# HydroFlux

> HydroFlux is a patented, clamp-on magnetic treatment for fine iron oxide in industrial facility water systems.

HydroFlux uses a Halbach-array magnetic field to promote iron aggregation. Existing bag, cartridge, or sand filtration can then capture more iron-rich material.

The device requires no power, pipe cutting, or system shutdown. It adds no chemicals and works with the approved water treatment program.

## Primary sales path

HydroFlux first evaluates facility water loops with a known iron problem and an existing filtration capture point.

The primary markets are:

- Data center facility chilled-water and side-stream filtration loops.
- Airport central utility plants and terminal HVAC systems.

The primary action is [Request an Iron Assessment](https://hydroflux.com/pilot-program).

The main evidence page is [LAX Terminal 5](https://hydroflux.com/case-studies/lax-terminal-5).

## Documented evidence

### LAX Terminal 5

A 10-month field study used treated and comparison filtration legs.

- The final report records sampled iron moving from 3.9 ppm to 2.0 ppm during the first phase.
- Selected aggregated tests recorded 0.4379 grams per 1,000 gallons on the treated leg.
- The comparison result was 0.4014 grams per 1,000 gallons.
- The selected aggregated result equals 9.1 percent more captured mass.
- The legs had unequal placement and flow conditions.
- Results varied across tests.

Read the [detailed LAX field report page](https://hydroflux.com/proof/lax-terminal-5) for methods and limits.

### Cooling tower deposition study

A nine-day comparison found different deposit behavior on treated and untreated tubes.

- The treated tube first held 1.35 grams of deposit.
- After shedding, 0.39 grams remained on the treated tube.
- The untreated tube held 1.62 grams.
- The treated deposits were softer and shed more easily.

Read the [cooling tower study](https://hydroflux.com/proof/cooling-tower-study).

## Evidence boundaries

- HydroFlux is not a biocide.
- HydroFlux does not replace approved biological control.
- HydroFlux may limit microbial colony growth through indirect system effects.
- Site teams must measure microbial outcomes separately when applicable.
- Water, energy, chemical, maintenance, and equipment outcomes depend on each facility.
- A site assessment defines the baseline and success measures.

## Main pages

- [Home](https://hydroflux.com/)
- [How It Works](https://hydroflux.com/how-it-works)
- [Iron Fouling](https://hydroflux.com/solutions/iron-fouling)
- [Data Centers](https://hydroflux.com/industries/data-centers)
- [Airports](https://hydroflux.com/industries/airports)
- [Evidence](https://hydroflux.com/proof)
- [Resources](https://hydroflux.com/resources)
- [Iron Assessment](https://hydroflux.com/pilot-program)

## Contact

- Phone: (310) 408-5267
- Email: mlombardi@hydroflux.com
- Location: Santa Monica, California

Results vary. Each site requires its own configuration and measurement plan.