The uniqueness of sapropel as a raw material consists in its molecule:
Small molecular weight (15-20 thousand daltons) and many
Compounds of amino acids provide it with greater mobility in the plant body and soil, which helps to accelerate the delivery of nutrients to the plant cell structure.

The physiological activity of the sapropel molecule is 2.5–3 times higher than that produced from peat, lignin or brown coal.

Product of bottom sediments of freshwater relict water bodies, resulting from the biotransformation of dead aquatic and coastal vegetation, animal organisms, fish, phyto- and zooplankton and soil particles without oxygen access.

Unique properties

The benefits of sapropel for plants

Stimulates
development of a strong root system

Feeds
active plants throughout
total growth and development

Promotes
long flowering
ornamental crops

The benefits of sapropel for soil

Starts up
soil life processes

Increases
soil humus content

Loosens
heavy soil

Forms
fertile layer on problem soils

Natural sorbent

Regulates
acid-base balance of soil and soils

The sapropel molecule includes:

Humic acids

Silicon acid

Macronutrients
Mesonutrients
Micronutrients

threonine, methionine,
lysine, cystine, etc.

Vitamins

Enzymes

Chlorophyll

Protein

B1, B2, B3, B6, B12, C, D, E, PP, provitamin A carotenoids, folic acid

for oxidative reactions (catalase and peroxidase)
and hydrolysis reactions
(amylase and urease)

N, P, K; Ca, Mg, Fe, S; Si, Se, B, Mn, Zn, Cu, Mo, Co, Ni, J, Br , etc.

Stabilizes
air-water mode
preventing drying, salinization and caking of soil

Neutralizes
action in the soil accumulated
nitrates, pathogenic bacteria, fungi and harmful microorganisms

Restores
soil fertility for 3 to 5 years

Saves
on watering by raising
soil moisture holding capacity

Increases
guaranteed yield

Increases
quality of the final product

Accelerates
plant growth and development

Improves
seedling survival rate