92
Farms in our trial pipeline
25,000+ ha
Committed across the UK
120+
Farmers who shaped the product
£13,000
Won in awards
The cost of standing still
+104%
Rise in UK fertiliser costs between 2021 and 2022 — in a single year, driven by global supply-chain shocks farmers had no control over.
40%
of UK farmland is already biologically degraded. Decades of synthetic inputs have stripped the microbial life that makes soil naturally productive.
The dependency cycle
The Problem
Synthetic fertilisers are borrowing against your soil's future
They feed a crop for one season while stripping the microbial communities that make land naturally productive — leaving farmers spending more every year for diminishing returns. UK fertiliser costs rose 104% between 2021 and 2022 alone.
A Consortium, Not a Strain
More than a dozen bacteria and fungi working together — nitrogen fixation, phosphate solubilisation, and organic matter building in one product.
Dilution-Controlled Application
One product applied at different dilution ratios to favour the organisms most useful at each crop growth stage — no need to switch between inputs.
Made From Upcycled Agricultural Waste
Our growth medium is developed from local agricultural waste — turning a disposal cost into a regenerative, lower-cost input.
What could you save?
Enter your farm details to see an estimate of fertiliser cost savings and CO₂ avoided by reducing synthetic inputs with Reclaimer.
What could you save?
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.
How it works for you
No upfront cost. No switching risk. Just a free trial on your farm.
Request a free trial
Get in touch and we'll confirm whether your farm is a good fit for the current trial programme.
We confirm your programme
We work out the right dilution ratio and application schedule for your crop type and growth stage.
Apply and monitor
Apply through your existing equipment — foliar spray, drip irrigation, or soil drench — and track results with us.
Recognised & Validated By
UK Startup Awards
Innovative Startup of the Year — Finalist, East of England
Flare 2026
Enterprise Champion · Best Positive Impact — University of Hertfordshire
Lord-Lieutenant's Award
'One to Watch' — Hertfordshire County Show
University of Hertfordshire
R&D partner · Pilot production facility