# Hydrobio by KUZOG — Hybrid Mineral-Biological Soil Amendment > Hydrobio by KUZOG: hybrid mineral-biological soil amendment — micronised minerals + living mycorrhizal consortium. +47% water retention, +18.7% yield, 3–5 years. Canonical: https://www.kuzog.com/hydrobio/ Language: en ## Restoring Soil Life. Saving Water. Feeding the World. HYDROBIO is a hybrid mineral-biological soil amendment — micronised minerals + a living mycorrhizal consortium. One application regenerates your soil, retains water, and feeds your crops — for 3 to 5 years. And thanks to our HydrobioFormul machine-learning app, each dose is custom-calculated for your soil and crop. - **Recognition:** Rotary Club of Paris — 2026 Startup of the Year - **Water retention on sandy soils: +47%** - **Crop yield vs. untreated control: +18.7%** - **Effect duration per application: 3–5 yrs** ## A hybrid mineral-biological amendment — not just a fertiliser. HYDROBIO does more than deliver nutrients: it restores the soil's capacity to hold water, exchange nutrients, and host microbial life. It acts on all three dimensions of soil fertility — physical, chemical, and biological — in a single product. Three complementary components, one living mineral matrix. ### Clay-based micronised matrix - **Role:** Mineral substrate - Specific surface area ×200 — maximal water retention - High cation-exchange capacity, progressive nutrient release - Homogeneous soil dispersion, structural scaffold for the biology ### Mycorrhizal consortium - **Role:** Biological activator - Faster root colonisation, better water and nutrient uptake - Drought-stress tolerance, restored soil biodiversity The minerals act as a physical scaffold for the mycorrhizae — root colonisation is faster, the effect extends to 3-5 years. A living mineral matrix, not just a mix. ## Your journey in 4 steps. From soil analysis to application, a simple path tailored to your land. ### Soil analysis A field sample reveals texture, pH, cation-exchange capacity, organic matter, biological state, water-holding capacity, and degradation level. ### Crop & objectives We identify the target crop, the climate context (rainfall, water stress, irrigation), and your objectives: save water, boost yields, restore degraded soil. ### HydrobioFormul (ML) Our proprietary machine-learning application calculates the exact composition (mineral-matrix and mycorrhiza ratios) and the per-hectare dose, tailored to your soil and your crop. ### On-site formulation & application The amendment is formulated on site according to the recipe and applied in a simple spreading + light incorporation step. One application covers 3 to 5 years. ## A machine-learning formulation engine. Predictive modelling at the service of every soil. HydrobioFormul is HYDROBIO's proprietary application, powered by machine learning. It transforms a soil analysis into a custom formulation — the exact amendment composition and dose adapted to your soil, climate, and crop. No more generic product: every parcel gets the recipe that suits it. - Soil characteristics — texture, pH, CEC, organic matter, water-holding capacity - Climate context — rainfall, water-stress exposure - Target crop and objectives (water, yield, restoration) An agronomic model coupled with a supervised machine-learning predictor, trained on pedoclimatic data and HYDROBIO trial results. It simulates the soil's response and determines the optimal combination of the three components. - Exact composition — mineral-matrix and mycorrhiza ratios - Per-hectare dose and application schedule - Simulated gains — water retention, yield, ROI estimate - Production-ready formulation sheet, fully traced ### Precision Each soil is unique — so is the formulation. ### Performance Efficacy and ROI are maximised. ### Traceability Every recommendation is documented (inputs, dose, justification). ### Simplicity You enter the data, the model does the rest. ### Continuous learning The model improves with every new trial and field result. - **Ml Badge:** HydrobioFormul ML ### Ml Explainer HydrobioFormul is a specific kind of AI — supervised machine learning. The engine doesn't generate text or reason in the abstract. It learns numerical patterns from real soil analyses, climate data, and field trial outcomes, then predicts the formulation most likely to perform on your parcel. Each new trial improves the model. That's a precise technique, not a marketing label. ## Simple, one-time, integrated into your itinerary. HYDROBIO is applied once and lasts 3 to 5 years — no annual reapplication. Preferably at soil preparation, before sowing or planting. For perennial crops (orchards, soft fruits), apply at the base or in the inter-row. The exact dose is determined by HydrobioFormul based on your soil and your crop — typically a few hundred kg/ha for an application that lasts 3 to 5 years. - Uniform spreading on the parcel (centrifugal or broadcast spreader). - Light surface incorporation to bring the amendment into contact with the future root zone. - For perennials: localised at the base or in the row, then light scratching. Rather than a generic product manufactured in a factory and stored for months, HYDROBIO is formulated on site according to the recipe calculated by HydrobioFormul. ### Biological freshness Living mycorrhizae are integrated just before application, for maximum viability. ### Customisation Composition adjusted to each soil and each batch — no generic stock. ### Logistics & cost Dry components shipped (denser), assembly happens locally — less transport, less loss, reduced carbon footprint. ## Measured. Reproducible. Verifiable. - **Water retention: +47%** — Sandy soils — South Europe & MENA conditions - **Crop yields: +18.7%** — vs. untreated control on same soil type - **Efficacy duration: 3–5 yrs** — Single application - **Chemical inputs eliminated: −20–30%** — Less synthetic fertiliser and pesticide reaching the soil Controlled trials, to be confirmed in independent field trials. Total per-hectare-per-year gains and payback period. Sources: Agreste, ARVALIS, CTIFL, FranceAgriMer, Euronext. - Crop: Strawberry · Irrigation: €420 · Fertilizer: €90 · Yield Gain: +6 t/ha → €7,200 · Total: €7,710 / ha / yr · Payback: < 4 months - Crop: Apple · Irrigation: €280 · Fertilizer: €68 · Yield Gain: +5.3 t/ha → €2,888 · Total: €3,236 / ha / yr · Payback: ~8 months - Crop: Wheat · Irrigation: €98 · Fertilizer: €53 · Yield Gain: +1.1 t/ha → €248 · Total: €399 / ha / yr · Payback: ~5 years ## Where the soil suffers, HYDROBIO makes the difference. HYDROBIO works across high-value crops, broadacre cereals, perennials and market gardening — with the exact benefit estimated by HydrobioFormul from your soil analysis. - **High-value crops** — Examples: Strawberry and soft fruits, fruit trees (apple, pear, cherry) - **Broadacre crops** — Examples: Wheat and other cereals - **Perennials & market gardening** — Examples: Case-by-case adaptation via HydrobioFormul - **Sandy soils** — Benefit: Maximal gain in water retention - **Degraded soils** — Benefit: Structure and biological life restored - **Arid / water-stressed soils** — Benefit: Increased resilience against drought ## Produce more with less water and fewer inputs. - **Carbon sequestered per cycle: > 0.5 t/ha** — Mycorrhizal networks stabilise soil organic matter across cycles. (Rillig & Mummey 2006 · Zhu & Miller 2003 · IPCC AR6 AFOLU 2022) - **Soil biodiversity restored: ×3** — Microbial activity rebounds, reversing decades of monoculture damage. (Smith & Read 2008 · Barea et al. 2005) - **Nitrate leaching prevented: −25%** — The high-CEC mineral matrix holds nitrogen in the root zone. (Huang & Petrovic 1994 · Kubo et al. 2010) - **Degraded soils made productive: ∞** — Arid, sandy or poor soils restored without excavation or replacement. (FAO/ITPS 2015 · Nair et al. 2011) - **Sdg Intro:** Hydrobio contributes directly to four UN SDGs. Each application restores soil and the systems that depend on it. - **Zero Hunger** — Impact: A measured +18.7% yield gain on the same plot, plus the capacity to bring degraded soils back into production. We help producers grow more on land that would otherwise fail. - **Clean Water** — Impact: +47% water retention reduces irrigation needs. The high-CEC mineral matrix holds nitrogen in the root zone, cutting nitrate leaching by an estimated 25% — groundwater stays cleaner. - **Climate Action** — Impact: More than 0.5 t/ha of carbon sequestered per cycle through mycorrhizal networks. The 3-5 year effect duration means fewer reapplications, and a 20-30% reduction in chemical inputs cuts the carbon footprint of every harvest. - **Life on Land** — Impact: Soil biodiversity restored by an order of magnitude (×3 microbial activity). Arid, sandy, and degraded soils brought back to productivity — without excavation, replacement, or chemical inputs. ## Breakthrough science, simple product. ### Controlled granulometry Precise micronisation, specific surface area ×200. ### Living mineral matrix Mycorrhizae integrated into the minerals — effective even in poor or arid soils. ### Long-lasting effect (3-5 yrs) Soil architecture persists across multiple cycles — costs reduced by 60-80%. ### USPTO patent filed Composition, mechanism of action, and process. PCT extension underway. ## Common questions, direct answers. **Q. What is HYDROBIO?** A hybrid amendment combining a clay-based micronised mineral matrix and a living mycorrhizal consortium — acting on the structure, nutrition, and biological life of the soil all at once. **Q. Is it a fertiliser?** No. HYDROBIO restores the soil's ability to retain water and nutrients and to feed the plant, which reduces the need for fertilisers and irrigation. **Q. What is HydrobioFormul?** Our machine-learning application that calculates the exact composition and dose from your soil analysis and target crop, and simulates expected gains. **Q. Do I need to get my soil analysed?** Yes — it's step 1. The analysis lets HydrobioFormul personalise the formulation. We support you with sampling. **Q. How is it applied?** Simple spreading then light surface incorporation, at soil preparation. A single application covers 3 to 5 years. **Q. Why on-site formulation?** To preserve the viability of the living mycorrhizae, adapt the composition to each soil, and reduce transport and losses. **Q. Are there chemical residues?** No. The technology leaves no chemical residue and is compatible with organic farming. **Q. Which crops and soils?** High-value crops (strawberry, apple…), broadacre crops (wheat), particularly on sandy, degraded, or water-stressed soils. **Q. Is it a GMO?** No. HYDROBIO acts on the soil and on root symbiosis, not on the plant's genome. **Q. When is it available?** First deployments are underway; broader French commercialisation from late 2026 (EU 2019/1009 homologation in preparation). ## Third-party signals. - **Kind:** incubation - **Source:** Jeune Entreprise Innovante (JEI) Recognised as a Jeune Entreprise Innovante by the French government — a status granted to companies with substantial R&D investment. - **Kind:** award - **Source:** Rotary Club of Paris - **Date:** 2026 Hydrobio named Startup of the Year — recognising the formulation's technical novelty and impact potential. - **Kind:** award - **Source:** Open Carca 2025 KUZOG (Hydrobio's parent) — laureate of the 2025 Open Carca entrepreneurial competition. - **Kind:** incubation - **Source:** AgroParisTech — FarmInnLab Hydrobio's semi-industrial pilot programme hosted at the AgroParisTech FarmInnLab incubator. - **Kind:** incubation - **Source:** Paris&Co KUZOG (Hydrobio's parent) incubated at the Paris&Co innovation ecosystem. - **Kind:** grant - **Source:** City of Paris KUZOG awarded a €30,000 industrial-innovation grant from the Ville de Paris. --- _Source: https://www.kuzog.com/hydrobio/ · Markdown variant served via Accept: text/markdown · Full brief: https://www.kuzog.com/llms.txt_