.2 Technology Trends: Electroplating with Reduced Environmental Impact is the Future Trend

5.3 Key Innovators: Start-ups are Most Active in Offering Innovative Solutions

5.4 Recent Innovations: Corporates Have Developed Scalable Electroplating Methods to Offer Great Corrosion Resistance

6.1 Recent Innovations- Smart Corrosion Sensors and Advanced Corrosion Inhibitor Technologies can Revolutionize the Anti-corrosion Industry

6.2 Recent Innovations: Robotics and Software Contribute to Anti-corrosion Technology Advances

7.1 Demand for Performance Enhancements Encourages New Product Development

7.2 Stakeholders’ Initiatives Expected to Address Industry Needs

8.1 Technology Roadmap (2016–2022): Novel Coating Formulations Will Drive The Future Of Anti-corrosion Technologies

8.2 Analyst Insights: R&D Initiatives Need to Focus on Ensuring Reliability

9.1 Key Patents—North America

9.2 Key Patents—Europe

9.3 Key Patents—APAC and Rest of World

10.1 Key Contacts

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