Katyayani BIO NPK Consortia – Detailed Information

Product Overview

Katyayani BIO NPK Consortia is a microbial biofertilizer containing a consortium of beneficial microorganisms designed to support the natural availability and utilization of Nitrogen (N), Phosphorus (P), and Potassium (K) in the crop root zone.

The formulation combines functional microbial groups such as:

• Azotobacter
• Azospirillum
• Phosphate-Solubilizing Bacteria (PSB)
• Potassium-Mobilizing Bacteria (KMB)

These microorganisms perform different but complementary functions. Nitrogen-fixing bacteria help biological nitrogen availability, PSB help release otherwise less-available phosphorus, and KMB help mobilize potassium from certain soil minerals.

The overall objective is to improve nutrient availability, root-zone activity, soil biological health, and crop growth as part of an integrated nutrient-management program.

Important: BIO NPK Consortia should generally be viewed as a biofertilizer/biological nutrient-management input, not as a direct one-for-one replacement for all chemical NPK fertilizers. Nutrient contribution depends on soil conditions, microbial survival, crop requirements, and application practices.

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What Is a Bio-NPK Consortium?

A bio-NPK consortium contains multiple beneficial microorganisms that perform different nutrient-related functions.

N → Nitrogen fixation

Microorganisms such as Azotobacter and Azospirillum can contribute to biological nitrogen availability.

P → Phosphorus solubilization

PSB help convert some poorly available forms of soil phosphorus into more soluble forms that plants can utilize.

K → Potassium mobilization

KMB can help release or mobilize potassium associated with certain soil minerals.

Simple concept

Beneficial microbes → Nutrient transformation/mobilization → Improved nutrient availability → Better root nutrition → Healthier crop growth

How BIO NPK Consortia Works

The product operates through several complementary microbial processes.

Step 1 – Application

The microbial formulation is introduced into the crop's root-zone environment, such as through the recommended irrigation system.

Step 2 – Root-Zone Colonization

Under suitable conditions, beneficial microorganisms establish around the rhizosphere.

Step 3 – Nitrogen Support

Nitrogen-fixing microorganisms contribute to biological nitrogen availability.

Step 4 – Phosphorus Solubilization

PSB help convert certain unavailable or poorly soluble phosphorus forms into more available forms.

Step 5 – Potassium Mobilization

KMB help mobilize potassium from suitable soil mineral sources.

Step 6 – Root Development

Some beneficial microbes produce growth-promoting substances that can support root development.

Step 7 – Improved Nutrient Utilization

A biologically active rhizosphere can improve the plant's access to nutrients and support overall crop development.

 Recommended Dosage

Based on the information provided:

Drip Irrigation

Dosage: 1.5–2 litres/acre

Water: Approximately 200 litres/acre

Application

The recommended quantity is diluted in water and applied through the drip irrigation system so that the microbial formulation reaches the crop root zone.

Important Conditions for Microbial Biofertilizers

Microbial products are living biological inputs, so their effectiveness can be influenced by environmental conditions.

Soil Moisture

Adequate moisture supports microbial activity.

Temperature

Extreme heat or cold can reduce microbial activity.

Soil pH

Microorganisms perform best within suitable soil-pH ranges.

Organic Matter

Organic matter can provide a favorable environment for soil microorganisms.

Chemical Compatibility

Some pesticides, disinfectants, or highly antimicrobial products may negatively affect beneficial microorganisms.

Therefore, avoid mixing the product with incompatible inputs unless compatibility is confirmed.