A living microbial consortium that fertilises and restores your soil, made from upcycled agricultural waste and native soil biology.
A dual-function product: it contributes nutrients directly (a fertilising function) while also containing plant growth-promoting microorganisms that fix atmospheric nitrogen, solubilise phosphate and potassium, unlock bound nutrients, and rebuild soil organic matter (a biostimulant function).
It doesn't just feed a crop for one season — it restores the soil's own capacity to sustain crops over time, using a consortium of more than a dozen specialised bacteria and fungi adapted to local soil conditions.
What makes our living biofertiliser different from conventional inputs.
Delivers nutrients directly while rebuilding the soil biology that makes land productive long after a single season.
More than a dozen specialised bacteria and fungi work together — nitrogen fixation, phosphate solubilisation, and organic matter building in one product.
Applied at different dilution ratios to favour the organisms most useful at each growth stage — one product that flexes across the season.
Produced from local agricultural waste and native soil biology — a circular process that also gives it a structural cost advantage.
Free trials remove the financial risk of switching — already taken up by 92 farms covering more than 25,000 hectares across the UK.
Following a successful trial, pricing is supplied directly — no distributor markups. Typical application runs 2.5–3 litres per acre, though the exact rate depends on your dilution protocol and where your crop is in its growth cycle. We confirm the right programme for your farm as part of every trial.
Enter your farm details to see an estimate of what you could save on fertiliser costs — and how much CO₂ you could avoid — by reducing synthetic inputs with Reclaimer.
Estimate the annual cost saving and carbon impact of reducing synthetic fertiliser with Reclaimer's living biofertiliser.
A conservative, trial-stage estimate of synthetic input you could displace.
Estimated saving / year
£5,160
CO₂e avoided / year
47 t
Cost saving is based on your spend; emissions are based on your crop's typical nitrogen use — changing crop changes the CO₂ figure.
That's roughly equivalent to
17
cars off the road
2,220
trees planted
52
London–NY flights
Indicative estimate based on your inputs and published figures: UK nitrogen application rates (British Survey of Fertiliser Practice) and a full-lifecycle emissions factor of ~10.5 kg CO₂e per kg of nitrogen. Equivalents use ~2.7 t CO₂/car/year, ~21 kg CO₂/tree/year, and ~0.9 t CO₂ per London–New York flight. Legumes such as peas and beans fix their own nitrogen and show low emissions accordingly. Actual results are confirmed through on-farm trials.
The product can be applied through any of the following methods. Exact dilution rates depend on crop stage and are confirmed as part of every trial or order.
Apply as a fine mist directly to plant leaves for rapid uptake, ideally early morning or late afternoon.
Apply through existing drip irrigation systems for efficient delivery directly to the root zone.
Apply directly to soil around the root zone for thorough saturation and longer-acting soil biology benefits.