Fish-friendly, cost-effective lice treatment

Ambition to reduce the farmer's treatment costs by 30-50%

How does it work?

Behind the technology

The route through the system.

Five steps from untreated to treated sector. The water flow carries the fish the whole way.

Model of the system, seen from the side
  1. 01

    Untreated sector

    The pen is divided into two separate sectors: untreated and treated. The fish are crowded gently in the untreated sector, whose volume shrinks steadily as the fish are moved across into the treated one.

  2. 02

    Suction inlet

    The ejector pump draws the fish into the channel and carries them gently to the treatment module.

  3. 03

    Delousing

    Controlled passage past camera and laser, where the fish are treated, counted and their biomass documented.

  4. 04

    Outlet

    After treatment the fish continue straight into the treated sector.

  5. 05

    Treated sector

    The goal of the operation: a sector that only treated fish enter. Its volume grows steadily as more fish are pumped in.

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Films

Gentle crowding

The pen is divided into sectors and the fish are moved gently between them. Ballast control removes the need for winches.

Ejector pump

Fish are pumped gently, without harmful contact with moving parts.

Laser delousing

Every fish is inspected and documented. Only the louse itself is treated - not the whole fish.

The complete animation

The full sequence in one film: crowding, transport and delousing in context.

A fundamentally new approach

We move lice control out of large, stressful treatment operations and into a controlled, gentle process in the pen itself.

The aim is for the overall reduction in stress to remove the need to starve the fish before treatment.

Wellboat operations may also become redundant.

Want to know more about the technology and what it could mean for your site?

Get in touch and let's talk - about the technology, the testing and the road ahead.

Contact us