What It Does — Avari Labs
The Platform

What It Does

A platform for shaping how liquids and solids behave inside a flow.

EK‑Drive gives operators direct control over how particles and dissolved components move, separate, stabilize, or concentrate inside a flowing stream. Instead of relying on high-shear equipment, consumables, or large settling infrastructure, EK‑Drive uses controlled internal environments to create clean, separable zones inside the flow itself.

Core Outcome

The Core Outcome

EK‑Drive can pull particles together, push them apart, or guide them into concentrated streams inside the module. This internal control allows the platform to:

Replaces Mechanical Force

  • Centrifuges
  • Settling tanks
  • High-shear clarification equipment

Replaces Consumables

  • Filters used for bulk clarification
  • Membranes used for non-selective separation
  • Chemicals used for flocculation or coagulation

Reduces Downstream Load

  • Polishing filters
  • Dewatering equipment
  • Final clarification steps

EK‑Drive does not replace membranes when molecular selectivity is required. It replaces the mechanical and consumable-heavy steps that come before them.

Finishing Options

Polishing and Finishing Options

After EK‑Drive handles the primary separation, the final polishing step depends on your industry and goals.

Bag Filter

Universal, low-cost polishing

Cartridge / Screen Filter

Fine polishing for high-purity needs

Drying Filter Conveyor

Continuous solids handling and dewatering

Rotary Drum Screen

Ideal for fibrous or irregular solids

Gravity Belt Thickener

For thicker, more dewatered solids

Screw Press

When a drier cake is required

All options run under minimal load because EK‑Drive removes the bulk solids upstream.

Why It Matters

Lower cost.
Lower burden.
Higher yield.

EK‑Drive helps operators achieve lower operating cost, lower maintenance burden, lower environmental impact, and higher product recovery. It's a cleaner, simpler, more efficient way to move liquids and solids into the future.