“Humic acids are the connecting link in the evolution of the living and the lifeless matter”

D. ORLOV (Professor, Doctor in Biological Sciences, award-winning MSU Professor)

Humilat grow is a natural biostimulant whose main active ingredients are humic acids, fulvic acids, and plant-based amino acids derived from Latvian lowland peat. Thanks to a gentle production technology, natural biologically active compounds are preserved and accumulated, stabilized by negatively charged humic acids. The balanced composition of Humilat Grow includes 20 plant-derived amino acids and vitamins, as well as micro- and macroelements.

Why humilat® grow

Benefits for soil

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Activates soil microorganisms and supports healthy soil microflora

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Enhances soil structure, fertility, and humus formation

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Binds heavy metals, pesticide residues, and other contaminants, reducing their uptake by plants and supporting clean agricultural production

Benefits for crops

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Improves seed vigour and early root development

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Strengthens plant immunity and stimulates photosynthesis and metabolism

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Increases yields:
– legumes, cereals, and oil crops by 8–12%
– vegetables, berries, and fruits by over 20%

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Improves resistance to stress, drought, and frost

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Enhances nutritional quality of produce (vitamins, sugars, proteins)

Economic efficiency

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Improves nutrient uptake efficiency by 15–20%

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Allows reduction of mineral fertiliser use by 20–40%

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Reduces seeding rates by 10–15% due to stronger, more productive plants

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Enables lower application rates of seed treatments, foliar fertilisers, and crop protection products

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Compatible with most fertilisers and plant protection products

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Easy to use, with a low cost per hectare

For livestock and manure management

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Used in livestock and poultry farming as a supportive feed additive

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Supports faster and more efficient processing of bedding manure, resulting in a concentrated, long-acting organic fertiliser

Humilat biosphere functions

Accumulative

The ability of humilat humic substances to accumulate long-term reserves of all nutrients, carbohydrates, amino acids in various environments

Transport

Formation of complex organomineral compounds with metals and microelements that actively migrate to plants

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Regulative

Humilat humic substances form the color of the soil and regulate mineral nutrition, cation exchange, buffering and redox processes in the soil

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Protective

By sorption of toxic substances and radionuclides humic substances humilat prevents their entry into plants

The combination of all these functions provides increased yields and the required quality of agricultural products

Humilat characteristics

Macro- and micro-elements

#	Composition	HumiLat	Description
1	Humic acid	78%	Dry matter
2	рН	8,0
3	Dry matter	3%
4	Magnesium	871 mg/kg	Component of chlorophyll. Fermentation activator. Its deficiency results in development of leaf chlorosis.
5	Zinc	3 mg/kg	Participates in protein and carbohydrate synthesis.
6	Boron	5,2 mg/kg	Growth and development of reproductive organs, control of metabolism
7	Molybdenum	0,4 mg/kg	Major importance in nitrogen exchange processes.
8	Copper	1 mg/kg	Cell respiration, protein and carbon exchange activator, immune system booster.
9	Sodium	575 mg/kg	Participates in metabolic processes, sodium-potassium pump control, cell turgor.
10	Manganese	15 mg/kg	Manganese in plants primarily activates the action of various enzymes (or included in their composition) are important in the oxidation - reduction processes, photosynthesis, respiration, etc.
11	Calcium	5010 mg/kg	Component of fruit and cell walls.
12	Potassium	3156 mg/kg	Improves moisture retention, increases drought resistance.
13	Iron	652 mg/kg	Participates in chlorophyll synthesis and cell respiration processes.
14	Nitrogen	499 mg/kg	Regulates the growth of vegetative mass in plants, impact on productivity level.
15	Sulphur	1860 mg/kg	Component of ferments.
16	Phosphorus	213 mg/kg	Activates rooting, increases frost resistance.
17	Silicon	256 mg/kg	Component of fruit and protective shell of cells.
18	Chrome	2 mg/kg	Inhibitor of fermentative processes.
19	Selenium	2 mg/kg	Component of plant cell structural elements.
20	Aluminium	371 mg/kg	Necessary for qualitative development of plant disease resistance.
21	Titanium	12 mg/kg	Controls development of fermentative processes.
22	Iodine	6 mg/kg	Activator of immune processes.
23	Fluorine	2 mg/kg	Biologic molecule oxidizer.

Amino acids

#	Name	Humilat	Description
1	Alanine	150 mg/l	Participates in protein synthesis.
2	Aspartic acid	170 mg/l	Protects and enhances metabolic process.
3	Arginine	100 mg/l	Participates in biomolecule division processes.
4	Valine	160 mg/l	Speeds up fruit ripening.
5	Glycine	190 mg/l	Feeding enhancer.
6	Leucine	150 mg/l	Dark phase activator in photosynthesis.
7	Tyrosine	230 mg/l	Enhancer of growth and development of plant root absorption area.
8	Serine	160 mg/l	Participates in metabolic processes.
9	Glutamic acid	210 mg/l	Cell wall protection.
10	Phenylalanine	310 mg/l	Component of reserve substances.
11	Lysine	140 mg/l	Sprouting booster of seed material.
12	Histidine	200 mg/l	Effect on plant is unknown.
13	Cysteine	60 mg/l	Participates in transcription.
14	Proline	200 mg/l	Controls energy exchange.
15	Hydroxyproline	500 mg/l	Participates in protein synthesis.
16	Tryptophan	100 mg/l	Participates in cell wall synthesis.
17	Isoleucine	350 mg/l	Improves catalytic activity of few ferments.
18	Methionine	240 mg/l	Reserve substance in fruits.
19	Threonine	60 mg/l	Activator of sugar synthesis.
20	Ornithine	500 mg/l	Effect on plant is unknown.

humilat grow

soil and seed treatment, root irrigation and plant spraying

Professional use

Personal use

humilat compo

accelerated processing of compost, manure and bird droppings

Professional use

humilat animal

health improvement supplement to animal and bird food

Professional use