ALBON
Pilot performance

Performance that can be measured

ALBON's system has been deployed in the field. Here's what the Wiley Park pilot showed – and how our industrial performance projections are derived.

ALBON team at the Wiley Park pilot installation
From Lab to Field

Building the technology.
Proving it in the real world.

6months

Live pilot duration

2

Deployment sites

3+

Industry partnerships

2023–24

Founded. Lab-scale testing completed.

Lab-scale prototype built and algae–bacteria nutrient removal confirmed at bench scale.

2025

Deployed in the field.

Pilot system at Wiley Park, Canterbury Bankstown. Independent monitoring confirmed blue-green algae suppression and nutrient load reduction.

2026

First commercial deployments.

Paid dairy pilot confirmed. Commercial discussions progressing with agri-food operators across meat processing and dairy.

2027+

Scaling across Australia.

Expanding modular deployments across dairy, meat processing, and nutrient-sensitive waterways.

Case study: Wiley Park, Canterbury Bankstown

Blue-green algae suppressed. Nutrient load reduced.

ALBON pilot photobioreactor at Wiley Park

ALBON pilot photobioreactor

ALBON team welding during installation at Wiley Park

On-site installation work

ALBON team refining the pilot system

ALBON team refining the pilot system

Community demonstration at Wiley Park

Community demonstration at Wiley Park

Wiley Park South Pond – algae bloom in lower catchment

Wiley Park South Pond – the problem being solved

01

Algae

Suppressed

Blue-green algae cell counts reduced while the ALBON system was operational.

02

Nutrient load

Reduced

Water quality and nutrient load improvements recorded across all monitoring periods.

03

Results

Validated

Independently confirmed by Canterbury Bankstown Council environmental officers.

Cell counts of blue-green algae species were reduced while your equipment was operational, which did help the overall pond system.

Lachlan W PrenticeEnvironmental Project OfficerCanterbury Bankstown Council

Carbon sequestration

Harvested biomass locks carbon in the soil

Algal biomass converts to biochar on-site, a stable soil amendment that sequesters carbon for decades. For every tonne of biochar produced, ALBON will capture approximately 2.8 tonnes of CO2 from the atmosphere.

2.8t

CO2 captured per tonne of biochar

Decades

of stable carbon storage

Zero

sludge to landfill

Biochar-enriched soil held in hands at a farm
UN Sustainable Development Goals

Contributing to global sustainability goals

SDG 6 – Clean Water and Sanitation
SDG 9 – Industry, Innovation and Infrastructure
SDG 12 – Responsible Consumption and Production
SDG 13 – Climate Action
SDG 14 – Life Below Water
SDG 15 – Life on Land
Our environmental impact

Tangible impact on the environment

Long-term carbon storage via biochar

Long-term carbon storage

Algal biomass converts to stable biochar, sequestering carbon in soil for centuries – with no sludge sent to landfill.

Microscopic algae cells causing eutrophication

Eutrophication reduction

Removing nitrogen and phosphorus from discharge suppresses harmful algae blooms and restores aquatic ecosystem health.

Soil health improvement from biochar application

Soil health improvement

ALBON biochar improves water retention, cation exchange capacity, and soil microbial activity in agricultural land.

Want performance data specific to your site?

We'll model expected outcomes based on your current effluent quality and flow rates.

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