Water Treatment

How does UV-LED Disinfection Work?

UV disinfection inactivates harmful microorganisms by disrupting their DNA, leaving them unable to perform vital cellular functions.

Optimized Performance

Our UV-LED water disinfection systems are designed with precise optic and hydrodynamics. Water flows through the chamber in a controlled environment, matching water velocity and UV irradiance; creating consistent purification. Our systems are flow-activated, using minimal power consumption while extending product lifetime.

Technology you can Trust

Our patented IntenseBeam™ technology uses UV-LEDs and optical lensing to deliver a precise beam of UVC energy into flowing water. The collimated bean inactivates waterborne pathogens directly, giving you drinking water you can trust.

UV-LED is the Ideal Solution

Gold Standard Purification

Low Power and Maintenance-Free

Sustained High Performance

Better for the Environment

Why UV-LED purify is more effective than Reverse Osmosis.

UV-LED Systems
RO Systems
Works on low pressure (even at 12 psi water pressure)
Requires high water pressure (require at least 40 psi)
Kills bacteria and viruses
Bacteria and viruses are trapped in membrance
Low maintenance
High maintenance due to frequent replacement of cartridges
Effective for disinfecting all types of bacteria and viruses
Not effective for all bacteria and viruses due to water bypass and large poresize
Does not waste water
Up to 70% of water wasted
Keeps healthy minerals in water
Removes healthy minerals
No need of storage tank
Needs a storage tank
Low cost of ownership
High cost of ownership

How do you Measure Disinfection Rates?

Log reduction is a measure of how many living microbes were eliminated from
the water after treatment. Acuva’s UV-LED products are proven to offer up to 6-log reduction (>99.9999% disinfection)

UV-LED System vs UV Lamp System

The conventional technique for UV water treatment utilizes UV mercury lamps. However, there are serious concerns related to the environmental impacts and performance limitations of UV-lamps.
UV Lamps
Power Consumption
Enviromental Impact
Mercury Used
10+ Years
Typically 1 Year
UV Source Replacement
Typically Every Year
Start Time

Environmentally Friendly Solution

A single Acuva unit can pay for itself in less than a year while significantly reducing the need of more than 100,000 single-use plastic water bottles in its lifetime.

Acuva's Patented Technology

UV-LED IntenseBeam™ Technology developed at the University of British Columbia.

Low Power Consumption
Long Life Time & No Performance Degradation
No Maintenance Needed
Flow-activated Power On/off
Intelligent Self-monitoring for Safe Operation

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