The ‘Journal of Marine Science and Engineering’, a renowned scientific publication, has accepted the article "Ultrasonic Treatment Suppresses Biofilm-Mediated Larval Settlement of Mussels: A Pilot Study".

A study into the effectiveness of ultrasonic antifouling. The report has been published and can be read online here. Their conclusions can also be viewed in summary form here.

Preventie van biologische aangroei op beunkoelers met ultrageluid: - fysische responsies van beunkoelers op ultrageluid - De effectiviteit van verschillende transducerfrequenties en montagemethoden

This is a steel holder that fits the microphone of the UltraTester precisely and is filled with a special liquid. The strong magnet at the bottom of the holder pulls it against the surface to be tested, even in hard-to-reach places. This provides a very accurate and reliable reading of the sound pressure level (SPL), valuable information for the further development of our product.

In a carefully designed research, Jacob J. Capelle (Wageningen University & Research) and Marco Dubbeldam (Stichting Zeeschelp) investigated how ultrasonic vibration influences the settlement of mussel larvae.

We build a test set-up for ultrasonic antifouling. We count and measure the algae larvae. The figures prove that our antifouling is highly