Join the Maritime Decarbonization Revolution



The International Maritime Organization (IMO) has set ambitious goals: a 40% reduction in carbon emissions by 2030 and achieving net-zero by 2050. The maritime industry, recently integrated into the EU Emissions Trading System, faces a major challenge: decarbonization.

Ex Creatio is at the forefront of this transformation with its innovative Deeptech solution for maritime and air transport (freight and passengers). Our bio-inspired technology, patented in France and the United States (with a pending application in China), stands out for its ease of use, reduced vessel downtime, and competitive costs.


With our solution, you can cut fuel consumption and CO2 emissions of a vessel by 10%. This represents a potential financial gain of €900,000 per ship per trip between China and Europe, equivalent to a reduction of 3,000 tons of CO2 per ship per trip.

Implementing this technology can be done easily, for instance, by replacing the rudder during a routine inspection. Ex Creatio is your ideal partner for a successful transition to sustainable maritime transport. Join us in making this essential change for the future of our planet.


Next step: decarbonizing air transport

  • Achieving a 3 to 5% reduction in fuel consumption

    • for an aircraft.

  • Enhancing the L/D ratio by 10%
  • Increasing lift by 53%
  • Noise reduction
  • Postponing stall occurrence​

Next step:

Improving renewable energy production

Ex Creatio's innovative Passive Morphing technology offers a promising solution for enhancing the efficiency of wind turbines and tidal turbines in the renewable energy sector. By integrating this technology, these systems can achieve higher levels of performance and productivity, thereby advancing the production of clean energy.

 


The graceful and efficient movements of fish in water have always been a source of wonder. Whether observing the synchronized dance of a school of fish or the sheer determination of salmon swimming against the current, the underwater realm offers endless inspiration for cutting-edge technologies.

It was amidst a serene riverside contemplation that the concept of passive morphing technology was conceived, inspired by the innate agility displayed by fish.

As a dedicated advocate of biomimicry, I have long been fascinated by the ingenious solutions found in nature, each one more elegant and efficient than the last.

By delving into the biomechanics of fish swimming, I focused on the intricate fin-ray patterns of their caudal fins and translated this natural phenomenon into a practical industrial design.

Passive Morphing serves as a testament to the potential of biomimicry, embodying the essence of innovation at Ex Creatio.

 

Embracing Nature's Wisdom.


Technicaly, what is the Passive Morphing technology?


Morphing refers to a continuous transformation of shape.

In the realm of aerodynamics or hydrodynamics, it denotes the ability to undergo a seamless alteration in camber.

In the context of my patented innovation, known as Passive Morphing, it signifies an uninterrupted adjustment of camber brought about by operational conditions. This morphing phenomenon arises from the external forces exerted on the profile by aerodynamic or hydrodynamic pressures. Notably, there is no internal actuation or deliberate shape control mechanism involved.

The configuration of the Passive Morphing profile is dictated by the external forces and is regulated by the angle of attack.

French Patent FR1900981

US Patent US17427675

​