Robotic fully automated hull washing technology
Machine learning data driven optimisation software
Bio-fouling on-board recycling bio-gas power stations
Worldwide washing stations’ network in major ports
The blue has never been so green
We are developing innovative technologies to wash the hull of all type of vessels, reducing carbon and sulfur emissions and improving the efficiency of merchant fleets.
Why a clean hull is important?
Organic bio-fouling encrusts every surface exposed to the seawater and it is responsible for the friction during navigation, increasing drag and fuel consumptions, and, consequently, the carbon and sulfur emissions.
LESS MOTION DRAG
A clean hull cancels the friction due to encrustation of algae and barnacles
LESS FUEL CONSUMPTION
Less friction means less energy to move the vessel and less fuel consumption
LESS CARBON EMISSIONS
Less fuel burnt means fewer emissions of carbon dioxide and sulfur
Less fuel means lower navigation costs, less idle time, and more efficiency
Our hull washing technology
We developed with our partners an innovative robotic technology to wash the hull of commercial fleets in a fully automated way, reducing idle times and costs.
Fully automated hull washing machine, sliding from stern to bow, modular to fit any vessel breadth and shape
High-pressure water jets, no chemicals, wastewater collected to prevent port water pollution and NIS escape
Organic bio-fouling filtered as a source of carbon and used to generate biogas by anaerobic digestion in a bioreactor
Blazing fast, no idle costs, high quality washing, operative in a wide range of conditions and locations or in open waters
Our software ecosystem
Washing stations are empowered by a specialised software to optimise operations, reroute vessels, train personnel and make all relevant data publicly available
A proprietary AI for the prediction of the optimal washing interval and the rerouting of vessels to the worldwide servicing station network
A cloud-based multi-platform booking system integrated with the prediction system for optimal service scheduling
A comprehensive toolbox for on-site personnel VR-training and AR-guided maintenance protocols and remote assistance
API interface for real-time analytics, anonymization and data aggregation to provide KPI to public and private players