Seaweed-Derived Biopolymers

Unlike synthetic polymer alternatives, MetaFLO’s seaweed-derived biopolymers combine technical performance with a reduced environmental footprint. They are designed to deliver measurable performance across soil stabilization, dust suppression, gold recovery enhancement, and water treatment applications.

Advanced biopolymer solutions by MetaFLO

Designed to improve efficiency and sustainability across a wide range of operations.

Biopolymers

SoilTech

Soil Stabilization

Best for: Ground improvement for subgrades, subbases, base courses, and unpaved roads.

A biopolymer solution for soil stabilization, SoilTech helps optimize road construction by reducing equipment passes by 30–50% with its lubricating effect, while supporting longer-lasting surfaces by improving soil cohesion, strength, and erosion resistance.

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Biopolymers

DusTech

Dust Suppression

Best for: Dust suppression on unpaved surfaces, industrial sites, mining operations, and construction areas.

A seaweed-derived biopolymer for dust suppression, DusTech binds surface particles to reduce airborne dust, improve moisture retention, and lower watering frequency by at least 50% without leaving the road surface slippery.

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Biopolymers

ExtracTech

Gold Recovery & Cyanide Reduction

Best for: Gold leaching processes and cyanidation-based gold recovery.

Designed for gold leaching processes, ExtracTech helps reduce metal interference, increase gold recovery by 3–5%, reduce cyanide consumption by up to 35%, and lower lime usage and process instability.

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Biopolymers

RemTech

Contaminated Water Treatment

Best for: Water and wastewater treatment involving heavy metals and hydrocarbons.

A seaweed-derived biopolymer solution that combines alkalizing and oxidizing performance in the treatment process, helping treat heavy metals and hydrocarbons in water and wastewater while reducing sludge generation by 33%, reducing alkalizing agent consumption by approximately 76%, and lowering costs by up to 20% without requiring plant modifications.

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