THE RICH COMPOSITION PERFORMS

is the ability of the completely soluble stable Complex Compounds, formed in the soil with the help of Humic Substances, to geochemical migration. The most Microelements, Phosphorus (P+) and Sulfur (St) Compounds are actively migrated in the soil in such a soluble complex form and transport all the necessary nutrition to plants.

is the ability to regulate the most important soil properties such as heat treatment, heat capacity and thermal conductivity, as the formation of soil structure and the ability of Humic Substances to dissolve many soil minerals, which leads to the mobilization of all the hard-to-get elements of mineral nutrition of plants.

is the ability of Humic Substances to effect directly on the soil microorganisms and their role as carriers of essential Amino Acids, Vitamins and Antibiotics, contributing not only to the active stimulation of growth and development directly to the plants and their resistance to various types of diseases, but also to shorten the product maturation and prolongation of flowering and fruiting, significantly increase its productivity by the size and number of fruits, obtained and significant improving its quality and organoleptic characteristics and at the same time significantly reducing their Nitrate content.

is the ability to bind to inactive or insoluble compounds and a variety of toxic, radioactive elements, including the heavy metal ions, radionuclides, pesticides, hydrocarbons, and phenols Humic Substances permanently remove them from the sphere of direct contact with living cells, and over time the transformation of Humic Substances themselves accompanied by the complete destruction of toxic organic compounds or their conversion into inactive compounds.

Humus soil better resist drought or waterlogging, less prone to erosion and deflation, longer retain favorable properties at an irrigation in general, including higher doses or saline (salty) water. Also, Humic Substances protect the soil and groundwater from the transfer of toxic substances through the soil layer to groundwater severely restricted in the presence of inactive organic soil components, in this case substantially and that limited vertical migration and contamination of drinking water, not only metals or pesticides, but anions such movable as Nitrate (NO3-) and Chloride (Cl-) ions.