What is the Ex Creatio Project?
Ex Creatio is leading the charge in the maritime decarbonization revolution with a cutting-edge Deeptech solution designed for maritime and air transport—covering both freight and passengers. Inspired by nature and patented across France, the US, and China, this bio-inspired technology is all about making vessels more efficient without the usual headaches. Imagine cutting fuel consumption and CO2 emissions by up to 10% per ship trip—sounds like a game-changer, right? The best part? It’s easy to implement, often just by swapping out the rudder or stabilizers during routine inspections. Ex Creatio’s innovation is not just about technology; it’s about making sustainable maritime transport a reality.
Main Benefits of Ex Creatio’s Technology
Here’s why this project stands out:
- Up to 10% reduction in fuel consumption and CO2 emissions per vessel trip
- Potential financial savings of €900,000 per ship on a China-Europe trip
- Reduction of 3,000 tons of CO2 emissions per ship per trip
- Easy retrofit during routine maintenance—no major downtime
- Patented technology in France (FR1900981), China (ZL 2020800265152), and the US (US17427675)
Decarbonizing Air Transport: The Next Frontier
Ex Creatio isn’t stopping at the seas. The project is also pushing boundaries in air transport. Their Passive Morphing technology boosts lift by a whopping 53%, cuts fuel consumption by 3 to 5%, and improves the lift-to-drag (L/D) ratio by 10%. Plus, it helps reduce noise and delays stall occurrence. This means aircraft can fly more efficiently and quietly—definitely a breath of fresh air for the aviation industry.
Enhancing Renewable Energy Production
Beyond transport, Ex Creatio’s Passive Morphing tech offers exciting possibilities for renewable energy. By adapting this biomimetic fin technology to wind and tidal turbines, the efficiency and productivity of these clean energy sources can be significantly improved. The technology mimics the elegant, efficient movements of fish fins, translating natural biomechanics into industrial design. This means wind and tidal turbines can generate more power, pushing the boundaries of sustainable energy production.
Understanding Passive Morphing Technology
So, what exactly is Passive Morphing? In simple terms, it’s a continuous shape transformation—think of a fin that naturally changes its camber in response to aerodynamic or hydrodynamic forces. Unlike other systems, there’s no internal actuation or complex control mechanism. Instead, the shape adapts seamlessly to external pressures, regulated by mechanical constraints and the angle of attack. This makes it perfect for rigid sails, rudders, and stabilizers, offering a smart, efficient way to boost performance.
Project Impact on Sustainable Development Goals (SDGs)
- SDG 7: Affordable and Clean Energy – by improving renewable energy production
- SDG 9: Industry, Innovation, and Infrastructure – through patented, innovative technology
- SDG 11: Sustainable Cities and Communities – by reducing emissions in transport
- SDG 13: Climate Action – directly tackling carbon emissions in maritime and air transport
- SDG 14: Life Below Water – by promoting cleaner maritime operations
About the Team Behind Ex Creatio
The brains and passion behind Ex Creatio come from a dedicated team of experts fascinated by mechanics and biomimicry. Their commitment? Building a greener, more sustainable future by harnessing nature’s ingenious designs. Inspired by the fluid, efficient movements of fish fins, they’ve turned this natural marvel into a practical, industrial innovation that’s ready to transform multiple sectors—from nautical to aeronautical and renewable energy. It’s innovation inspired by nature, designed for the planet.
