The engineering system behind every decision.
Vessel data→Geometry→CFD→Optimization
Explore the platform 
We identify the most viable efficiency opportunities and turn them into ship-specific engineering through parametric design, CFD and optimization.
EVERY VESSEL IS DIFFERENT.
SO IS THE RIGHT SOLUTION.
Hull form, propeller geometry, wake field and operational profile change from vessel to vessel. A standard product cannot create a standard result.
Among dozens of equipment and propeller options, which solution is right for your vessel?
ASSESS.
DESIGN.
IMPLEMENT.
From technical and economic evaluation to production-ready engineering.
- 01
Assess
We review vessel data, operating profile and retrofit constraints to identify the most viable efficiency path.
- 02
Design
Parametric geometry, CFD and optimization turn the selected opportunity into a vessel-specific solution.
- 03
Implement
Engineering geometry, technical documentation and integration inputs prepare the solution for production.
ONE PLATFORM.
MULTIPLE TECHNOLOGIES.
One computational workflow connecting vessel data, parametric geometry, CFD, optimization and engineering delivery.
Designed for the operating profile.
Parametric reconstruction, new design and multi-objective optimization.
Recover lost energy.
Vessel-specific energy-saving devices designed around the propeller, wake field and operating profile.
BUILT AROUND YOUR
OPERATIONAL NEEDS.
Different stakeholders, one vessel-specific engineering workflow.
01 / 05
Shipowners & Operators
Compare retrofit alternatives, understand technical viability and move the right investment toward a vessel-specific engineering scope.
- Retrofit assessment
- Operational efficiency
- Investment decision support
06CONVERSIONPROPER CARBON © 2026
Discover Your Vessel's
Efficiency Potential.
Start with a preliminary assessment. We will review your vessel, operational requirements and project objectives to define the right engineering path.
01
Initial review
02
Technical call
03
Secure data request
04
Engineering scope