SeaBoost is a premium biological soil amendment created from a 50/50 fusion of Sea2Soil’s marine hydrolysate and QLF’s L-CBF TerraFed carbohydrate‑rich fermentation feedstock.
This dual origin formulation delivers a potent combination of amino acids, organic nitrogen, simple sugars, yeast, fulvic acid, together with an array of macro and micro nutrients and microbial stimulants.
Designed for arable, vegetable and grassland systems, SeaBoost feeds soil biology, enhances nutrient cycling, and supports resilient crop growth. Its balanced marine-molasses profile makes it ideal for regenerative systems seeking to build carbon, improve soil structure, and increase nutrient-use efficiency, while also being equally beneficial to conventional growers.
What does it do?
SeaBoost accelerates microbial activity, improves nutrient mineralisation, and strengthens plant root development.
The marine hydrolysate supplies readily available amino acids and micronutrients, while the carbohydrate fraction fuels beneficial bacteria and fungi. Together, they enhance soil health, boost nutrient availability, and support stronger, more uniform crop performance across a wide range of soil types.
How does it do it?
SeaBoost works by combining two complementary biological pathways: marine hydrolysate provides amino acids, trace elements, and organic nitrogen that stimulate root exudation and microbial enzyme activity; TerraFed contributes fermentable sugars that energise microbial populations and improve C:N balance.
This synergy increases cation exchange efficiency, enhances nutrient retention, and promotes stable humus formation. The result is a more active, biologically balanced soil capable of delivering nutrients more effectively throughout the season.
Features
Marine hydrolysate rich in amino acids and
micronutrients
Fermentable carbohydrate base to stimulate microbial activity
Organic nitrogen source supporting steady nutrient release
Balanced C:N ratio, ideal for soil biological activation
Suitable for all crop types
Benefits
Improved nutrient‑use efficiency and reduced fertiliser losses
Stronger root architecture and early crop vigour
Enhanced soil structure and moisture‑holding capacity
Increased microbial diversity and enzymatic activity
Supports long‑term soil carbon building and resilience
Application
Crop | Application |
|---|---|
Arable crops | 10–20 l/ha in early autumn and at start of spring growth |
Grassland | 20–40 l/ha after grazing or cutting |
Horticulture | 5–10 l/ha weekly via fertigation; 1–2% dilution as a foliar feed |
Establishment | 5–10 l/ha seedbed incorporated or applied with starter fertiliser |
(Adjust rates based on soil organic matter, crop demand, and biological activity.)
Results
Significant increase in early root biomass
Improved nitrogen retention
Higher Brix readings reducing pest and disease pressure
Dry matter uplift in grassland
Visible improvements in soil structure
Improvements in oilseed rape establishment