The most profitable antifouling
BOATWASHER provides a comprehensive concept for mechanical cleaning of ship hulls, replacing toxic antifouling paints.
This alternative method to antifouling painting also offers the following advantages:
• Effective: cleans algae and barnacles, from the hull, propellers and shovel of rudder. It is suitable for boats, both sailing and motor, up to 6m beam and with no length limit. The hull is brushed clean while the boat is in the water.
• Cheap: only necessary between 3 and 4 washes a year to keep the boat in perfect condition.
• Environmentally friendly: it doesn’t use any chemicals. You will never again need to apply toxic antifouling to the hull. Thus, you will avoid the pollution produced by biocides used in its formulation.
• Fast: It takes about 20 minutes to wash a 24 feet boat, and about 30 minutes a 40 feet.
How does it work
The system looks like a car wash but submerged in the water. A series of articulated brushes, spinning at low speed, clean the hull while a winch moves the boat forward and backward.
As can be seen in the photo above, the boat is introduced into a PVC basin where the cleaning waste is deposited.
From an economic point of view, it is not only profitable for the shipowner, also for the owner of the washing station.
The boat owner saves the money of taking the boat out of the water, cleaning the hull, apply antifouling and re-launching. Instead, with boatwasher you just have to go 3 to 4 times a year to the washing station, that is, about 2 hours a year at a reduced cost.
The economic study for the owner of the washing station is in the attached tables.
Boatwasher models fit most boats
Model Max. beam (cm) Max. depth (cm) Max. length (cm)
Swede 400 400 200 Unlimited
Swede 500 500 220 Unlimited
Swede 600 600 240 Unlimited
The maximum dimensions depend on the type of boat, hull, rudder, keel, axis, etc.
The vessel’s length is not a constraint as it can be towed along its length above the brushes. The maximum length that can be washed is only limited by the location of the machine and the distance from the brushes to the winch dragging the boat.
Quick and easy to handle
The steps to follow for cleaning the boat are:
1. Place the boat inside the washing machine.
2. Tie the bow to the boatwasher’s winch.
3. Turn off the boat’s engine.
4. Start the machine.
5. Allow the brushes to clean the hull and, once finished, take the boat out of the washing machine.
6. Start the boat’s engine once outside the machine.
The time it takes to wash the boat will depend mainly on its length and the hull’s waste.
Boat Length Wash time (minutes)
16 feet / 5m 5 – 10
22 feet / 7m 7 – 14
30 feet / 9m 9 – 18
35 feet / 11m 11 – 22
40 feet / 14m 14 – 28
50 feet / 15m 15 – 30
In the floating models, it’s possible to clean the outboard motor shaft and the transom with a brush or pressurized water.
• Easy to install in complicated locations and narrow ports.
• Double row of brushes provide speed, stability and easier management.
Between two y-bones/fingers: On a pier:
The machine has two types of brushes:
• Horizontal: These clean the hull and part of the side of the boat. The angle of the brushes can be adapted to the shape of the hull.
• Vertical: These clean the keel, rudder, propeller and lower parts of the axes / propellers. The rudders at the stern and outboard shafts can be cleaned thanks to to the vertical brushes located outside of the water.
The brushes float on the water and the pressure they make against the hull can be adjusted by a pump and a winch.
The brushes are driven by hydraulic engines.
Two rows of brushes. Fast, stable and easy to handle
Installation and start up in less than one day:
Its total weight is less than 1800 kg. Its installation is simple, only an electric connection being necessary.
Power requirements of the electric engine:
• Three phases
Maintenance will be performed every one or two years, depending on the use, and will consist of:
1. Taking the machine out of the water and washing with water at medium or high pressure
2. Change the oil of hydraulic engine.
3. Revision and, if necessary, replacement of hydraulic hoses.