Soil structure improvement: By binding soil particles, the bio‑activator enhances soil porosity and aeration. This promotes root system development, facilitating the access of oxygen and water to the root zone.

Increasing availability of nutrients: The bio‑activator forms chelate compounds with mineral elements (nitrogen, phosphorus, potassium, and trace elements). These compounds are easily absorbed by plants, which increases the efficiency of mineral fertilizer use; as a result, the fertilizer dosage can be significantly reduced.

Stimulation of growth and development of plants: The bio‑activator enhances metabolic processes within plant cells, promotes cell division, and stimulates protein and nucleic acid synthesis. This results in a consistent improvement in crop productivity. Yield gains of up to 18,9% have been confirmed for several crops (depending on the crop type and dosage).

Improving stress resistance: The bio‑activator enhances plant tolerance to adverse environmental conditions such as drought, frost, soil salinization, and pesticide stress. It strengthens cell membranes and increases sugar content in cells, making plants more resilient.

Activation of soil microbiome: The bio‑activator serves as a food source for beneficial soil microorganisms, which in turn participate in the decomposition of organic matter and release of nutrients.

Toxicity reduction: the bio‑activator effectively binds and neutralizes heavy metals and pesticides in the soil, making them less available to plants and reducing the risk of accumulation of harmful substance in agricultural products.