A Global Leader in UV LED Disinfection Systems
AquiSense delivers advanced UV LED disinfection systems for residential, industrial and municipal applications across Australia.
UV LED disinfection uses solid-state UV-C light to inactivate microorganisms by disrupting their DNA. Unlike conventional mercury UV systems, UV LED technology delivers targeted disinfection without the use of hazardous materials.
This matters in modern applications where reliability, efficiency and environmental performance are critical. UV LED systems operate instantly with no warm-up time, allowing precise control and consistent performance across a wide range of conditions.
Compared to traditional UV, UV LED disinfection systems are more compact, energy-efficient and easier to maintain, with no lamps, no mercury and fewer ongoing servicing requirements.
AquiSense’s UV-C LED technology provides precise, chemical-free disinfection with low maintenance and high operational reliability.
Proven Disinfection
No Mercury
Application Flexibility
UV LED Water Treatment Systems
Why UV LED Disinfection Systems?
Mercury-Free
No mercury, no hazardous materials, and no specialised handling or disposal requirements.
Scalable Applications
From point-of-use to municipal systems, the PearlAqua range supports diverse water treatment applications.
Flexible Integration
Compact, durable systems designed for installation where traditional UV systems are not practical.
No Heat Transfer
UV LEDs do not heat the water, reducing fouling and maintaining stable UV output.
Instant On/Off
Full UV output instantly, with unlimited on/off cycling and no impact on lamp life.
Sustainable
High-efficiency UV-C LEDs deliver consistent performance without the use of harmful chemicals.
AquiSense Australia
AquiSense Australia is proud to be the Australian distributor for AquiSense Inc.
Based in Sydney, our team has a wealth of cumulative experience in water treatment in an Australian setting.
We are here to help with any questions you might have about this new technology.

















