FERCO turns water, compost, and a live microbe blend into a high-potency liquid fertiliser
in roughly 12 hours. It reduces chemical inputs and boosts crop performance without labs or complexity.
Apply via irrigation systems, sprayers, or tractor-mounted applicators. Built by Agrodrone
using proprietary patented nanobubble technology from parent company Bubtex, FERCO is a practical path to
healthier soils and resilient plants through microbiology.
Bio-fertiliser in 12 hours.
FERCO turns water, compost, and a live microbe blend into a high-potency liquid fertiliser in roughly 12 hours.
The result reduces chemical inputs and boosts crop performance—without labs, complexity, or steep costs.
Producers can apply the fertiliser by injector, sprayer, or irrigation, scaling from small farms to large
operations.
Built by Agrodrone, FERCO is a practical path to healthier soils and resilient plants through microbiology.
FAQ
What is FERCO? A compact system that produces a microbiological liquid fertiliser from compost
in ~12 hours.
How is it applied? Via irrigation systems, sprayers, or tractor-mounted applicators.
Who makes it? Agrodrone.
What goes into the process? Water, quality compost, and a live microbe blend that multiplies
during the brew cycle.
How long does a batch take? Approximately 12 hours under normal conditions, depending on
temperature and inputs.
What scale does it support? From small holdings to large farms; output integrates with
injectors, sprayers, and irrigation.
Which crops benefit? Broad‑acre, orchards, vineyards, vegetables, and permanent crops seeking
soil health and nutrient efficiency.
Is it compatible with other inputs? Generally yes with most biological and many conventional
programs; consult your agronomist for specific mixes.
How do I get pricing? Contact Agrodrone for current models and pricing via the website contact
form.
How does FERCO compare to traditional fertilisers? FERCO delivers a living, biology‑based
fertiliser brewed on‑site. It can complement or reduce synthetic inputs by improving nutrient availability and
soil function, focusing on microbial activity rather than NPK alone.
What environmental benefits does it offer? On‑site brewing can reduce reliance on synthetic
inputs, support soil microbiology, and may help lower runoff and leaching when adopted within good agronomic
practices.
Can FERCO reduce costs? Many growers see savings from producing fertiliser on‑farm, reducing
purchased inputs, and simplifying logistics. Actual savings vary by operation and program.
What’s the shelf life of the fertiliser? Use as fresh as possible—ideally within hours of brew
completion—to maximise microbial viability and performance.
What maintenance is required? Rinse vessels and lines after each batch, perform periodic
sanitation, and check pumps, aeration, and filters. Follow the maintenance guide provided by Agrodrone.