Sonihull: The world’s leading ultrasonic anti-fouling specialist
Wherever there is unwanted marine biofouling. From tugboats to oil tankers, wind farms to fish farms, Sonihull is working with industry leaders to create cost-effective antifouling solutions that reduce drag, cut fuel consumption, increase service intervals and leave no poisonous environmental legacy.
Environmentally Friendly
Effective bio-fouling without the poisonous environmental legacy of biocides or microplastics.
Easy Installation
No drydocking, no through-hull fittings, no expensive Impressed Current Antifouling copper anodes to replace.
Lower Fuel Consumption
Clean hull, propellers and rudders can reduce fuel consumption by up to 30%.
Less Downtime
No cleaning hard-to-reach areas, extended maintenance intervals, less downtime and reduced running costs.
Lower Operating Costs
Can save up to 95% of capital and MRO costs when compared to impressed-current antifouling systems.
Low Power Consumption
At only 3.6 Watt-hours per transducer, Sonihull is ideal for onboard, standby or remote power.
No Disturbance
Inaudible to humans and marine life with no interference to sonar and electronic equipment.
Microbial Control
Ideal for bulk storage. Sonihull suppresses Diesel bug and keeps potable water fresher for longer.
Easy System Integration
Compatible with RS232 / RS422 and Modbus communication interface for remote control with critical path fault monitoring.
Prevents biofouling on all surfaces
Sonihull is a complete range of fit-and-forget antifouling solutions for any solid surface that is exposed to raw seawater. From hulls, shafts, propellers, and waterjets, to sea-chests, tanks, keel-coolers, box-coolers, pipework, intakes, and valves.
Unlike biocidal coatings and impressed-current systems, Sonihull is a low cost, low maintenance and non-toxic solution to marine fouling.
HEADLINE FIGURES
Since 2006, over 30,000 Sonihull anti-fouling systems have been installed worldwide, making Sonihull the world’s leading ultrasonic anti-fouling specialist.
Sonihull Website