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tilapia5.5 Month Culture PeriodFCR: 1.25

High-Density Biofloc GIFT Tilapia

हाई-डेंसिटी बायोफ्लॉक गिफ्ट तिलापिया फार्मिंग • Oreochromis niloticus (Genetically Improved Farmed Tilapia)

Commercial aquaculture blueprint covering target water quality tolerances, extruded floating pellet nutrition, biosecure disease prophylaxis, and PMMSY 40%–60% capital grant eligibility.

Net Batch Profit₹3.63 Lakhper standard unit
Expected Biomass3,500 kg3.5 MT total yield
Farmgate Wholesale Rate₹140 / kgBaseline realization
Matsya KCC Limit₹1.8 LakhWorking Capital @ 4%
Culture Engineering

Medium Biofloc Unit (7 Coated PVC Tanks of 4m Diameter)

Tailored to maintain high biomass carrying capacity, dissolved oxygen stability, and non-stress environmental conditions.

Commercial Highlights:
  • Zero-land intensive aquaculture: Requires only 300 to 500 square meters of shed space for a 7-tank unit
  • Microbial Biofloc technology recycles toxic fish ammonia into protein-rich microbial biomass (flocs) using carbon sources (jaggery/molasses)
  • Exceptional FCR of 1.2 to 1.3: Fish continuously graze on suspended bioflocs, reducing commercial pellet feed bills by 25%
  • Eligible for ₹7.5 Lakhs PMMSY standard unit cost subsidy (40% to 60% DBT release)
Stocking & Growth Matrix

Stocking Density & Survival Targets

Recommended Stocking Density:1,000 to 1,200 fingerlings per 15,000-Liter Tank (7,500 total birds/batch)
Survival Benchmark:92% to Market Weight
Feed Conversion Ratio (FCR):1.25 (1 kg biomass gain per 1.25 kg feed)
Water Quality Management

Target Water Chemistry Parameters

Daily monitoring thresholds required to avoid ammonia toxicity, gill asphyxiation, and stress-induced mortalities.

Dissolved Oxygen (DO)5.5 – 7.5 ppm (Strict continuous aeration required)Critical pre-dawn limit
Water pH7.5 – 8.2Buffer with lime/gypsum
Water Temperature28°C – 32°C (Growth ceases below 18°C)Optimal thermal window
Total Ammonia (TAN)< 0.5 ppmToxic unionized NH3
Total Alkalinity120 – 180 ppmAcid-buffering capacity
Salinity Tolerance0 – 15 ppt (Extremely euryhaline)Osmoregulatory range
Nutritional Management

Precision Extruded Pellet Feeding Schedule

Optimized crude protein and feeding frequencies across life stages to minimize feed wastage and maximize growth velocity.

Life StageDurationCrude Protein (CP %)Feed Type & Pellet SizeFeeding Rate (% Biomass)Feeding Frequency
Fry to Fingerling Tank StockingDay 1 to Day 3032% – 35% CP0.8 mm to 1.2 mm micro pellets5% of biomass4 times / day
Biofloc Grow-out PhaseDay 31 to Day 16528% – 30% CP2.0 mm to 3.0 mm floating extruded pellets2.5% to 3% of biomass3 times / day
Feeding Tray Inspection: Check feed trays 90 minutes after feeding. If feed remains unconsumed, reduce subsequent feedings by 20% to prevent water fouling and lethal ammonia spikes.
Financial Modeling

7 Circular Tanks (150,000 Liters Water Volume) Profit & Loss Statement

Verified batch operating budget based on commercial hatchery seed costs, floating pellet feed, aeration electricity, and wholesale farmgate prices.

Batch Operating Expenses (OPEX)

Fingerling / Seed Cost:₹37,500
Commercial Pellet Feed:₹2,15,000
Power, Aeration & Generator Fuel:₹38,000
Probiotics, Lime & Medicines:₹18,000
Total Batch OPEX:₹3,08,500

Harvest Revenue Realization

Total Harvest Biomass:3,500 kg
Average Farmgate Wholesale Rate:₹140 / kg
Culture Duration:5.5 Months
Gross Batch Turnover:₹4,90,000
Net Farmer Return
₹3,63,000
Net Profit per batch cycle
Payback Horizon:14 Months
Matsya KCC Working Capital:₹1.8 Lakh
* Assumes 40%–60% PMMSY pond/tank capital subsidy is availed.
Health Prophylaxis

Critical Disease Diagnosis & Biosecurity Treatments

Immediate identification and legal aquatic medication protocols for pathogens affecting High-Density Biofloc GIFT Tilapia.

Tilapia Lake Virus (TiLV)

तिलापिया लेक वायरस
Causative Pathogen:Novel Orthomyxo-like virus
Symptoms:Swollen abdomen, cloudy eyes (cataract), skin erosion, and abnormal swimming behaviour.
Prescribed Treatment / Control:Procure certified TiLV-free SPF seed from RGCA/MPEDA registered hatcheries only.

Streptococcosis (Streptococcus iniae)

स्ट्रेप्टोकोकस जीवाणु रोग
Causative Pathogen:Streptococcus agalactiae / iniae
Symptoms:Erratic spiral swimming, pop-eye (exophthalmia), and hemorrhages around the mouth and fins.
Prescribed Treatment / Control:Maintain dissolved oxygen > 6.0 ppm; apply Florfenicol or Oxytetracycline medicated feed under vet guidance.
SOP Guidelines

5 Golden Aquaculture Rules for High-Density Biofloc GIFT Tilapia

1

Maintain the Floc Volume Index (FVI) between 25 to 40 ml/L using an Imhoff cone; purge sludge if floc exceeds 50 ml/L.

2

Maintain Carbon:Nitrogen (C:N) ratio at 12:1 to 15:1 by dosing powdered jaggery or sugarcane molasses whenever TAN rises > 0.5 ppm.

3

Aeration must be 100% uninterrupted 24/7; install an auto-start ATS changeover diesel generator for instantaneous power failover.

4

Stock only 100% all-male mono-sex GIFT fingerlings to prevent unwanted reproduction that crashes tank bio-capacity.

Interactive Planning

Calculate Production Costs & Profits for High-Density Biofloc GIFT Tilapia

ICAR-CIFA & NFDB Precision Aquaculture Engine

Fish & Shrimp Farming Profitability Calculator

Calculate total floating feed bags, FCR, harvest biomass, operating expenses, and net profit for pond, biofloc, and RAS culture.

1 Acre Earthen Pond (approx 4,000 sq.m)
₹46/kg
Commercial extruded feed bag
₹135/kg
Live fish / chilled mandi price
Culture Benchmarks for Composite Freshwater Carp:
Feed FCR:1.55
Culture Duration:10 Months
Expected Survival:85%
Target DO:4.5 – 6.5 ppm
Aquaculture P&L Summary

Composite Freshwater Carp

FCR: 1.55
Total Harvest Biomass
3,500 kg(3.5 MT)
Net Estimated Batch Profit₹45.1/kg net
₹1,57,950
Gross: ₹4,72,500OPEX: ₹3,14,550
Feed Required181 Bags(5,425 kg @ 30kg)
Matsya KCC Limit₹1.5 LakhWorking Capital @ 4%
OPEX Cost Breakdown:
Pellet Feed:₹2,49,550
Fingerling Seed:₹28,000
Power & Aeration:₹22,000

FAQ

Frequently Asked Questions: High-Density Biofloc GIFT Tilapia Farming

In traditional ponds, water must be exchanged weekly to remove ammonia. In biofloc, heterotrophic bacteria assimilate ammonia directly inside the tank and convert it into edible microbial protein flocs, eliminating the need for water exchange.

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