Step 01
Bring it in
Food residual, FOGO, agricultural by-product. As it arrives, no sorting, no drying.
Regenerative organic-waste technology
Three hours.
Three hours.
Waste, back into the field.
Our chamber takes food, agricultural and FOGO waste — and returns it to the land as feed, fertiliser, or fuel. No drainage. No incineration. Nothing wasted.
20+
years operating
50 t
per day, max
3
patented microbes
4 yr
at Deakin REACH
We don’t process waste.
We turn it back into what grew it.
A complete cycle, in three hours, from anywhere organic matter is left behind — kitchens, councils, farms, factories, hospitality.
How it works
Four simple steps. One quiet chamber.
From waste loaded as-is, to dry granulate ready for the field — in a single 3-hour cycle, with no drainage, no incineration, and no smell.
Step 02
Three microbes work
Inside, a sealed vacuum at 50–70 °C lets three patented isolates do the breakdown.
Step 03
Three hours later
Out comes dry, stable granulate at ~30% moisture — uniform, odour-free, ready to allocate.
Step 04
Back to the land
Returns as feed for animals, fertiliser for soil, or biomass fuel for boilers.
What returns
From a single chamber, three returns.
Output is allocated by feedstock and operator demand. Numbers below are mid-range yields under common Australian conditions.
For livestock
Animal feed supplement
High-protein granulate suitable for cattle and aquaculture. Trials with apple pomace and bagasse are quantifying yield through Deakin REACH.
~ 18%Protein
~ 30%Moisture
For soil
Organic fertiliser
Stable, granular soil amendment with full N–P–K profile and locked-in nitrogen. Drop-in compatible with existing spreader equipment.
4.2% NNitrogen
2.6% KPotassium
For energy
Biomass fuel
Combustible granulate suited to boiler and pellet applications. Calorific yield is competitive with low-grade coal — without the methane release of landfill.
16 MJ/kgCalorific
0.55 g/cm³Density
Three microbes do the work.
The first symbiotic isolates registered for industrial waste fermentation, at IPOD/NITE Japan. They aren’t transplanted — they’re bred for the chamber.
Phase I–II
The decomposer
Starts the breakdown. Operates across the full 50–70 °C window, breaking down carbohydrate and protein chains.
Phase III
The neutraliser
Captures and decomposes ammonia in-line. Lets the chamber run with no exhaust scrubber and no detectable odour.
Phase IV
The stabiliser
Conditions the granulate during discharge. Locks moisture at ~30% and binds residual nitrogen so the output stays stable in storage.
The science behind it
Four years at Deakin. Quantifying what we already see in the field.
A four-year scientific partnership with Deakin University’s Recycling and Clean Energy Commercialisation Hub — REACH — verifying yield, output composition, and greenhouse-gas reduction under Australian feedstocks and conditions.
Beginning with apple pomace from Australian fruit processing, the program is scientifically quantifying carbon outcomes from waste diversion. Subsequent feedstocks include bagasse, FOGO, and high-moisture food residuals.
Let's talk
Talk to us about your stream.
Whether you run a kitchen, a council, a farm, a factory, or a research program — we'll meet you where the waste begins, and design the system around it.