Our Company
HydroSoil Renew is a concentrated, active soil nutrition product developed through advanced resource-recovery engineering. HydroSoil is derived from food-waste digestate and delivered in balanced, plant-available forms, without synthetic chemicals.
Validated through commercial field trials, our approach combines agronomy, soil biology, and systems engineering to deliver measurable results in yield, feed quality, and cost reduction.
Our Vision
To help agriculture produce more with less—by restoring soil function, improving nutrient efficiency, and making regenerative outcomes practical, measurable, and profitable at commercial scale.
HydroSoil Renew in Action
See first-hand how HydroSoil Renew transforms recovered organic materials into a clean, reliable soil nutrition built for modern farming.
Expertise & Innovation
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What Is HydroSoil Renew?
A naturally derived, concentrated soil nutrition product delivering balanced nutrients and stable organic matter in a clean, uniform form.
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Who's the Customer & Market Focus
Built for commercial growers, dairy-supported cropping systems, and regenerative operations needing results—not more material to haul and manage.
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Why HydroSoil Renew
Conventional manure operations can apply as much as 25 tons of material per acre yet HydroSoil Renew delivers comparable or better agronomic results with just 1,400–3,000 pounds per acre, reducing material used by ~95%.
Its low 5.7:1 carbon-to-nitrogen ratio (versus 10–25:1 for manure and compost) drives faster, more synchronized nutrient release, cutting cost, labor, fuel, and soil disturbance, without sacrificing performance.
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Sustainable Practices
Delivers higher nitrogen and phosphorus use efficiency, reduced residual soil nitrate and phosphate, fewer field passes, and improved soil organic matter—authenticated and measured in the field, not just promised on paper.
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How Is HydroSoil Renew Made?
HydroSoil Renew is produced through the proprietary Hydros Agritech System, a controlled biological process that safely digests food waste and converts it into nutrient-rich, active organic matter. That digestate is dried and formed into a uniform, flowable granule (about 90% dry matter) enabling precise, streak-free broadcast application comparable to high-quality synthetic dry fertilizers, without the need for deep incorporation. Naturally occurring microorganisms carried through the process remain active in the finished product, supporting healthy soil biology and helping crops access nutrients more readily.
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Farming Regenerated: The HydroSoil Renew Solution
Conventional farming practices lead to soil degradation, high costs, and lost revenue, while HydroSoil Renew restores soil quality. Hydrosoil improves efficiency, boosts crop yield and feed quality, increases profitability, and rebuilds soil systems for long-term regenerative agriculture.
The HydroSoil Renew Difference
Choose HydroSoil Renew to improve soil quality, reduce operating costs, increase nutrient efficiency, support regenerative agricultural practices, and maintain or improve yields.
Advanced Technology
Built on field-validated data—not theoretical models—proven to increase nutrient solubility, feed quality, and system efficiency, delivering both immediate crop response and long-term soil benefits.
Trial Results at a Glance
In independent 2024–2025 field trials at Mendonsa Farms in Tipton, California, HydroSoil Renew increased winter wheat yields 4.7–7.5%, turned a $134-per-acre loss under a manure program into a $186–259-per-acre profit, and lifted nitrogen use efficiency from 10% to 94–110%. See the full results:
Customer-Centric Approach
Designed to integrate seamlessly into agronomist-led fertility programs and existing farm operations to enhance regenerative agriculture.
Sustainability- Focused
Operational efficiency and soil performance deliver environmental benefits. Improves nutrient use efficiency, reduces residual nitrogen loss, lowers fuel use and field passes, and supports soil organic matter—without carbon hype or unverifiable claims. Aligns with regenerative agriculture demands.