The aerosol mineral complex plant aid solves the challenge of plants’ effective supply, providing productivity increases while simultaneously reducing fertilizer quantities added to the soil. We are taking advantage of the capability to provide plants with full food without lowering their productivity. This is achieved by the exposure in the gas medium of the aerosol i.e the mineral complex plant aid reaches the plants during the combustion of the mineral complex tab which contains a set of macro- and trace elements. It is the exposure of the plant in this gas medium of the aerosol which ensures full-fledged feeding of the plants.
Substances up to 10μm can enter the leaf through the cell wall and the cell membrane, as well as through the closing cells, and can be directly metabolized.
The plant aid DS-1 produces an aerosol (air-solid mixture) enriched with minerals which are 10nm in size.
This air-mineral mixture is modeled on the smoke of volcanoes and supplies the plant better than any other fertilizer.
The plant aid "DS1" supports the growth of plants in greenhouses (glass and foil) in an environmentally friendly manner. The application is possible in private as well as in commercial cultivation and with all crops. The “DS1" tab consists of a specially developed mixture of mineral compounds, which releases macro- and microelements as well as carbon dioxide during their combustion. This reduces the need for conventional fertilizers and contributes to the quality improvement of plants, flowers and fruits. In addition, the use of the complex can create conditions for inhibiting the development of pathogen microorganisms.
Particularly in the cultivation of vegetables, it supports the fruit harvest and improves the yield as well as the duration of the fruit harvest. In the case of ornamental plants, it promotes the rooting of cuttings and more intense flowering of the plants. Various tab sizes are available for various applications. If required, automatic ignition devices for the tabs can also be made available.
Limestone wax, boric acid, molybdenum-acid ammonium, potassium permanganate, technical carbon, double glacial phosphate, magnesium carbonate.
Carbon dioxide – 0,3 g; Macro and microelements – 0,485 g; Bor – 0,005 g, Copper – 0,005 g; Zinc – 0,005 g; Potassium – 0,3 g; Magnesium – 0,11 g; Molybdenum – 0,005 g; Manganese – 0,05 g; Phosphorus - 0.0025g; Sulfur - 0.0025g.
The method is based on the use of the leaf as the largest organ of the plant. The nutrients are made as instantly usable ions available to the plants where needed on site.
The application is intended for greenhouses, film houses and tunnels as well as other closed spaces. For seed treatment, also in grain warehouses and similar.
The tabs consist exclusively of minerals which also occur in nature. No chemically-prepared substances are added or used in the manufacture process.
The tabs continue to be further developed. Targeted development of individual plants (fruit, flower, etc.) can be supported through the addition of individual mineral substances.
The core idea of the generator is to provide plants with nutrition substances through their stems and foliage. This idea derives from fundamental researches and practical experience of using carbonic acid gas for the growth accelerations of plants. The successful formulation of high energetic solid fuel sets the path for developing the idea further and to synthesize a special mineral complex compound designed to to create a controlled atmosphere (a controlled gas medium) in greenhouses.
This complex is a heterogeneous mixture of salts and a fuel, during which an aerosol is produced which contains inorganic compounds of potassium, boron, magnesium, zinc, manganese, molybdenum, copper, carbon dioxide, nitrogen and water vapor. A technical means for aerosol production is a generator within which the aerosol is produced from solids pressed from the mineral complex. The generated aerosol optimizes the composition of the environment, characterized by concentrations of oxygen, carbonic acid and nitrogen. The optimization of the gas medium, together with temperature and relative humidity, makes it possible to influence the metabolic activity of the plants. The use of the mineral complex can also create conditions for delayed development of patogenic bacteria.
Advantages of gas medium regulation compared to the traditional plant nutritioning through the root system:
• Aerosol generation with specific parameters of the gas phase and of the solid phase.
• Intensive gas exchange of the plants with the aerosol which results in the penetration of salt particles of the same / proportionate size as the nano particles into plants.
• Chaotic motion of the nanoparticles in the gas aerosol medium which allows them to condensate on any surface.
• Drastic reduction of the mineral fertilizers amount traditionally added to the root system. As a result only correcting amounts of fertilizer are added.
• The process for controlling the gas medium increases the production efficiency.
Collective effect with temperature and humidity regime optimizes metabolic activity of vegetable crops, cuttings and flowers grown in greenhouses.
Avantages:
• increase of the tubular ovaries by up to 95%
• increase in cultivations productivity by up to 20%
• earlier ripening of fruits (to 10-12 days)
• extending of the growing season to 15-20 days
• improvement of the palatability of fruits
• improvement of resistance to fungous diseases
Pre-sowing processing - The aerosol mineral complex is able to solve the task of enriching seeds with a set of macro- and trace elements. Pre-seed processing with the aerosol mineral complex consists in treating seeds stored in an enclosed space with an aerosol containing a set of macro- and trace elements; the aerosol is produced during combustion of the compact mineral tab. Once the nanoparticles have seeped into the seeds they are evenly distributed improving thereby their key property - germination and germination energy.
Advantages:
• increase of the germination energy and germination up to 30%
• seeds preserves its improved qualities for one year and more
• more uniform development of the seeds
• enhanced resistance of plants to fungus diseases
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