A seafloor lander designed to be a complete, modular and cost effective solution for deep-sea data acquisition up to 6 months

Control of users commercial planning processes, helping users efficiently plan and optimise vessel utilisation and port rotation.

Do you believe a revolutionary wave energy converter can disrupt the energy industry? We, at Seabreath, have developed just that. Fossil fuels are a dirty, expensive, and unsustainable reality. We need a clean, reliable, and powerful energy solution, but existing options often lack reliability or affordability. Our wave energy converter is a game-changer. Unlike current solutions, it's designed for efficiency, cost-effectiveness, and environmental friendliness. It captures wave energy and transforms it into clean, reliable electricity. We've made significant progress. With a detailed engineering design complete, we're ready to build the prototype. Seabreath can capitalize on a vast, untapped market. Being a first mover allows us to capture a significant share. Current wave energy solutions are commercially unviable. Seabreath's innovative device boasts impressive efficiency due to its one-way airflow design, while its modular construction minimizes costs throughout implementation, transport, installation, and maintenance. Sustainability is at our core. We utilize renewable energy, recycled materials, and features that promote coastal health and marine life. To bring this technology to market, we require €1,000,000 in funding. This investment will allow us to build the prototype, conduct rigorous testing, and attract further private investment for large-scale deployment. The Seabreath team is comprised of proven engineers, scientists, and entrepreneurs with a history of developing innovative technologies. The next step is constructing the 30-meter, 1:1 scale prototype, which will take 17 months. Our numerous awards demonstrate the value and potential of this project. We are ready to make a real difference and create a more sustainable world.

Coastal Intelligence by SeaCras leverages AI analysis of very high-resolution satellite data to evaluate marine emissions and estimate the ecological vulnerability of micro-locations, destinations, and territorial waters. We assess various water quality descriptors and combine them with data on anthropogenic activities, air, and land to provide insights on risks, threats, and opportunities for ports, port authorities, and cruise lines. As a result, we can determine how the marine environment changes over time and understand man-made and climate-related influences while keeping greenhouse gas emissions and costs for our clients to a minimum. This solution is designed to address the challenges faced by stakeholders in the cruising and coastal tourism, maritime transport, offshore energy, and security sectors. Powered by SeaCras products: • SeaCras App - Corporate Demonstration Sustainability Tool • Continuous environmental monitoring and surveillance of the extended port area • ESG reporting on marine resources • Maritime spatial planning & marine protected areas feasibility studies

River barriers for plastic and microplastic waste

We're an aquaculture company focussed on sustainably producing corvina (meagre) using a recirculating aquaculture system - RAS. By combining the latest technology developments with state of the art scientific research, we can produce top quality seafood that is sustainable, biosecure and fully traceable, without using any chemicals or antibiotics. The RAS system allows us to control every parameter, thus promoting the best growth conditions and, consequently, the best animal welfare.

Asparagopsis and seaweed supply.

SEAFLOATECH POD installation in Saint-Tropez bay

Product: Paralytic shellfish poisoning (PSP) is a serious illness caused by eating shellfish contaminated with dinoflagellate algae, which produce harmful toxins. This output concerns a procedure for the effective detoxification of paralytic toxin-contaminated shellfish. The process is based on an existing EC-approved procedure for cockles (Acanthocardia tuberculata), which has been modified to extend detoxification capacity for other bivalve molluscs, namely mussels, clams and scallops. Detoxification is achieved through a thermal process that reduces PSP contamination by almost 85% in bivalve molluscs, making them safe for human consumption, provided the initial level is below a certain threshold.

Seagrass farming to offset climate change

Digitizing maritime crew management eco system while putting operationally together all key stakeholders and enabling them to work faster better and data driven

SeaMeat – seaweed based hybrid meat

We have developed a concept which aims at producing Green fuels at a very large scale and at a price which will be competitive with current fossil fuel. It is based on an innovative and patented technology that is able to capture wind energy at a very low cost The main fuel we want to produce is Green Hydrogen using renewable energy. It Can also be: - Green ammonia - Sustainable Aviation Fuel - Green Methanol Today, the main challenges of Renewable Energy is that it?s: Intermittent, Not storable & Expensive Seanairgy offers continuous and storable renewable energy at very low cost

SeaO2 is a Dutch Ocean Carbon Removal company committed to addressing climate change through removing CO2 from the atmosphere at gigaton-scale. Carbon Removal technologies are Negative Emissions that are crucial to achieve Net Zero. SeaO2's solution is Direct Ocean Capture, which harnesses the vast potential of the oceans to do so: Our tech relies solely on renewable electricity and seawater as inputs to remove CO2 from seawater, which then re-absorbs it from the atmosphere, basically leveraging the ocean as a tool to remove CO2 from the air

Ship design and offshore engineering

Empowering maritime professionals and streamlining industry recruitment through an all-in-one digital platform. A one-stop app tailored for maritime careers and hiring, offering education, jobs, and community engagement. We plan to develop an AI assistant to guide professionals and share key industry regulations.

Real-time digital data exchange among stakeholders involved in port call processes.

Autonomous surface-level vessel for oceanic data collection

By enlarging the weather window, a significant cost reduction is achieved in the installation of offshore wind turbines

Making moorings smart, safe and eco-sustainable.