Katyayani Acetogen | Acetobacter Nitrogen Fixing Bio fertilizer

Katyayani Acetogen | Acetobacter Nitrogen Fixing Bio fertilizer


Katyayani Acetobacter is a nitrogen-fixing biofertilizer that converts free nitrogen from the air into ammonia, providing plants with essential nitrogen naturally, without the need for artificial fertilizers. This powerful liquid solution boasts a recommended CFU of 5×1085 \times 10^85×108, offering a more effective and longer-lasting alternative compared to powder forms of Acetobacter. It is recommended for organic farming by NPOP and is suitable for organic plantations and export purposes.

Target Crops:

• Sugarcane
• Sweet Sorghum
• Sweet Corn
• Home Garden
• Kitchen Terrace Garden
• Nursery
• Greenhouse
• Various Agricultural Crops

Benefits:

• Reduces the need for nitrogen-based chemical fertilizers
• Promotes root proliferation and increases the number of rootlets
• Enhances nutrient uptake from the rhizosphere
• Cost-effective and eco-friendly
• Recommended for organic cultivation

Dosage:

• Domestic Use: 10 ml per liter of water
• Agricultural Use: 1-2 liters per acre
• Soil Application: Mix 1-2 liters of Katyayani Acetobacter with 25-50 kg of well-rotted FYM/compost/vermicompost and apply per acre.
• Sugarcane Set Treatment: Mix 1000 ml of Katyayani Acetobacter with 100 liters of water and dip the sugarcane sets for 15-20 minutes before planting.
• Drip Irrigation: Mix 1 liter of Katyayani Acetobacter in 200 liters of water and apply through drip irrigation per acre.

Mode of Action:

• Acetobacter spp. is an obligatory aerobic nitrogen-fixing bacterium that fixes nitrogen in the roots, stems, and leaves of plants.
• Produces growth-promoting substances such as Indole Acetic Acid (IAA) and Gibberellic Acid (GA), which promote root proliferation and increase rootlets.
• Enhances uptake of minerals, phosphate solubilization, and water, improving plant growth and sugar recovery in crops like sugarcane.
• Forms a symbiotic relationship with plants like sugarcane and coffee, colonizing their internal tissues to support growth.