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Maritime Technologies

We develop energy efficiency enhancing measures for the shipbuilding industry, concentrating on propeller and rudder development, line optimization and ship operation issues, such as energy recovery, e.g., from exhaust gas or exhaust air.

Starting with the idea for a product, up through the technical and engineering development process, with the requisite shop drawings, prototype construction and up to the test phase and  monitoring of class approval – without which the product cannot be released onto the market – we can perform and realize each individual step along the chain of development.

Basic research

Basic research
We at INNOVEN are constantly expanding and enhancing our own, in-house know-how just for the sake of enabling us to integrate this expertise directly into our customer’s projects ... read more »

Aerodynamics

Aerodynamics
The aerodynamic properties of the surface vessel structure have a significant impact on ship resistance and, hence, on fuel consumption ...
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Hydrodynamics

Hydrodynamics
We develop and optimize ship hulls and propeller blades, along with the associated rudder geometries, employing 3D-CFD computation based on hydrodynamic considerations ...
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Automation and control technology

Automation and control technology
The use of new technologies on board a cargo vessel or tanker is ineffectual unless a tailor-made control technology is also included in the supplied package ...
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Loading and strength calculation

Loading and strength calculation
Utilization of a sail-based propulsion system requires that verification calculations be conducted for its integration into the ship structure ...
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3D Designs

3D Designs
We construct sail-based propulsion systems, propellers and steel structures using Autocad / INVENTOR software ...
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