UV-LED Water Technology
How does UV-LED Technology Work?
In ACUVA systems, UV-LED light inactivates harmful microorganisms by disrupting their DNA, leaving them unable to perform vital cellular functions.


Optimized Performance
Our UV-LED water systems are designed with precise optics and hydrodynamics. Water flows through the chamber in a controlled environment, matching water velocity and UV irradiance; creating consistent, reliable performance. ACUVA systems are flow-activated, using minimal power consumption while extending product lifetime.
Trusted Technology
Our patented IntenseBeam™ technology uses UV-LEDs and optical lensing to deliver a precise beam of UV-C energy into flowing water. The collimated beam inactivates waterborne pathogens efficiently.

UV-LED Solutions for Water

Gold Standard Performance
- Inactivates up to 99.999% of E. coli bacteria and 99.3% of Q Beta viruses found in water

Low Power and Low Maintenance
- No cleaning or replacement bulbs required
- Consumes less than 2% of energy used by UV lamps

Sustained High Performance
- Self-cooling design ensures years of consistent performance

No Mercury
- Unlike UV lamp technology, UV LEDs do not contain mercury, eliminating of the risk environmental impact during disposal
UV-LED vs. Reverse Osmosis


UV-LED Systems |
Reverse Osmosis Systems |
---|---|
Works on low pressure (even at 12 psi water pressure) |
Requires high water pressure (require at least 40 psi) |
Low maintenance |
High maintenance due to frequent replacement of cartridges |
Does not waste water |
Up to 70% of water can be wasted |
Keeps healthy minerals like calcium and magnesium in water |
Removes calcium and magnesium |
Compact |
Bulky |
No need of storage tank |
Needs a storage tank |
Low cost of ownership |
High cost of ownership |
UV-LED Systems vs UV Lamp Systems
The conventional technique for UV water treatment utilizes UV mercury lamps. However, there are serious concerns related to the environmental impact and
performance limitations of UV lamps.
UV-LEDs |
UV Lamps | |
---|---|---|
Structure |
Compact |
Bulky |
Power Consumption |
Low |
High |
Enviromental Impact |
Friendly |
Mercury Used |
Lifetime |
10+ Years |
Typically 1 Year |
UV Source Replacement |
None |
Typically Every Year |
Start Time |
Instant |
Long |
An Alternative to Plastic Bottles
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.