1. Innovative approach and usage efficiency
BMC contains microorganisms that convert atmospheric nitrogen (N₂) into nitrogen available for plants (NH₃). It stabilizes and retains nitrogen in the soil, supplying plants throughout the growing season. As a result, farmers can achieve higher yields and stable financial performance while reducing the costs associated with chemical fertilizers.
2. Sustainability of agroecosystems, effective land resource management
BMC ensures a stable supply of soluble forms of potassium, phosphorus, and over 70 micro and macro elements to plants for three years after application. It stabilizes soil pH to a neutral level. BMC restores soil fertility. It enhances the long-term productivity and ecological stability of agricultural lands.
3. Financial risks related to climate and weather
BMC is resistant to atmospheric conditions and stable. It does not evaporate or wash away with rain, eliminating issues related to nitrogen runoff and the need for excessive or repeated fertilizer applications. Due to its sorption properties, it saves up to 25% of water during irrigation.