What are PFAS?

PFAS (Per- and Polyfluoroalkyl Substances) are a group of synthetic chemicals used for their resistance to heat, water, and oil. They are commonly found in firefighting foams, industrial coatings, and consumer products.

Sources & occurrence

PFAS contamination is often linked to airports, military training sites, manufacturing facilities, and waste management operations. These chemicals can spread through groundwater and drinking water systems.

Environmental & health impact

PFAS accumulate in the environment and in living organisms. Long-term exposure has been associated with various health concerns such as cancer and kidney disease, and their persistence makes them a growing regulatory and environmental challenge.

MycoMine treatment

MycoMine focuses on biological degradation of PFAS rather than separation, used in other commercial removal techniques. Using specialised fungal systems in controlled environments, PFAS compounds can be broken down into less harmful substances, reducing long-term environmental risk.

MycoMine turns your pollutants into biomass

How our treatment process works

Analyzing pollutants and site conditions

We begin by building a clear understanding of your site and waste streams. This includes identifying which pollutants are present, where they are located, and how they behave under site-specific conditions.

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Stage
1

Testing samples against our fungal library

Samples from the site are collected and tested against our fungal library in controlled environments. This allows us to evaluate how effectively different strains degrade the specific pollutants present.

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Stage
2

Designing treatment system based on site needs

Based on testing results, we design a modular treatment system adapted to your site and waste streams. We select the appropriate fungal cultures and define the operating conditions required for effective degradation.

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Stage
3

Installing containerized modular treatment units

The modular system is installed directly on-site or at a nearby treatment location. Designed for rapid deployment, it can be integrated with minimal disruption to ongoing operations.

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Stage
4

Fungal systems breaking down pollutants over time

Once operational, contaminated material is processed through the system where fungal strains break down pollutants over time. Through enzymatic processes, complex compounds are degraded into simpler, non-toxic substances.

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Stage
5

Pollutants fully converted into compostable biomass

After treatment, results are verified through laboratory analysis to confirm pollutant reduction and system performance. We provide clear, transparent reporting aligned with regulatory requirements, giving full visibility into outcomes.

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Stage
6

Frequently Asked Questions

What is BaaS?

What pollutants can you treat?

Do you remove or destroy pollutants?

Can the system be used on-site?

How long does treatment take?

How is this different from traditional methods?

Book an assessment to get started

Join the future for sustainable waste management.