– Reduce fertilizer costs by up to 50%.

– Reducing the cost of bringing agricultural machinery to the fields by up to 20%.

– Less agricultural machinery is required, including less machine operators.

– Reducing soil salinization with mineral fertilizers year after year and, as a result, reducing the salinity of drainage water with the prospect of cheaply desalinizing it to return it to fields for irrigation.

– Increase organic matter in the soil.

– Improving soil aeration.

– Multiple improvement in the exchange of oxygen and carbon dioxide.

– Improving the acidity (pH) balance of the soil.

– Obtaining an organic product.

Annual plants (corn, cotton, sunflower, beets and etc.)

1st stage.

IMPORTANT !!!

When harvesting the previous season, it is IMPORTANT to collect ONLY the product itself from the field, and crumble the rest of it (branches, trunks, leaves) onto the field. Do not remove anything from the field except the product itself. This will help the farmer in increasing the yield in future.

IMPORTANT !!!

Plow the soil using agricultural disc equipment to a depth of no more than 10-15 cm.

Before planting seeds in the soil, if weeds appear, without waiting for the weed seeds to develop, plow these weeds into the soil with agricultural disk equipment, also to a depth of 10-15 cm.

2d stage.

10-15 days before planting, the preparations bactovit g2 (5 l.), subtil BS (5 l.), carbiocal-L (5 l.) are applied to the soil per 1 hectare of agricultural land.

To do this, you need to mix these three drugs in one tank with 500 liters of water and apply it to the soil by spraying (in this case, the sprayer booms must be lowered as low as possible to the ground to avoid loss of the mixture, but cover the entire area).

Large-scale field spraying: Directly in front of the spraying machine with the above mixture, pass forward the same machine with the same task, but with ordinarystandard water at a distance of 15-20 meters (the first machine will moisten the soil, and the second after it, after 15-20 meters, will introduce the mixture with preparations into the soil). Then you can to carry out regular watering.

This operation must be carried out either after 17:00 in the evening, or from 07:00-10:00 in the morning to avoid rapid evaporation due to hot sunlight.

After 10-15 days or more, plant the plants.

3d stage.

When the plant reaches the first phase of the growing season, we use the preparations subtil BS (5 l.) and carbiocal-P (5 l.) per 1 hectare of agricultural land.

To do this, you need to mix these two drugs in one tank with 500 liters of water and apply by spraying on the sheet (in this case, the sprayer booms should be lowered as low as possible to avoid loss of the mixture, but cover the entire area).

This operation must be carried out either after 17:00 in the evening, or from 07:00-10:00 in the morning to avoid rapid evaporation due to hot sunlight.

Attention:

• THE SPRAYER TANK MUST BE WASHED BEFORE USING THE ABOVE METHOD.
• This operation must be carried out either after 17:00 in the evening, or from 07:00-10:00 in the morning to avoid rapid evaporation due to hot sunlight.

Annuals (cereals)

1st stage.

IMPORTANT !!!

When harvesting the previous season, it is IMPORTANT to collect ONLY the product itself from the field, and crumble the rest of it (branches, trunks, leaves) onto the field. Do not remove anything from the field except the product itself. This will help the farmer in increasing the yield in future.

IMPORTANT !!!

Plow the soil using agricultural disc equipment to a depth of no more than 10-15 cm.

Before planting seeds in the soil, if weeds appear, without waiting for the weed seeds to develop, plow these weeds into the soil with agricultural disk equipment, also to a depth of 10-15 cm.

2nd stage.

Before planting, 10-15 days before planting, carbiocal-L preparations are applied to the soil at the rate of 5 liters of the preparation per 1 hectare of agricultural land.

To do this, you need to mix this drug in a tank with 500 liters of water and apply it to the soil by spraying (in this case, the sprayer booms must be lowered as low as possible to the ground to avoid loss of the mixture, but cover the entire area).

Large-scale field spraying: Directly in front of the spraying machine with the above mixture, pass forward the same machine with the same task, but with ordinarystandard water at a distance of 15-20 meters (the first machine will moisten the soil, and the second after it, after 15-20 meters, will introduce the mixture with preparations into the soil). Then you can to carry out regular watering.

This operation must be carried out either after 17:00 in the evening, or from 07:00-10:00 in the morning to avoid rapid evaporation due to hot sunlight.

After 10-15 days or more, plant the plants.

3d stage.

When the plant reaches the first phase of the growing season, we use carbiocal-P preparations at the rate of 5 liters of the drug per 1 hectare of agricultural land.

To do this, you need to mix this preparation in a tank with 500 liters of water and apply it by spraying on the leaf (in this case, the sprayer booms must be lowered as low as possible to avoid loss of the mixture, but cover the entire area).

This operation must be carried out either after 17:00 in the evening, or from 07:00-10:00 in the morning to avoid rapid evaporation due to hot sunlight.

Attention:

• THE SPRAYER TANK MUST BE WASHED BEFORE USING THE ABOVE METHOD.
• This operation must be carried out either after 17:00 in the evening, or from 07:00-10:00 in the morning to avoid rapid evaporation due to hot sunlight.

Fruit trees, vegetables

1st stage.

30-35 days before the trees bloom, the preparations bactovit g2 (5 l.), subtil BS (5 l.), carbiocal-L (5 l.) are applied to the soil by spraying per 1 hectare of moistened soil.

To do this, you need to mix these three drugs in one tank with 500 liters of water and apply them to the soil by spraying (the diameter of the spraying site should be equal to the diameter of the tree crown).

Large-scale field spraying: Directly in front of the spraying machine with the above mixture, pass forward the same machine with the same task, but with ordinarystandard water at a distance of 15-20 meters (the first machine will moisten the soil, and the second after it, after 15-20 meters, will introduce the mixture with preparations into the soil). Then you need to carry out regular watering.

This operation must be carried out either after 17:00 in the evening, or from 07:00-10:00 in the morning to avoid rapid evaporation due to hot sunlight.

2nd stage.

30-35 days before the trees bloom, we use the preparations subtil BS (5 l.) and carbiocal-P (5 l.) per 1 hectare by spraying to the leaves of agricultural land.

To do this, you need to mix these two drugs in one tank with 500 liters of water and apply by spraying to the trunk, branches and leaves.

This operation must be carried out either after 17:00 in the evening, or from 07:00-10:00 in the morning to avoid rapid evaporation due to hot sunlight.

Repeat stages 1 and 2 after 6 months.

Attention:

• THE SPRAYER TANK MUST BE WASHED BEFORE USING THE ABOVE METHOD.
• This operation must be carried out either after 17:00 in the evening, or from 07:00-10:00 in the morning to avoid rapid evaporation due to hot sunlight.

 Ornamental plants (ornamental)

1st stage.

10-15 days before planting or if the plants are already planted in the soil, apply the drug carbiocal-L at the rate of 5 liters of the drug per 1 ha.

To do this, you need to mix this preparation with 500 liters of water in a tank and apply it to the soil by spraying (in this case, the sprayer booms or hand fitting must be lowered as low as possible to the ground to avoid loss of the mixture, but cover the entire area).

Large-scale field spraying: Directly in front of the spraying machine with the above mixture, pass forward the same machine with the same task, but with ordinarystandard water at a distance of 15-20 meters (the first machine will moisten the soil, and the second after it, after 15-20 meters, will introduce the mixture with preparations into the soil). Then you can to carry out light watering.

This operation should be carried out either after 17:00 in the evening or between 07:00 and 10:00 in the morning so that the solution does not evaporate quickly from the hot rays of the sun.

Plant plants after 10-15 days or more.

2nd stage.

We use the drug carbiocal-P at the rate of 5 liters of the drug per 1 ha.

To do this, you need to mix this preparation with 500 liters of water in a tank and apply it to the leaf by spraying on 1 ha.

This operation should be carried out either after 17:00 in the evening or between 07:00 and 10:00 in the morning so that the solution does not evaporate quickly from the hot rays of the sun.

How the tandem of Bactovit g2, Subtil BS, Carbiocal-L and Carbiocal-P

helps prevent nutrient deficiency in the soil

 We are pleased to provide you with a detailed explanation of how the tandem of  our products Bactovit g2, Subtil BS, Carbiocal-L and Carbiocal-P supports sustainable farming practices while maintaining soil fertility.

The tandem of Bactovit g2, Subtil BS, Carbiocal-L and Carbiocal-P are products designed to improve soil health and prevent nutrient deficiencies by activating soil microorganisms. Using this tandem of above mentioned products will not deplete the nutrients in your soil, since this tandem is specialy designed to maintain a healthy and active microbial community in the soil that plays a critical role in recycling nutrients and converting minerals into soluble nutrients which plant roots easily absorb.

Soils contain both primary and secondary minerals, ranging in size from tiny clay particles (less than 0.002 mm) to gravel and rocks. Minerals, natural inorganic compounds with specific physical, chemical, and crystalline properties, play a crucial role in soil composition.

Primary minerals, such as quartz, feldspar, pyroxenes, micas, amphiboles, and olivines, remain chemically unaltered since their formation and are mainly found in the sand and silt fractions but can also appear in clay-sized particles. Feldspars, significant for their potassium content, are prevalent in various rock types and are crucial soil components.

Pic.1  Quartz (40-60% and more), Feldspars (up to 20%), Micas (3-7%)

Pic.2  Composition of Igneous rocks: Feldspars (up to 59,5%), amphiboles & pyroxenes (16,8%), Quartz (12%), Micas (3,8%), other (7,9%)

Pic.3  90-98% of the mass of fine earth sands (50-80% loams and 10-12% clays)

Secondary minerals, formed through the weathering of primary minerals, include aluminosilicates like kaolinite and montmorillonite, oxides such as gibbsite and goethite, amorphous materials like imogolite and allophane, and minerals like sulfur and carbonates. These are primarily found in the clay fraction but can also exist in the silt fraction. Accessory minerals like olivines, pyroxenes, and amphiboles, although present in smaller quantities, contribute essential micronutrients to soils.

Pic.1  Calcite, Hematite, Halloysite

Pic.2  Minerals of simple salts (calcite, soda, gypsum, halite, nitrates).

Minerals of hydroxides and oxides of silicon, iron, manganese (goethite, pyrolusite, allophanes).

Clay minerals (montmorillonite group, kaslinite group, hydromicas, vermiculites, chlorites, mixed-layer minerals).

Pic.3  Left section: Accumulate in soil in LARG QUANTITIES: Calcite, Magnesite, Dolomite, Gypsum, Mirabilite, Halite, Phosphates, Nitrates and others.

Right section: Minerals of hydroxides and oxides of silicon, aluminium, iron, manganese are formed in amorphous form as hydrated high-

molecular gels and gradually undergo degradation and crystallization with the formation of oxides and hydroxides of crystalline structure.

Crystallization is facilitated by high temperature, freezing, drying, oxidizing soil conditions.

Recent research has shown that soil formation involves processes from both above and below ground. Soil is created from the decomposition of parent rock material, with microbes playing a crucial role in this process. A recent study (demonstrated that chemolithotrophic bacteria can degrade bedrock, producing nanoparticulate iron oxyhydroxides, which do not form without these bacteria. These bacteria form biofilms on rock surfaces, producing substances that extract and process minerals from the rock. Soil formation is thus a result of microbial activity breaking down bedrock from below and organic matter accumulation from above. This creates distinct soil layers, each contributing to soil health and plant growth. The mineral component of soil, including sand, silt, and clay, determines its texture and properties like water retention and nutrient exchange capacity. Clay particles, in particular, play a significant role in nutrient exchange due to their structure and high cation exchange capacity. The addition of organic matter, such as compost or plant debris, can enhance soil texture and fertility by supporting microbial growth, which transforms soil minerals into plant-available nutrients. This continuous process ensures that soils with active microbial communities do not become nutrient-deficient, maintaining soil fertility over time.

Both primary and secondary minerals are present in soils in abundance and can never be depleted, ensuring their perpetual availability for soil health and plant growth.

Therefore, soil health depends more on the presence of healthy soil microorganisms than on the availability of soil nutrients. Soil microbes act like chefs, cooking food for the plants. They process the raw materials (minerals) in the soil and transform them into ready food (nutrients) for plants. The soil is never short of raw materials; what is often lacking are healthy soil microbes. When healthy soil microbes are present, there is no need to add anything else to the soil.

Though it is not necessary, but if you add compost and animal manure once in a while, it will further help by providing additional organic matter that supports microbial activity and nutrient cycling.

Chemical fertilizers are only necessary for soils which are lacking in healthy soil microoorganisms.