The Monaco Smart & Sustainable Marina Rendezvous 2024, an event organized at the Yacht Club de Monaco by Monaco Marina Management.
The essence is to present new solutions and innovative technologies that help protect the environment in order to encourage their implementation in the building and management of more virtuous marinas.
Thanks to their autonomous solutions Aquapod® and Aquadron®, Clean Sea Solutions help to stop plastic pollution, particularly in urban coastal areas such as marinas. These innovative devices intercept waste before it reaches the ocean, protecting marine biodiversity and fragile ecosystems. Their approach combines cutting-edge technology with sustainability, offering a scalable and concrete solution to the issue of marine debris.
ECOCEAN is committed to marine biodiversity regeneration by installing its innovative ecological solutions in over 50 marinas worldwide. The Biohut® is a patented and 100% recyclable solution that acts as an artificial nursery for young fish and vagile fauna. By recreating the local food chain in degraded marine environments, it provides a critical habitat to support the growth and survival of more than 500 species. Since the creation, 20% of the annual revenue has been allocated to innovation, research, and development, enabling the company to achieve concrete and advanced results.
This prestigious award is founded on a strong vision: Smart Marinas are like micro-cities, leading the way in urban development that is more environmentally friendly and in harmony with the nearby ocean. More than just hubs for yachting, the marinas of the future are set to become vibrant spaces where people love to be. They serve as gateways connecting to a range of facilities and services, with a commitment to being smart and sustainable from the very first stages of design. This award will recognize marinas for their innovative architecture, eco-friendly approach, and exceptional customer experience. Submissions are welcome from marinas worldwide.
Alcudiamar Marina demonstrated its commitment to sustainability by showcasing its energy and water optimization system through smart turrets, which effectively reduce its carbon footprint. The marina also implemented the Flovac® solution for waste management, along with electric charging stations for both cars and boats. Additionally, it has reduced paper use by digitizing processes with tools such as online check-in and the use of QR codes for information access.
Setur Marina Kaş stood out for its dedication to implementing concrete environmental and biodiversity initiatives. The marina conducts regular water quality monitoring and collaborates with environmental organizations to protect marine ecosystems. Through investments in renewable energy and the use of smart technologies, the marina has significantly reduced its ecological footprint. Its efforts also include eliminating single-use plastics among employees and managing plastic waste with the Smartium Clean® project, aimed at reducing marine pollution.
The Lotus Marina project by Structurelab is a modular floating marina with a 72-meter diameter, designed to expand by adding modules as needed. The structures are built from 100% recycled plastic, ensuring a sustainable and eco-friendly construction. Each platform integrates energy management systems, including solar panels and optimized thermal insulation to reduce energy consumption. The circular design maximizes space, providing relaxation areas and maintenance services for yachts, along with moorings for smaller vessels. The modular integration adapts seamlessly to coastal landscapes without disrupting ecosystems.
The floating marina presented by Arrogant Architects features a modular, scalable design using recycled marine-grade aluminum and fibers to ensure durability and minimize environmental impact. The structure is anchored with advanced systems that protect sensitive ecosystems, particularly the Posidonia seagrass meadows, by avoiding seabed damage. The design also incorporates a central “social hub,” a floating communal space that promotes interaction and offers panoramic views. Each module can be easily added or relocated, offering flexibility and adaptability.
The SeaForestation project presented by the student Cornelia Bosman from the University of Pretoria features a floating marina with marine-grade concrete piles and a 360° rotating platform to optimize mooring against ocean currents. Flexible SeaFlex™ mooring systems and polyester ropes allow catamarans to move freely. Solar-powered Unmanned Surface Vehicles (USVs) assist with mooring and vessel management. Underwater turbines generate energy, while floating attenuation mats reduce wave formation. Pneumatic cushions between vessels act as buffers to minimize tension on mooring lines.
