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Crop Schedules
Eight SKUs, mapped to the Australian growing calendar.
Browse per-crop programs by growth stage. Each schedule specifies which SKU, how many capsules, what water rate, and at which BBCH window — drawn from SRT field manuals and adapted to Australian soil orders.
The Operational Footprint
Why one gram beats five litres — three numbers the CFO actually cares about.
The case for encapsulated biology is not just biological — it is logistical. Mass, labour, and freight are the three lines on a station's spreadsheet where the capsule format earns its keep, measurably, against the liquid inoculant it displaces.
Mass
grams per hectare
5,000× lighter
A single 1 g HPMC capsule, lyophilised at 10¹² CFU, replaces approximately 5 L of conventional liquid inoculant per hectare. The dose travels in an envelope, not a drum.
Labour
minutes per hectare (handling + application)
~3× less handling
Soak once, mix once, apply once. No agitator, no refrigerated stock check, no second pass — a measurable saving on labour-constrained stations.
Freight
tonne-kilometres per hectare
~1,000× lower
Mass × distance from factory to farm. The capsule format moves a year's worth of inoculation in a parcel; liquids move in pallets and tankers — and need a cold chain.
Comparison basis · SPANEX bio-capsule (1 g, 10¹² CFU lyophilised) versus a representative liquid microbial inoculant at ~5 L/ha. Labour figures include cold-chain handling, agitation, and tank-mix preparation. Freight figures use product mass × representative Australian factory-to-farm distance for each format. Estimates; not LCA-certified.
