bi azot

bi azot effectively binds atmospheric nitrogen and facilitates its efficient absorption by plants, similar to nutrient uptake from organic matter, which is mineralised and supplied to plants due to bi azot supplementation. The product is rich in unique nitrogen-fixing bacteria Bacillus azotofixans, which enhance nitrogen cycling in the soil and help deliver it to plants in a highly absorbable form. The product prevents the accumulation of nitrites and nitrates in plant tissues.

This innovative product is the only powdered product on the Polish market containing such a large number of beneficial bacteria in 1 gram of product. The product provides nitrogen continuously and over the long term. Using the product in early spring or autumn helps rebuild the appropriate population of Bacillus azotofixans bacteria in the soil and create optimal conditions for plant growth. By accelerating the decomposition of post-harvest residues, bi azot helps enrich the soil with humus and creates optimal conditions for agricultural, vegetable, and fruit cultivation.

Microbial fertiliser bi azot is particularly recommended for soils with low organic matter content and intensively exploited soils, where the content of beneficial microorganisms is too low to maintain soil health. Due to the presence of bacteria highly resistant to adverse environmental conditions, bi azot performs exceptionally well in soils previously treated with herbicides, synthetic fertilisers, insecticides, and fungicides, as well as in areas where adverse environmental conditions lead to soil depletion and a reduction in nitrogen bacteria populations. An adequate supply of nitrogen is essential for successful crop cultivation. Nitrogen is a component of chlorophyll, proteins, and enzymes. This mineral plays a crucial role in plant metabolism, and its deficiency results in growth inhibition, yellowing, discolouration, and reduced yields.

An appropriate amount of nitrogen-fixing bacteria in the soil, tailored to the needs of the plants, ensures the production of compounds that support plant growth and yield. Free-living bacteria Bacillus azotofixans in the rhizosphere are particularly desirable in soil due to their ability to perform nitrogen fixation – binding atmospheric nitrogen using the enzyme nitrogenase. Nitrogen-fixing bacteria can bind up to 50 kg of nitrogen per 1 hectare of cultivated land, and the bound element can further circulate in the biosphere.

Bacillus azotofixans at a concentration of 1x10⁹ CFU per each gram of product.