· Discussing the role of offshore wind in achieving global climate goals and decarbonising the energy sector
· Exploring the potential of offshore wind to power a sustainable energy future
· Exploring the global potential of floating offshore wind in deeper waters
· Addressing the technological challenges and advancements in floating wind turbine design
· Discussing the economic and environmental benefits of floating offshore wind
· Exploring cutting-edge technologies in offshore wind turbine design and operation
· Discussing the potential of advanced materials, robotics, and AI in offshore wind
· Developing innovative solutions for offshore wind installation, maintenance, and decommissioning
• Exploring advancements in wind turbine design, including larger rotor diameters, higher tower heights, and innovative blade technologies
• Discussing the potential of floating wind turbines and their impact on the offshore wind industry
• Evaluating the performance and reliability of next-generation wind turbines
• Addressing the challenges and opportunities of integrating advanced turbine technologies into offshore wind farms
· Examining innovative approaches to offshore wind turbine installation and construction
· Discussing the use of advanced technologies and methodologies for efficient and cost-effective installation
· Analysing case studies of successful and challenging installation projects
· Identifying opportunities for further innovation in offshore wind construction and installation techniques
· Exploring different foundation types for offshore wind turbines, including monopiles, jackets, gravity-based structures, and floating platforms
· Evaluating the performance and cost-effectiveness of different foundation solutions
· Addressing the challenges of installing and maintaining foundations in challenging offshore environments
· Discussing the latest advancements in foundation design and construction technologies