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grow

Humilat grow – the next generation agent based on humic substances which are ecologically clean and safe for use (organic compounds composed of sophisticated physical-chemical properties) with a wide spectre of biological activities. The agent is manufactured from lowland peat by oxidating it with a gas mixture (ozone and air gases) and applying cavitation-gravitation treatment. Thus the biologically active substances are preserved and accumulated in high titre, and stabilized with negatively charged humic acid. The extracted product contains 20 (twenty) amino acids, more than 30 (thirty) mineral elements and organic substances including all major microelements as well as vitamins.

Humilat grow efficiency

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enhances soil microflora performance, is a good transporter of nutrients from soil to plant
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activates metabolic processes in plant
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speeds up seed sprouting process and increases germination energy
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develops strong root system
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boosts immune system, resistance against diseases, radiation and unfavourable weather conditions
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reduces crop maturity period by 7-12 days
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increases productivity of grain crops, oil plants and legumes starting with 10%
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increases vegetable, berry and fruit productivity starting with 20%
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increases quality properties of the crop production (oils, proteins, sugar content and similar)
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reduces content of chemical, mineral agents as well as plant protection agents applied in cultivation starting with 20%-80%
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decreases nitrate content and slows down heavy metal and pesticide accumulation
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improves the storage life of cultivated products
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ensures faster soil fertility restoration
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unlimited expiry date
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provides high economic return

Effects on soil

Humilat grow is capable of renewing soil fertility quickly due to humic acids and other elements contained in its composition. The soil microbiota on which 40% of harvest depends, provides a positive answer to the efficacy of the fertilizing agent. When the agent affects microbiota of the soil, the stabilization of nitrogen fixing bacteria, the increase in amount of nitrogen fixing bacteria and ammonifying bacteria are observed. The phosphate mobilizing microorganisms reach their development apogee approximately on the 9th day after soil is treated with the agent, and it exceeds control indicators by 3,6 times.

Pre-treatment of seed material before sowing

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immune system is boosted in the seeds
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seeds are free from exogenous seed infection
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the negative effects of seed traumatic damage are minimized
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germination energy, seed germination increases
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forms a strong root system
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enhances the sprout growth and development, significantly reduces the seed fungal invasion caused by internal seed infection

Seed treatment with humilat grow as mordant

Activation of growth processes due to synthesis of gibberellins and auxins
Source of nutrient elements, amino acids, vitamins
Universal adhesive
Increase ofplant resistance to pests and external environmental factors
Improvement of grain respiration
Increase of seed stomata
Source of microelements, nitrogen, phosphorus, potassium
Stimulation of plant growth and development.
Activation of growth processes
Activator of genetic processes due to stabilization of active synthesis.

Effects on plant

Humilat grow effect on basic plant feeding

It is known that any crop yield in agriculture is a complex indicator which is ensured both on the level of a separate cell and by totality of various processes in plant’s organism:

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by permeability of root cells
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by photosynthetic rate and efficacy
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by transportation of substances to plant
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by activity of enzyme system
Humilat grow enhances efficacy of all four components

Humilat grow — acceptable solution to complex crop problems

In the last few years humilat grow steadily conquers its place into the technology of vegetable farming. The agent is applied along with pesticides and mineral fertilizers because it helps to solve a range of problems in the face of which the standard crop growing technology is simply powerless. Humilat grow can be applied to seed treatment for cultivation of all crops, spraying the leaf surfaces and fertigation.

Effective utilization of straw

With land utilization in agriculture, a necessity arises to increase humus content in soil for maintenance of the necessary concentration of humic substances. Until now the replenishing process was carried out by adding compost, manure and peat in soil. Taking into consideration that the content of humic substances is relatively small in them, their replenishment amounts are very high thus significantly increasing transport and other production costs which exceed the costs of the fertilizing agent many times. Besides, they contain seeds of weeds, as well as disease bacteria.

Compatibility with mineral fertilizers and plant protection agents.

Technological synergy: humilat grow is perfectly compatible with bio-agents, plant protection agents and most of mineral fertilizers improving their efficiency.

Humilat grow enhances mutual chemical interactions in soil and stimulates the growth of its favourable microorganisms due to which the availability of nutritional components increases in the plants which are associated with the soil organic and mineral matter and the organic and mineral fertilizers incorporated into soil. Moreover, humilat grow forms immobile complexes with a range of harmful substances, for example, heavy metals thus preventing their transfer into food products.

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along with mordants for the seed material – speeds up suppression of pathogenic microorganisms, enhances germination energy and seed germination, promotes development of strong root system and allows to reduce the mordant utilization rate by 20-40%
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along with herbicides – prevents stress of major crops caused by herbicide toxic activity as well as allows to reduce the herbicide utilization rate by 20-30%
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along with fungicides – prevents negative effects and stress of major crops by boosting plant immunity, besides, owing to its excellent adhesive properties, enhances the fungicide efficacy and allows to reduce fungicide utilization rate by 20-30%
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along with insecticides – suppresses pathogenic microorganism development (in the damaged areas of the plant) by boosting the plant immunity as well as improves the regenerative properties of the tissues damaged by sucking insects and allows to reduce the insecticide utilization rate by 20-30%
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along with mineral fertilizers – increases the plant assimilation of nutrients contained in mineral fertilizers as well as decreases nutrient run-off owing to its chelating and complex forming properties, moreover, it increases the plant assimilation rate of the soil nutritional components by 15-20% and allows to reduce mineral fertilizer utilization rate by 30-50%

Humilat grow properties

Humilat grow accelerates the plant growth and development processes, improves rooting after transplanting, increases their resistance to diseases and unfavourable weather conditions – draughts, over wet soils, absence of oxygen, frost, insufficient light.

The humic acids contained in humilat grow are natural complex creators,
which enhance:

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acceleration of plant root system development process
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improvement of plant resistance to unfavourable external environmental factors (draught, frosts, etc.)
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oxygen assimilation without nitrate production
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acceleration of chlorophyll, sugar, vitamin, amino acid etc. synthesis
The humilat grow molecule play the role of effector, catalyser, chemical buffer in the plant’s life.

Efficiency in fight against diseases of cultivated plants

Applying the agent as a fungicide of non-specific effect and an immune system booster, the health of plants is improved and efficiency of specific effect preparations for plant treatment is enhanced

Plant treatment before the winter period

It is necessary to develop the plant root system and protect cells from the negative effects of low temperatures before the winter period.

Usefulness of treatment in autumn

The best way to ensure the winter crops with nutrient elements is the crop spraying with humilat grow in autumn because it contains all necessary microelements in the optimal amount.

Application of the fertilizing agent in autumn to winter wheat and canola ensures:

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quick transportation of mineral elements to cells and improvement of metabolic processes
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accumulation of extra sugars in plant cells
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improvement of plant’s cold hardiness, frost resistance and winter hardiness
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plant growth at equal height which is important before covering up for winter
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improvement of root system and efficient assimilation of mineral elements from soil
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friendly start in spring
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maximum crop yields (genetically inbred seeds)

The positive effects of pre-winter processing plants

Activation of growth processes due to synthesis of gibberellins and auxins
Nutrient source
Carbon source for formation of humus layer
Stimulation of plant growth and development.
Enhancement of soil microbial activity
Enhancement of plant resistance to pests and environmental factors.
Plant genome stabilization
Enhancment of frost resistance due to accumulation of sugars
Enhancement of plant metabolic activity
Increased mobile phosphorus and potassium. Enrichment with amino acids, vitamins and biologically active substances

Application in early spring

Humilat grow as an agent for prevention of early spring problems

In spring the winter crops need assistance in three ways:

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full mineral feeding
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protection against weeds, diseases and pests
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protection against unfavourable weather conditions
One of the most important techniques contained in the cultivation technology for winter wheat and rapeseed cultivation is adding pesticides to tank mixture (herbicides, fungicides, insecticides, ratindane) in combination with micro fertilizers and carbamide. Depending on the condition of the crop fields and the expected crop yields – the main concern of agronomists – the intensive, optimal or extensive technology may be chosen. But irrespective of the type of technology there are other factors which affect the productivity. These are stresses which occur due to rapid fluctuations in the air temperature (from -2°C at night to +15°C during day) as well as effects caused by multicomponent tank mixture or insufficient/unbalanced mineral feeding. Moreover, the condition of crop fields after overwintering is of great importance. None of the above mentioned agents can affect these factors. Therefore a necessity arises to enrich the mixture with antistressants, adaptogens, growth enhancers. The properties of all of the above mentioned agents are contained in Humilat grow.

Recommended schemes for treatment

Field crops

Wheat, rye, barley, oats …

Vgetables

Potatoes, tomatoes, cucumbers, squash …

Fruits and berries

Strawberries, apple, plum, cherry …

Recommended schemes for treatment of field crops

We recommend to apply humilat grow for achievement of maximum result during soil treatment in autumn and spring, during seed treatment/disinfection and spraying in the vegetative period

Soil treatment:

1) Soil treatment in autumn

Option 1.
Straw processing. Consumption: 5 l of fertilizing agent plus 5 kg carbamide in 200-250 l water per 1 ha (see manual for straw processing).

Option 2.
After germination, treatment with tank mixture – 2 l/ha glyphosate plus 2 l/ha of fertilizing agent. Working solution rate 200-250 l/ha.

Option 3.
In complex with (or without) mineral and/or organic fertilizer. Preparation of working solution: 3-5 l of fertilizing agent in 200-250 l water per 1 ha.

2) Soil treatment in spring

Option 1.
Pre-sowing cultivation in complex with (or without) mineral and organic fertilizer. Preparation of the working solution: 2-3 l of fertilizing agent in 200-250 l of water per 1 ha.

Option 2.
In spring the winter crops are sprayed in complex with herbicide. Consumption: 2 l of fertilizing agent in 200-250 l of water per 1 ha.

Seed treatment:

Seed treatment with any mordant before sowing. Consumption: 1-2* l of fertilizing agent per 1 tonne of seeds.

*- consumption rate depends on crop species and type.

CropsTreatment during vegetative period
Winter wheat
Winter rye
Winter barley
Winter triticales
3-fold plant spraying during vegetative period:
1. spraying in autumn with insecticide to combat virus carriers;
2. spraying during leaf expansion – the start of stem elongation;
3. spraying during flowering stage, the start of milk stage of ripeness.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent with 3-fold treatment is 2,1-3 l/ha.
Oats
Spring wheat
Spring barley
2-fold plant spraying during vegetative period:
1. spraying during leaf expansion;
2. spraying during spike development, the start of milk stage of ripeness;
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during season with 2-fold treatment is 1,4-2 l/ha.
Corn for grain2-fold plant spraying during vegetative period:
1. spraying during germination, during 2-4 leaf development;
2. spraying during spike development, the flowering stage.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during season with 2-fold treatment is 1,4-2 l/ha.
Canola
Winter canola
3-fold spraying during vegetative period:
1. spraying during germination, during formation of the first 2 true leaves;
2. spraying in the start of leaf crown development, during branching;
3. spraying during bud formation.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during the season carrying out 3-fold treatment is 2,1-3 l/ha.
Spring canola
Spring Swede rape
3- fold spraying during vegetative period:
1. spraying during germination, during formation of the first 2 true leaves;
2. spraying in the start of leaf crown development, during branching;
3. spraying during bud formation.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during the season carrying out 3-fold treatment is 2,1-3 l/ha.
Peas
Beans
Lentil
3- fold spraying during vegetative period:
1. spraying during germination, during formation of 3-5 leaves;
2. spraying during formation of 5-6 leaves, during bud formation;
3. spraying during flowering stage.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during the season carrying out 3-fold treatment is 2,1-3 l/ha
Soya3-fold spraying during vegetative period:
1. spraying during germination, during formation of the first 2-3 true leaves;
2. spraying during stem elongation, in the start of bud formation.
3. spraying during bud formation.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during the season with 3-fold treatment is 2,1-3 l/ha
Clover3-fold spraying during vegetative period:
1. spraying during germination;
2. spraying during growth;
3. spraying during stem elongation.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during the season with 3-fold treatment is 2,1-3 l/ha.
Alfaalfa3-fold spraying during vegetative period:
1. spraying during germination, plant growth;
2. spraying during stem elongation;
3. spraying during bud formation.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during the season with 3-fold treatment is 2,1-3 l/ha.
Siderate mixture3-fold spraying during vegetative period:
1. spraying during germination;
2. and 3. spraying at interval of 15 days.
Preparation of working solution: to dilute 0,7-1 l of fertilizing agent in 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during the season carrying out 3-fold treatment is 2,1-3 l/ha.
Buckwheat2- fold spraying during vegetative period:
1. spraying during branching, in the start of bud formation.
2. spraying after 10-14 days following the first spraying.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during the season with 2-fold treatment is 1,4-2 l/ha.
Rice2- fold spraying during vegetative period:
1. spraying during spike development;
2. Spraying after 10-14 days following the first spraying.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during the season with 2-fold treatment is 1,4-2 l/ha.
Sorgo2- fold spraying during vegetative period:
1. spraying during leaf expansion – in the start of stem elongation;
2. spraying during spike development, during flowering.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during the season carrying out 2-fold treatment is 1,4-2 l/ha.
Sunflower3- fold spraying during vegetative period:
1. spraying during germination;
2. spraying after development of 3-4 pairs of true leaves;
3. spraying at interval of 10-15 days.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during the season carrying out 3-fold treatment is 2,1-3 l/ha.
Flax3- fold spraying during vegetative period:
1. spraying during inflorescence development;
2. and 3. spraying at interval of 15 days.
Preparation of working solution: to dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during the season with 3-fold treatment is 2,1-3 l/ha.

Recommended schemes for treatment of vegetables

Soil treatment:

1) Soil treatment in autumn

Soil treatment in complex with (or without) mineral and/or organic fertilizer. Preparation of working solution: 3-5 l of fertilizing agent with 200-250 l of water per 1 ha.

2) Soil treatment in spring

For cultivation before sowing in complex with (or without) mineral and/or organic fertilizer. Preparation of working solution: 2-3 l of fertilizing agent with 200-250 l of water per 1 ha. Preparation of working solution: 2-3 l of fertilizing agent with 200-250 l of water per 1 ha.

CropsSeed treatmentTreatment during vegetative period
PotatoesTuber treatment before planting.
Working solution rate 40 l per 1 tonne of seeds.
Preparation of working solution: 0,1 l of fertilizing agent per 10 l water or mordant.
3-fold spraying:
1. spraying during 5-7 leaf development;
2. spraying during inflorescence stage.
3. spraying during flowering stage.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during season with 3-fold treatment is 2,1-3 l/ha.
Tomatoes
Aubergine
Summer squash
Patypan squash
Soaking time 8-15 hours.
Preparation of working solution: 10-40 ml of fertilizing agent per 10 l water. Consumption: 1 l per 1 kg of seeds.
4-fold spraying:
1. spraying during 2-4 leaf development;
2. spraying during inflorescence stage;
3. spraying during flowering stage;.
4. spraying during maturity stage.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during season with 4-fold treatment is 2,8-4 l/ha.
CucumbersSoaking time 8-15 hours.
Preparation of working solution: 10-40 ml of fertilizing agent per 10 l water.
Consumption: 1 l of fertilizing agent per 1 kg of seeds.
4-fold spraying:
1. spraying during 2-4 leaf development;
2. spraying during inflorescence stage;
3. spraying during flowering stage;.
4. spraying with 15 day interval.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during season with 3-fold treatment is 2,8-4 l/ha .
Cabbage
Salad
Soaking time 8-12 hours.
Preparation of working solution: 10-40 ml of fertilizing agent per 10 l of water.
Consumption: 1 l per 1 kg of seeds.
Pour the obtained solution in seedbed, apply it to the root system and leaves.
Spray with the working solution after planting.
3-fold spraying:
1. spraying after 2-3 days following the planting of seedlings;
2. spraying during formation of leaf tap-root - cabbage head;
3. spraying after 10-12 days following the second spraying.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during season with 3-fold treatment is 2,1-3 l/ha.
Onions (for seedlings, onion bulbs)Soaking time 8-15 hours.
Preparation of working solution: 10-40 ml of fertilizing agent per 10 l of water.
Consumption of working solution
1 l per 1 kg of seeds.
3-fold spraying:
1. spraying during 2-3 leaf development;
2. and 3. spraying at interval of 10-12 days.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during season with 3-fold treatment is 2,1-3 l/ha.
Onions for seeds
Garlic
Soaking time 8-15 hours.
Preparation of working solution: 10-40 ml of fertilizing agent per 10 l of water.
Consumption of working solution
1 l per 1 kg of seeds.
2-fold spraying:
1. spraying during 2-3 leaf development;
2. spraying at interval of 10-15 days.
Volume of working solution depends on sprinkler type (from 50 to 300 ml/sq.m.).
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during season with 2-fold treatment is 1,4-2 l/ha.
Carrots
Soaking time 8-10 hours.
Preparation of working solution: 10-40 ml of agent per 10 l of water.
Consumption of working solution
1 l per 1 kg of seeds.
3-fold spraying:
1. spraying during sprouting stage and formation of 1-2 true leaves;
2. spraying during formation of the second true leaf;
3. spraying after 10-15 days following the second spraying.
Volume of working solution depends on sprinkler type (from 50 to 300 ml/sq.m.).
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during season with 3-fold treatment is 2,1-3 l/ha.
Salad beetrootFor seed disinfection before sowing in complex with any mordants.
Consumption of working solution
1 l per 1 tonne of seeds
Preparation of working solution:  dilute 0,2 l of fertilizing agent with 10 l of water.
2-fold spraying during vegetative period:
1. spraying during formation of 2-3 true leaves;
2. spraying in plant rows closing down.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during season with 2-fold treatment is 1,4-2 l/ha.
Sugar beetFor seed disinfection before sowing in complex with any mordants.
Consumption of working solution 10 l per 1 tonne of seeds.
Preparation of working solution:  dilute 0,2 l of fertilizing agent with 10 l of water.
2-fold plant spraying in vegetation period:
1. spraying during formation of 2-3 true leaves;
2. spraying stage during formation of 4 pairs of true leaves, in plant rows closing down.
Preparation of working solution: to dilute 0,7-1 l of fertilizing agent in 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during season with 2-fold treatment is 1,4-2 l/ha.
Garden raddishSoaking time 8-10 hours.
Preparation of working solution: 10-40 ml of fertilizing agent per 10 l of water.
Consumption of working solution
1 l per 1 kg of seeds.
3-fold spraying:
1. spraying during sprouting stage and during development of 2-3 true leaves;
2. and 3. spraying at interval of 10-15 days.
Preparation of working solution: to dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during the season with 3-fold treatment is 2,1-3 l/ha.
Watermelons
Melons
Soaking time 8-12 hours.
Preparation of working solution: 10-40 ml of fertilizing agent per 10 l of water.
Consumption of working solution: 1 l per 1 kg of seeds.
2-fold spraying:
1. spraying during tendril development;
2. spraying after 15-20 days.
Preparation of working solution: dilute 0,7-1 l of fertilizing agent with 200-250 l of water and apply the obtained solution to 1 ha.
Total consumption of fertilizing agent during the season with 2-fold treatment is 1,4-2 l/ha.

Recommended schemes for treatment of fruits and vegetables

CropsSoil treatment:Seed, root treatmentTreatment in vegetation period
StrawberriesRoot fertilization in spring and autumn.
Working solution rate 5-10 l to 1 sq.m.
Working solution: dilute 70-100 ml of fertilizing agent with 10 l of water.
Soaking time for seedling roots 24 hours before planting
Working solution: 50-100 ml of fertilizing agent per 10-20 l of water.
1. treatment – foliar watering with the obtained solution (watering can).
Preparation of working solution for 1.treatment: pour 10 l of water over 70 ml of fertilizing agent.
2. treatment – in the evening 3 days after the first treatment. Preparation of working solution for 2. treatment: pour 10 l of water over 35ml of fertilizing agent.
All subsequent treatments at interval of 10-15 days, the working solution ratio as for 2. treatment.
(If automatic watering system is used, the working solution concentration may be reduced by 2 times).
Apple-tree
Pear-tree
Cherry-tree
Plum-tree
Quince
Fig tree
Peach tree
Apricot tree
Root fertilization in spring and autumn. Working solution rate 10-40 l per each tree depending on age. 
Working solution: dilute 100-200 g of fertilizing agent with 10 l water.
Soaking time for seedling roots 24 hours before planting.
Working solution: 50-100 ml of fertilizing agent per 10-20 l of water.
4-fold spraying:
1. spraying during inflorescence development;
2. spraying after 5-7 days after flowering;
3. spraying during physiological ovaries drop off;
4. spraying during intensive fruit growth.
Consumption of working solution: 1000-1200 l/ha per one treatment.
Preparation of working solution: dilute 1,5-2 l of fertilizing agent with 1000-1200 l of water and apply the obtained solution to 1 ha.
(If automatic watering system is used, the working solution concentration may be reduced by 2 times).
Grape
vine tree
In spring – during treatment of spaces between rows, 2 l/ha of fertilizing agent, working solution rate 200-250 l/haSoaking time for cuttings 24 hours before planting.
Working solution: 50-100 ml of fertilizing agent per 10-20 l of water.
3-fold spraying:
1. spraying during inflorescence development.
2. spraying after flowering;
3. spraying during berry ripening.
Consumption of working solution: 1000-1200 l/ha per one treatment.
Preparation of working solution: dilute 1,5-2 l of fertilizing agent with 1000-1200 l of water and apply the obtained solution to 1 ha.
(If automatic watering system is used, the working solution concentration may be reduced by 2 times).
Citrus plantsIn spring- carrying out treatment of spaces between rows - 2 l/ha of fertilizing agent, working solution rate 200-250 l/haSoaking time for seedling roots 10-12 hours before planting.
Working solution: 50-100 ml of fertilizing agent per 10-20 l of water.
4-fold spraying:
1. spraying in 5-7 days after flowering;
2. spraying during ovaries drop off;
3. and 4. Spraying with 2-3 week interval.
Consumption of working solution: 1000-1200 l/ha per one treatment.
Preparation of working solution: dilute 1,5-2 l of fertilizing agent with 1000-1200 l of water and apply the obtained solution to 1 ha.
(If automatic watering system is used, the working solution concentration may be reduced by 2 times).