Zero chemicals, Zero maintenance.

A passive magnetic nano water-conditioning system, driven by nothing but the line pressure already in your pipes.

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Z‑Core changes water using line pressure alone

Conventional ultrafine-bubble and membrane systems spend power on pumps, pressure vessels and injected gas. Z‑Core induces charge with a static magnetic field instead of pressure. Fit it ahead of your equipment and three things disappear.

  1. 1 No external power connection
  2. 2 No compressed gas injection
  3. 3 Inline install with no pipe cutting

Applications

Cooling towers · HVAC

Paired with ozone nanobubbles it controls microbes such as Legionella, and suppresses and breaks down scale to cut blowdown by 50%.

RO membrane pre-treatment

Placed ahead of a reverse-osmosis membrane it slows fouling and scale, easing CIP cleaning and extending membrane replacement intervals.

Cosmetics · clean beauty

Stabilises colloids and emulsions to reduce formulation separation, and produces chemical-free natural process water.

Smart farms · aquaculture

Holds dissolved oxygen (DO) in livestock drinking water and aquaculture water for longer, lifting feed conversion and survival rates.

The passive Z‑Core four-stage conditioning process

Four stages happen in order during a single pass.

Cutaway of the Z‑Core inline module. Water crosses copper and iron sinter blocks and then a venturi.
  1. 01

    Inlet conditioning

    Sets the initial fluid state and breaks up water molecule clusters.

  2. 02

    Multi-stage magnetic treatment

    Through Block 1-2 the water crosses Cu tube and Fe rod sinters in an alternating polarity array and picks up negative charge.

  3. 03

    Venturi refinement

    Draws ambient air in passively, with no compressor, and splits it below 200nm.

  4. 04

    Stabilisation and outlet

    Through Block 3-5 it forms an equilibrium between H₂O monomers and nanobubbles that holds for at least 72 hours — up to several days — in an open system.

A barrier to entry, proven by measured data and a filed patent

Values measured at the Gachon University POC, the design values applied at a 53-household site, and the process patent we filed.

1

−18.6mV

Zeta potential measured at the Gachon University POC

Measured in water that has passed through magnetic conditioning. The stronger the negative charge, the more particles repel each other, so aggregation and scale adhesion fall.

2

−22~−28mV

4‑Block single-pass design, Bior apartments, 53 households

A single pass through 4‑Block on the supply line. Pressure loss is 0.22~0.25bar.

3

10‑2026‑0123748

Process patent filed for the fluid treatment method

Filed covering the fluid treatment method and the magnetic block arrangement.

The Z‑Core ESCO model shares the savings

Nothing to pay up front. We install without cutting pipe, and take our share out of the operating cost you no longer pay.

5~25%
Energy saved through improved heat transfer efficiency
30~50%
Lower cooling-water scale removal costs
0salt
No salt top-ups and no brine regeneration waste from ion-exchange softeners

Tell us about your site

Send us your pipe diameter, flow rate and the water problem you are dealing with, and we will confirm whether Z‑Core fits.