AmA® Artificial Modular Reefs are at the forefront of merging anti-scour technology with nature inclusive design, presenting an indispensable solution for offshore wind farm challenges.
Engineered to combat seabed erosion around wind turbine foundations, AMA® reefs are engineered to withstand significant near bottom velocities- up to nearly 5 m/s, as detailed in the wave analysis of extreme wave conditions like Cyclone Xavier, a paradigm of precision and efficiency in marine engineering.
The anti-scour features significantly reduce erosion, a common issue near turbine bases, through well-calibrated hexagonal structures that stabilise the seabed and diminish turbulent flow effects.
Beyond mere structural integrity, AmA® reefs are integral to achieving environmental tender compliance in offshore wind projects.
Recognizing the increasing emphasis on ecological responsibility, our modular design incorporates nature-inclusive elements that foster focused marine biodiversity.
This approach is not only beneficial for the marine environment but also a strategic advantage for utility providers, wind farm owners, and operators in competitive bid processes.
Incorporating AmA® reefs into offshore wind projects can significantly enhance the environmental score of tenders or bids, aligning with regulatory mandates and societal expectations for sustainable energy development.
Furthermore, the nature-inclusive design of AmA® facilitates the creation of artificial marine habitats, promoting an ecological balance that extends beyond the operational benefits of wind farms.
For stakeholders in the offshore wind sector, adopting AmA® represents a commitment to environmental stewardship and operational excellence. It addresses the immediate technical challenges of offshore wind installations while ensuring compliance with environmental standards, making it an essential component for future-focused and responsible offshore wind energy production.
