BIO-ACTIVATED
SOLUTIONS.
Engineered granules that replace chemical brute force with biological intelligence. Compatible with existing infrastructure; optimized for high-yield field performance.
UreaZ (Zabardast Urea)
High-Efficiency Nitrogen + Bioactive Zinc Catalyst
Chemical Composition
42% Nitrogen (N) + 1% Bioactive Zinc (Zn) + ZSB Consortium
yield
+15-20%
scale
1.2M Tons
reach
1.26M Acres
Technical Overview
A next-generation multinutrient fertilizer utilizing patented US 9,994,494 technology. It features a nitrogen core stabilized by an organic bio-polymer membrane. This system overcomes the 'Zinc-Immobilization' crisis in alkaline soils by creating an acidic micro-environment that keeps Zinc in a liquid, bioavailable phase for rapid root uptake.
Primary Mechanism
Field Benefits
- Organic BCT membrane acts as a physical urease inhibitor to slow nitrogen hydrolysis.
- Zinc-Solubilizing Bacteria (ZSB) actively recycle fixed soil minerals.
- Maintains the 'Stay-Green' effect for prolonged photosynthesis during grain filling.
- Reduces ammonia (NH₃) volatilization by up to 24% in flooded and dry-land fields.
Bio-Activated BOP
Phosphate Solubilizing Organic-Mineral Hybrid
Chemical Composition
20% P₂O₅ + 15% Organic Matter + PSB Consortium ($10^9$ CFU/g)
yield
+24%
biomass
+40%
efficiency
PSB Driven
Technical Overview
Bio-Organo-Phosphate (BOP) is engineered to bypass the Tri-calcium Phosphate fixation cycle common in calcareous soils. By integrating phosphorus with stabilized organic carbon, it prevents the nutrient from 'locking up' with soil calcium. The $10^9$ CFU/g microbial load ensures continuous mineral release throughout the crop's vegetative and reproductive stages.
Primary Mechanism
Field Benefits
- PSB consortium secretes organic acids to dissolve mineralized phosphates.
- 15% Organic Matter improves soil structure and Cation Exchange Capacity (CEC).
- Buffering action prevents Phosphorus leaching in acidic and sandy soil profiles.
- Significantly enhances root hair density and elongation for better nutrient mining.
Bio-Activated MAPS
Triple-Action Synergistic Matrix (N-P-S)
Chemical Composition
9% Nitrogen + 46% P₂O₅ + 5% Sulfur (S) + Zn Impregnation
efficiency
+141% NUE
vigor
2-3 Day Lead
trial
Multi-Environment
Technical Overview
A high-density precision complex (9-46-0-5) designed for early-stage crop vigor. The inclusion of Sulfur acts as a critical catalyst for Nitrogen Use Efficiency (NUE), ensuring that the high-load Phosphorus core is utilized for ATP production and protein synthesis rather than remaining dormant in the soil.
Primary Mechanism
Field Benefits
- Sulfur-driven pH reduction prevents P-fixation with soil carbonates.
- Optimized for quick-start cereals that require immediate P-energy for tillering.
- Synchronized nutrient release profile reduces the 'Salting-Out' effect.
- Catalyzes the formation of essential amino acids (Cysteine & Methionine).
Bio-Activated SOP
Chloride-Free Potassium & Enzyme Activator
Chemical Composition
50% K₂O + 18% Elemental Sulfur + KSB Consortium
purity
100%
brix
Premium
resistance
Enhanced
Technical Overview
Sulphate of Potash (SOP) is the gold standard for high-value, chloride-sensitive crops. Our bio-activated version utilizes Potassium Solubilizing Bacteria (KSB) to break the mineral bonds in clay-heavy soils, ensuring maximum translocation of sugars from leaves to fruit while maintaining optimal plant turgidity.
Primary Mechanism
Field Benefits
- 100% water-soluble potassium for instant enzymatic activation.
- Regulates stomatal opening to improve water-use efficiency under heat stress.
- Chloride-free profile prevents root-burn in Tobacco, Potato, and Fruit crops.
- High Sulfur load (18%) improves fruit coloration, size, and shelf-life (Brix levels).
Bio-Activated DAP
High-Efficiency Di-Ammoniacal Phosphate
Chemical Composition
18% Nitrogen + 46% P₂O₅ + Bio-Organic Catalyst
p_uptake
+35%
physicals
High Strength
tech
Bio-Chelated
Technical Overview
The global standard for phosphatic nutrition, reimagined through bio-activation. Our DAP features a protective organic barrier that prevents immediate P-fixation with Iron and Aluminum in acidic soils and Calcium in alkaline soils, significantly increasing the bioavailability of its 46% phosphate loading.
Primary Mechanism
Field Benefits
- Protected P-core ensures 2.5x higher absorption rates than standard DAP.
- Provides rapid ammoniacal nitrogen for initial vegetative growth.
- BCT coating ensures dust-free, free-flowing application through centrifugal spreaders.
- Reduces the long-term dependency on excessive phosphate application doses.
Bio-Activated MOP
Industrial Strength Potassium Delivery
Chemical Composition
60% K₂O (Potash) + Bioactivation Agent
concentration
60%
strength
Anti-Lodging
value
High ROI
Technical Overview
Designed for high-demand broadacre crops, Bio-Activated MOP provides the most concentrated source of potassium. By impregnating the Muriate of Potash with bio-organic catalysts, we reduce the negative impact of chloride while accelerating the potassium uptake curve.
Primary Mechanism
Field Benefits
- Highest concentration of potassium available (60% K₂O).
- Bio-activation reduces 'Potassium-Lock' in inter-micellar clay layers.
- Crucial for stem strength and preventing lodging in high-yield cereals.
- Optimized for heavy-feeding crops like Sugarcane and Corn.
Precision NPK Series
Balanced Macro-Nutrient Homogeneity
Chemical Composition
Various Balanced Formulations (e.g., 20-20-20 / 15-15-15)
balance
Perfect
uniformity
100%
options
Customizable
Technical Overview
A family of compound fertilizers engineered for total nutrient homogeneity. Each granule contains the exact ratio of N, P, and K, preventing nutrient imbalances and ensuring uniform crop growth across the entire field profile.
Primary Mechanism
Field Benefits
- Prevents nutrient 'hot-spots' and 'blind-spots' common in manual blending.
- Customizable formulations based on regional soil analysis reports.
- Perfect for precision agriculture and mechanized farming systems.
- Includes trace elements often missing in bulk commodities.
Bio-Logic Micronutrients
Targeted Metabolic Correction
Chemical Composition
Zinc, Boron, Copper, Iron & Manganese Chelates
absorption
Rapid
delivery
Foliar/Soil
impact
Metabolic
Technical Overview
A comprehensive portfolio of liquid and chelated micronutrients designed for rapid correction of soil-borne deficiencies. Utilizing advanced ligand technology, these nutrients are protected from soil fixation and are highly mobile within the plant's vascular system.
Primary Mechanism
Field Benefits
- Rapidly correct 'hidden hunger' before yield loss occurs.
- Fully compatible with most herbicides and fungicides for easy tank-mixing.
- High foliar absorption rates through cuticle-penetrating agents.
- Essential for reproductive health, pollination, and fruit set.
Efficiency Comparison
Empirical analysis: NIHA Bio-Activation vs Standard Chemical Regimens
| Parameter | Conventional Fertilizer | NIHA Bio-Activated |
|---|---|---|
| Nutrient Use Efficiency (NUE) | 30 - 45% | 80 - 85% |
| Leaching & Volatilization | High (50%+ Loss) | Minimal (<10% Loss) |
| Microbial Interaction | Inhibitory | Synergistic (10^9 Load) |
| Yield Variation | Baseline | +15% to +24% Increase |