Ultrasonic Bio-Fouling Prevention
ENVSonic; Leading the world in Ultrasonic Antifouling Technology.
As the world leader in ultrasonic bio-fouling prevention systems, ENVSonic has set the benchmark since 2006, deploying over 35,000 units globally.
From bulk carriers to tugboats, in HVAC chiller towers to landing craft ENVSonic provides environmentally friendly solutions that prevent bio-fouling, reduce drag, lower fuel consumption and emissions, increase service intervals, and reduce maintenance—all while leaving no environmental trace.
Biofouling Prevention with Ultrasonic Antifouling
ENVSonic provides a cutting-edge solution for biofouling prevention using ultrasonic antifouling technology. This innovative method employs high-frequency sound waves to create microscopic vibrations that effectively disrupt the settlement and growth of microorganisms, algae, and barnacles on marine surfaces. By using ENVSonic’s ultrasonic antifouling, marine structures such as ship hulls and seawater cooling systems remain free from biofouling, ensuring optimal performance and reducing maintenance costs. This eco-friendly approach eliminates the need for harmful chemicals, promoting a sustainable and efficient solution for marine biofouling control.
Collating the Data
As the world leading ultrasonic antifouling specialist since 2006, Globatech Australia’s ENVSonic has made a significant impact around the world.
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Heavy Metal Release
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Consumables
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Fuel Cost Savings
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Reduced MRO / Capital Cost
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Environmental Impact
Ultrasonic Antifouling uses acoustic energy to prevent micro-organism growth, leaving no toxic release.
No need for replacement consumables, ENVSonic systems are self monitored, calibrate daily and ensure they operate within their marigins
Reduction in drag and improved overall performance reduces emissions and maintains best possible fuel consumption
With a drastic reduction in upfront and ongoing copper anode consumable costs, when compared to Impressed Current Antifouling Systems, and no need to cut, weld, drill or even dock the vessel for most installations there is a significant reduction in costs.
Without any biocide, acticide, heavy metals or similar release. There is zero lasting environmental impact.
