AquaLux · 265nm UVC LED

Smart UVC Water Disinfection System
Hyper Flux UVC740 /265nm

265nm UVC Ø46×744mm AI TOC/UVT

Hyper Flux™ UVC 740 combines non-thermal 265nm UVC physical disinfection with adaptive dose control and AI virtual sensing (TOC/UVT). It maintains process water quality while quantifying energy savings and carbon reduction for semiconductor, AI liquid cooling, aquaculture, and pharmaceutical applications.

The Industrial Brain of Water Treatment

Hyper Flux™ UVC 740 is our flagship smart water quality system, integrating extreme UVC disinfection with real-time digital diagnostics. The Ø46×744 mm / 265nm reactor delivers 479.2 mJ/cm² (Standard) and 584.6 mJ/cm² (Boost) per unit—up to 1,753.8 cumulative in 3S—using AI virtual sensing to detect TOC/UVT fluctuations and quartz fouling—eliminating process water uncertainty.

Our team brings Taiwan's high-power photonics and embedded control expertise to recirculating water disinfection. Non-thermal UV replaces energy-intensive heating, while adaptive dose control reduces over-powering of fixed-output systems—supporting net-zero management and ESG reporting.

From semiconductor UPW and AI data center CDU biofilm prevention to RAS aquaculture, pharmaceutical WFI, and green hydrogen electrolyzer feedwater, we provide modular hardware, the Hyper Flux monitoring platform, and 24/7 cloud diagnostics—upgrading water treatment from a black box to traceable data assets.

Hyper Flux UVC 740 reactor schematic
Hyper Flux™ UVC 740 Quartz chamber · 265nm irradiation · Real-time sensing loop

Click a marker or tag below to explore each reactor module.

265nm UVC LED wavelength
1,753.8 mJ/cm² max cumulative dose (3S)
744mm Chamber length

Net-Zero Oriented Smart UV Water Treatment

With the same disinfection outcome, sensor feedback and dynamic control upgrade water disinfection from high-energy fixed-power equipment to a quantifiable, energy-saving smart system.

50%+ Energy savings potential
vs. thermal disinfection
≥4-log Disinfection
(99.99%)
±3% Dose accuracy
after field cal.
5–35 Flow range
L/min (per unit)
出水口 CFD 粒子軌跡模擬
Fluid Simulation · CFD

Outlet Velocity Field

Particle traces show helical flow inside the chamber and acceleration at the outlet (0–2 m/s), validating residence-time distribution and dose uniformity.

Simulation source: SimScale

出水口停留時間分佈直方圖
Residence Time · RTD

Outlet Residence Time Distribution

The Integration Time histogram peaks near 1.95 (mostly 1.9–2.1), indicating highly consistent flow paths and dwell times—key input for validating dose uniformity.

Simulation source: ParaView

腔體截面輻照度分佈模擬
Optical Simulation · Irradiance

Cross-Sectional Irradiance Distribution

Receiver cross-sections maintain 0.432–0.441 W/cm² along the chamber length, radially decreasing from center to wall; combined with RTD above, this validates uniform dose accumulation.

  • Chamber Ø46 × 744 mm
  • Water quality: UVT set to 100%

Hyper Flux total-internal-reflection optics turn every watt into usable light.

In conventional products, light leaks and dissipates along the path—much of the energy is wasted before it ever arrives. Hyper Flux builds its optical structure on total internal reflection, keeping light reflecting forward inside the chamber and driving losses toward zero — with the same energy, no matter the distance, light arrives at its fullest. This is not just brighter; it is the ultimate use of light.

Simulation source: Keysight

Heatsink fins and heat pipes on a high-power device
Optical Efficiency · Thermal

Leaked light eventually becomes heat

Equipped with a high-efficiency heat-pipe cooling system that effectively manages waste heat from low UVC electro-optical conversion, keeping the UVC light source module running at peak performance.

Adaptive UV Dose Control

Multi-stage or continuous power adjustment based on real-time flow and UV intensity feedback maintains target disinfection dose. Eco / Normal / Boost modes prevent over-powering at low load and under-dosing at high flow.

Multi-Sensor Closed-Loop Monitoring

Integrates flow, UV intensity, output power, cumulative treated volume, energy use, and anomaly events into a complete operational history. Traceable data supports audits, preventive maintenance, and DCIM integration.

Quantifiable Net-Zero Benefits

Non-thermal physical disinfection eliminates heating and holding energy plus downstream cooling load. The system calculates unit energy, savings rate, annual kWh saved, and carbon reduction for ESG and net-zero policies.

Modular Rapid Deployment

Bypass or inline integration with existing recirculation loops, configured by site flow, pipe diameter, and space. Standardized modules shorten integration from biotech labs and commercial cooling to data center liquid cooling.

Traditional Pain Points

  • Thermal disinfection: heating, holding, and cooling cause double energy loss
  • Fixed-power UV: full power at low flow wastes energy
  • Chemical agents: procurement, storage, residuals, and wastewater burden
  • No integrated data: hard to quantify savings or audit traceability

Hyper Flux™ Approach

  • Non-thermal 265nm UVC LED physical disinfection at low temperature
  • Flow × intensity dual feedback dynamically matches disinfection demand
  • Zero chemical addition, no change to fluid properties
  • Hyper Flux platform: dose, energy, and alarms fully traceable

One Water Loop, Many High-Value Scenarios

From AI cooling discharge and livestock drinking water to semiconductor UPW and craft process water—one traceable 265nm UVC platform across eight industries

AI data center cooling and discharge-water application
AI cloud compute|Cooling loops & discharge

Make every drop of discharged cooling water clean enough to stand behind

Once cooling-loop or discharge water from an AI data center carries bacteria or sloughed pipe biofilm into municipal systems, compliance and reputation are on the line—and recycled water often carries higher microbial risk than potable supply. HyperFlux UVC 740 applies continuous 265nm UVC before discharge to inactivate bacteria and suppress wall biofilm, so every drop is clean and traceable with disinfection records ready for third-party review. A PDU drives up to three reactors; multiple PDUs daisy-chain over Ethernet so any unit can oversee the fleet and a single power loss does not stop the line—enough coverage for a dozen CDUs without a single point of failure. Get water right, and ESG plus discharge compliance already have an answer.

Read the full scenario →

Swine and poultry drinking-water biosecurity application
Swine & poultry|Drinking-water biosecurity

Outbreaks often start in a drinking-water line

ASF or PRRS can wipe out a swine barn overnight; poultry houses face HPAI and Salmonella with the same stakes. Invisible biofilm in drinker lines is a pathogen reservoir and quietly undermines vaccine response and feed conversion. HyperFlux UVC 740 continuously disinfects each house’s independent water system—inactivating pathogens, suppressing biofilm, with zero chemical residues that would affect palatability or enter meat. Every disinfection event is logged for integrators and buyers. Clean water protects herd health and the economics of the whole farm.

Semiconductor UPW distribution-loop application
Semiconductor process & discharge|UPW distribution loop

One TOC spike can cost well over USD 100K per hour of downtime

In UPW distribution loops, organisms such as Ralstonia can seed pipe-wall biofilm; when it sloughs, TOC spikes follow—downtime can approach USD 125K per hour and millions per fab per year. Side-stream filters catch particles, not the film on the wall. HyperFlux UVC 740 applies continuous 265nm UVC on the distribution loop to prevent biofilm where filtration cannot, with live visibility and records of water and disinfection status. Protect TOC, and you protect yield and delivery.

Read the full scenario →

High-value RAS aquaculture application
High-value aquaculture|RAS Atlantic salmon

A tank of Atlantic salmon deserves the steadiest water you can give it

Land-based RAS Atlantic salmon can produce millions of dollars per site—and lose it overnight to viruses such as ISA or SAV, or to off-flavor compounds (GSM / 2-MIB) that force delayed harvest. HyperFlux UVC 740 delivers continuous high-dose 265nm inactivation and can work with ozone to break down off-flavors and speed depuration—cleaner flavor, earlier shipping, better price. The same platform also supports shrimp EHP and koi KHV control with zero chemical residues and visible disinfection performance. Premium fish deserve an uncompromising water barrier.

Read the full scenario →

Cooling-tower Legionella control application
Cooling-tower loops|Legionella control

Legionella needs about 10 mJ—your margin is nearly 50×

Cooling towers are high-risk for Legionella; an incident means public-health and regulatory exposure. Traditional dosing never stops, burning both residual risk and cost. HyperFlux UVC 740 runs continuous 265nm UVC to damage cells and suppress wall biofilm—about 10 mJ/cm² for 4-log (99.99%) Legionella inactivation, while standard mode already delivers 479.2 mJ/cm² (~50× margin) and can boost to 584.6 when water quality worsens. Dose and water data stay on record—tamper-resistant evidence for audits, without last-minute paperwork.

Dairy cattle clean drinking-water application
Dairy cattle|Clean drinking water

Milk yield hides in the details—starting with a clean drink

Dairy cows drink large volumes every day. Lines and troughs stay wet, inviting biofilm and pathogens that can also blunt the effect of waterborne treatments. HyperFlux UVC 740 continuously disinfects farm drinking water with 265nm UVC—inactivating pathogens, suppressing biofilm, with zero chemical residues that would affect palatability or enter the milk chain. Disinfection logs support dairy quality audits. Clean water is basic to cow health and milk performance—and too often overlooked.

Injectable PW / cold WFI pharmaceutical water application
Injectable PW + cold WFI|Pharma water systems

Want ozone for ambient WFI? Residual ozone is the hard part

Cold WFI and PW often rely on ozone to keep loops sterile, but residual ozone must be removed before use—too little risks patient safety; too much wastes energy and cost. HyperFlux UVC 740 uses 265nm UVC to both prevent pipe-wall biofilm and help destroy residual ozone—keeping ozone’s benefit while cutting its downside. It does not replace UF for endotoxin removal, but it preserves continuous, verifiable water and dose records for GMP audits. Clean is not enough—you must be able to prove it.

Craft brewing process water and CIP application
Craft brewing|Process water & CIP

Disinfect without medicinal off-notes—honor the flavor

In craft beer and spirits, process water and CIP quality write themselves into the final flavor. HyperFlux UVC 740 continuously disinfects process water with 265nm UVC—inactivating spoilage organisms, suppressing biofilm, with zero chemical residues. Critically, it can break down chloramines that seed chlorophenol “medicinal” off-flavors—a problem chlorine or carbon alone rarely fix at the source. It treats process water only—never wort or must—so flavor risk stays zero. Clean water makes clean flavor and backs your promise to drinkers.

Two Core Solutions

Click cards for specs and the monitoring platform

Hyper Flux™ UVC 740 Water Disinfection System

  • 265nm UVC LED wavelength, mercury-free and environmentally compliant
  • Per-unit dose: Standard 479.2 / Boost 584.6 mJ/cm²; 3S max cumulative 1,753.8
  • Chamber Ø46×744 mm; flow 5–35 L/min; NP3S expansion (up to 3 series per PDU)
  • Disinfection ≥4-log (99.99%), per USEPA UVDGM 2006
  • Dose accuracy: factory ±15%, after field calibration ±3%; Eco / Normal / Boost modes
  • Built-in sensors report water health to DCIM / control systems in real time

Real-Time Water Quality Telemetry Console

  • Live telemetry: UVT, dose, flow, temperature, energy, and LED forward voltage trends
  • Adaptive UV output: dynamic adjustment by flow and intensity feedback
  • PDU network topology management (series / parallel dose aggregation)
  • Savings rate, annual kWh saved, and carbon estimates for ESG reporting
  • Quartz fouling diagnostics, system alerts, Eco / Normal / Boost modes
  • 30 / 60 / 90-day trend charts and traceable CSV export
Open Demo Console
Hyper Flux Suite 監控平台畫面

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