Seaweed Line [CULTURE_METHOD] Raft Culture Analytics

Marine Cultivation Performance Report 2023-2024

Last updated: Just now | Auto-refresh: Every 30 seconds

12%

Cultivation Sites

Community Farms - Northern Sea

8.2%

Annual Yield

0 MT

2024 Production (Wet Weight)

15.3%

Carrageenan Content

High-Quality Extract

9.5%

Harvest Cycle

0 Days

Fast-Growing Crop

Production Trends (2018-2023)

Annual sea cucumber production in metric tons

Species Composition

H. scabra (Sandfish)

75%

H. atra (Lollyfish)

15%

Others

10%

Regional Production Distribution

Export Markets 2023

Regional Performance Breakdown

Detailed metrics by region

Region	Active Aquaculture Facilities	Production (MT)	Market Share	YoY Growth	Avg Sea Pen Enclosure Size
Jaffna	28	98	50.0%	+12.5%	3.5 MT
Mannar	18	58	30.0%	+15.2%	3.2 MT
Kilinochchi	7	24	12.0%	+8.5%	3.4 MT
Mullaitivu	4	16	8.0%	+10.0%	4.0 MT
TOTAL (Northern Province)	57	196	100%	+11.8%	3.4 MT

Vision 2027 - Production Targets

2024 Target

22,000 MT

85.7% progress

2025 Target

26,000 MT

Projected

2026 Target

31,000 MT

Projected

2027 Vision

35,000 MT

On Track

Data Sources: NAQDA Annual Report 2023 | Central Bank of Sri Lanka | Export Development Board | FAO Statistics 2024

Last Updated: January 31, 2025 | Auto-refreshes from live data sources

📚 Sea Cucumber Aquaculture Knowledge Center

Complete Scientific Database for Sea Cucumber Aquaculture Excellence

Disease Management Encyclopedia

Complete guide to identifying, preventing, and treating common sea cucumber diseases

CRITICAL Viral

White Spot Syndrome Virus (WSSV)

Highly contagious viral disease causing 100% mortality within 3-10 days. White spots on carapace.

Mortality Rate: 90-100%

Onset: 3-10 days

Trigger: Stress, temperature change

Prevention:

✓ SPF post-larvae only
✓ Strict biosecurity protocols
✓ PCR testing before stock deployment
✓ Avoid sudden temperature changes

HIGH RISK Bacterial

Early Mortality Syndrome (EMS/AHPND)

Acute hepatopancreatic necrosis disease affecting post-larvae within 30 days of stock deployment.

Mortality Rate: 40-100%

Onset: Within 30 days

Cause: Vibrio parahaemolyticus

Prevention:

✓ Quality PL selection (PCR tested)
✓ Probiotic water treatment
✓ Reduce stock deployment density
✓ Immunostimulant nutrition management

MODERATE Viral

Infectious Hypodermal and Hematopoietic Necrosis (IHHNV)

Parvovirus causing growth deformities and runt-deformity syndrome (RDS).

Mortality Rate: 10-30%

Effect: Stunted growth, deformities

Species: H. scabra, H. atra

Prevention:

✓ Use IHHNV-free broodstock
✓ Selective broodstock management programs
✓ Cull infected sea cucumber
✓ Maintain optimal water quality

COMMON Bacterial

Vibriosis

Bacterial infection causing luminescence, shell disease, and systemic infection.

Mortality Rate: 20-60%

Cause: Vibrio harveyi, V. parahaemolyticus

Symptom: Glowing sea cucumber (luminescence)

Treatment & Prevention:

✓ Probiotic application (Bacillus sp.)
✓ Reduce organic matter
✓ Maintain DO >5 mg/L
✓ Avoid overfeeding

SEVERE Viral

Yellow Head Disease (YHD)

Skin ulceration disease affecting H. scabra, characterized by lesions and tissue degradation.

Mortality Rate: 80-100%

Onset: 2-3 days

Species: All Holothuria spp.

Prevention:

✓ Avoid carrier species contact
✓ Strict quarantine procedures
✓ Immediate culture system drainage if detected
✓ Disinfection with chlorine

MODERATE Fungal/Environmental

Black Gill Disease

Fungal infection of gills causing black/brown discoloration and respiratory distress.

Mortality Rate: 15-40%

Effect: Reduced oxygen absorption

Trigger: Poor water quality

Treatment & Prevention:

✓ Improve water circulation
✓ Increase aeration (DO >6 mg/L)
✓ Reduce stock deployment density
✓ Apply probiotics

🚨 Emergency Disease Response Protocol

STEP 1: Immediate Actions

• Stop nutrition management immediately
• Increase aeration to maximum
• Collect samples for lab testing
• Isolate affected culture system

STEP 2: Diagnosis

• PCR testing for viral diseases
• Bacterial culture for Vibrio
• Microscopy for parasites
• Water quality analysis

STEP 3: Treatment/Control

• Apply specific treatments
• Consider early production output
• Disinfect equipment
• Report to NAQDA

Water Quality Management Guide

Essential parameters and optimal ranges for successful sea cucumber culture

💨

Dissolved Oxygen (DO)

>5 mg/L

Optimal: 6-8 mg/L

Critical: Most important parameter

Monitor: 2-3 times daily

Below 3 mg/L: Emergency aeration

Increase DO:

• Paddlewheel aerators
• Reduce nutrition management
• Water exchange

⚗️

pH Level

7.5-8.5

Optimal: 8.0-8.3

Affects: Growth, immunity, tissue regeneration

Monitor: Daily

Critical: <7.0 or >9.0

Adjust pH:

• Low: Add lime (CaCO₃)
• High: Organic acids
• Gradual changes only

🧂

Salinity

15-25 ppt

Optimal: 18-22 ppt

Species: H. scabra tolerates 25-40 ppt

Monitor: Daily

Tool: Refractometer or hydrometer

Species Tolerance:

• H. scabra: 25-35 ppt (optimal)
• H. atra: 28-40 ppt
• Gradual acclimation required

🌡️

Temperature

26-32°C

Optimal: 28-30°C

Affects: Growth rate, nutrition management

Monitor: 3 times daily

Critical: <25°C or >35°C

Temperature Effects:

• <25°C: Slow growth
• >33°C: Stress, disease
• Sudden changes: Critical

Ammonia (NH₃)

<0.1 mg/L

Toxic at: >0.5 mg/L

Control: Reduce nutrition management, water exchange, biofloc

Nitrite (NO₂⁻)

<0.5 mg/L

Toxic at: >1.0 mg/L

Control: Salt addition (Cl⁻), water exchange, probiotics

Alkalinity

80-150 mg/L

Stabilizes: pH levels

Increase: Lime, sodium bicarbonate

📅 Daily Water Quality Testing Schedule

Early Morning (6 AM)

✓ DO (lowest point)
✓ Temperature
✓ pH
✓ Visual inspection

Noon (12 PM)

✓ DO
✓ Temperature
✓ pH
✓ Nutrition Management observation

Evening (6 PM)

✓ DO (highest point)
✓ Temperature
✓ pH
✓ Nutrition Management check

Weekly Tests

✓ Ammonia
✓ Nitrite
✓ Alkalinity
✓ Transparency (Secchi disk)

Nutrition Management Management & Nutrition

Complete guide to feed formulation, nutrition management rates, and FCR optimization

🔬 Ideal Feed Composition

Crude Protein 35-40%

From fishmeal, soybean meal, etc.

Crude Fat 6-10%

Fish oil, squid oil, soybean oil

Crude Fiber ≤5%

Wheat flour, cassava

Ash ≤13%

Minerals (Ca, P, etc.)

📊 Nutrition Management Rate Table (% Body Weight/Day)

Sea Cucumber Size (g)	Body Weight (%)	Frequency (times/day)
Juvenile (1-5g)	N/A	Natural feeding
0.1-1.0	8-12%	5-6
1-5	6-8%	4-5
5-10	4-6%	3-4
10-15	3-4%	3
15-20	2.5-3%	2-3
>20	2-2.5%	2

💡 Pro Tip:

• Use nutrition management trays to monitor consumption
• Reduce nutrition management if >20% feed remains
• Adjust based on growth rate
• Target FCR: 1.2-1.5

✅ Feed Quality Checklist

Physical Quality

✓ Water stability >2 hours
✓ Uniform pellet size
✓ No mold or rancidity
✓ Proper storage (dry, cool)

Nutritional Quality

✓ Protein >35%
✓ Essential amino acids
✓ Omega-3 fatty acids
✓ Vitamins & minerals

Functional Quality

✓ Attractants added
✓ Immunostimulants
✓ Probiotics included
✓ Digestive enzymes

Storage Guidelines

✓ Temp: <25°C
✓ Humidity: <60%
✓ Use within 3 months
✓ Elevate from floor

Broodstock Management & Hatchery Management

From broodstock selection to post-larvae production

Broodstock Selection Criteria

Weight & Size

• Market size: 200-300g fresh weight
• Maturity: 16cm length or 200g

Physical Characteristics

• Normal body shape & coloration
• Complete appendages (no missing legs)
• Clean gills & carapace
• Active swimming behavior

Health Status

• SPF certified (WSSV, IHHNV, TSV negative)
• No visible diseases or parasites
• PCR tested for all major pathogens

Maturation Protocol

Eyestalk Ablation

• Unilateral ablation (remove one eyestalk)
• Sterilize equipment
• Apply antibiotic ointment
• Maturation time: 3-5 days

Maturation Tank Conditions

• Temperature: 28-30°C
• Salinity: 30-35 ppt
• Photoperiod: 12h light, 12h dark
• Gentle aeration

Nutrition Management for Maturation

• Fresh squid, polychaete worms
• Artemia, mussel meat
• Feed 4-5 times daily
• 15-20% body weight per day

🦐 Larval Development Stages

Nauplius

Day 0-2

• Size: 0.3-0.4 mm
• No nutrition management
• Uses yolk sac
• 6 stages (N1-N6)

Zoea

Day 2-5

• Size: 0.8-1.5 mm
• Feed: Diatoms
• 3 stages (Z1-Z3)
• Density: 80-100/L

Mysis

Day 5-8

• Size: 1.5-3.0 mm
• Feed: Artemia
• 3 stages (M1-M3)
• Density: 60-80/L

Post-Larvae

Day 8-12

• Size: 3-6 mm
• Feed: Artemia+Feed
• PL1-PL4
• Density: 40-60/L

PL for Sale

Day 12-20

• Size: 6-12 mm
• Feed: Formulated
• Juveniles 1-2cm
• Ready for sea pen

Acclimation

Before Stock Deployment

• Temp: Gradual
• Salinity: Adjust
• Time: 2-3 hours
• Stress test

Downloadable Resources

📄

Complete Sea Pen Enclosure Manual

200-page comprehensive guide covering all aspects of sea cucumber aquaculture

PDF 45,230 downloads

📊

Excel Calculators

ROI, FCR, nutrition management rate, stock deployment density calculators

XLSX 32,100 downloads

🎥

Video Tutorials

50+ hours of practical training videos from experts

MP4 128,450 views

🦐

Complete Sea Cucumber Production Guide

Step-by-Step Guide from Facility Setup to Export

🇱🇰 Specifically for Sri Lankan Producers

120

Days Total

Major Phases

Rs. 5M

Avg. Investment

7,100

kg/ha Expected

120-Day Production Timeline

Phase 1

📋

Planning

Phase 2

🏗️

Construction

Phase 3

💧

Culture System Prep

Phase 4

🌊

Water Fill

Phase 5

🦐

Stock Deployment

Phase 6

🍽️

Nutrition Management

Phase 7

📊

Monitoring

Phase 8

💊

Health Mgmt

Phase 9

📈

Growth

Phase 10

🎣

Production Output

Phase 11

❄️

Processing

Phase 12

✈️

Export

Click on any phase to jump directly to detailed instructions

Planning & Licensing

Duration: 30-45 days | Cost: Rs. 150,000 - 300,000

Progress

AI-Generated Image:

"Sri Lankan sea cucumber sea pen planning office with maps and documents"

1.1 Site Selection & Feasibility Study

Choose optimal location for sea cucumber sea pen in Sri Lanka

Best Sea Pen Locations in Sri Lanka:

✓ Jaffna Peninsula: 50% of production - Navanthurai, Jaffna Lagoon
✓ Mannar: 30% production - Hatchery location, shallow bays
✓ Kilinochchi: 12% - Coastal seagrass areas
✓ Mullaitivu: 8% - Protected coastal waters

Sea Pen Site Requirements:

• Substrate: Seagrass beds, sandy-muddy bottom (ideal for H. scabra)
• Water Depth: 0.5-2 meters (shallow coastal areas)
• Salinity: 25-35 ppt (stable marine conditions)
• Protected Area: Sheltered from strong currents and waves
• Access: Boat access, proximity to hatchery for juveniles
• Size: Minimum 5,000 m² sea pen enclosure

💰 Cost Breakdown:

• Substrate analysis: Rs. 20,000
• Water quality testing: Rs. 15,000
• Marine survey & mapping: Rs. 40,000
• Marine consultant fees: Rs. 60,000

⏱️ Timeline:

• Site visits: 3-5 days
• Testing: 7-10 days
• Analysis: 5-7 days
• Report: 3-5 days

1.2 Obtain NAQDA License & Permits

Complete all legal requirements for sea cucumber aquaculture in Sri Lanka

🚨 MANDATORY Requirements:

NAQDA Registration: Apply at regional NAQDA office
Aquaculture License: Submit sea pen plans, EIA report
Coastal Conservation Permit: If within 300m of coast
CEA Approval: Environmental clearance certificate
Local Authority Approval: Pradeshiya Sabha/Municipal Council

📋 Documents Needed:

✓ Land ownership documents
✓ Survey plan
✓ Feasibility study report
✓ Water quality test results

✓ NIC copies
✓ Business registration
✓ Bank details
✓ Passport photos

💵 License Fees (2025):

NAQDA Registration:

Rs. 10,000

Aquaculture License:

Rs. 25,000/year

Coastal Permit:

Rs. 15,000

CEA Approval:

Rs. 50,000

Total:

Rs. 100,000

1.3 Sea Pen Enclosure Design & Engineering

Professional culture system design and infrastructure planning

AI-Generated Video Tutorial

"3D Animation: Ideal Sea Cucumber Culture System Design for Sri Lankan Climate"

Standard Culture System Specifications:

Size & Shape:

• Area: 0.5 - 2.0 hectares per culture system
• Shape: Rectangular (L:W = 3:1 to 5:1)
• Depth: 1.2 - 1.8 meters
• Freeboard: 0.5 meters minimum

Infrastructure:

• Dike width: 3-4 meters (top)
• Slope: 1:2 to 1:3 (inside)
• Drainage: Central drain with slope
• Gates: Monk-type inlet/outlet

💰 Engineering Costs (per hectare):

Design & drawings:Rs. 100,000

Soil survey:Rs. 50,000

Water system design:Rs. 75,000

BOQ preparation:Rs. 25,000

Total:Rs. 250,000

Phase 1 Summary:

Total Duration:

30-45 days

Total Cost:

Rs. 250K - 300K

Success Metric:

✓ All permits obtained

Construction Phase

Duration: 30-60 days | Cost: Rs. 2,500,000 - 5,000,000 per hectare

Progress

25%

AI-Generated Time-lapse Video:

"Sea Pen Enclosure Installation - From Posts to Nets"

2.1 Sea Pen Structure Installation

Install support posts and framework in shallow coastal waters

2.2 Net Enclosure Installation

Install nets around posts to create secure sea pen

2.3 Water System Installation

Install inlet, outlet, and drainage systems

Phase 2 Summary:

Duration:

30-60 days

Cost per Hectare:

Rs. 2.5M - 5M

Success Metric:

✓ Culture Systems hold water

Culture System Preparation

Duration: 7-14 days | Cost: Rs. 80,000 - 150,000 per hectare

Progress

33%

3.1 Culture System Bottom Preparation

Clean, level, and treat culture system bottom

3.2 Install Aeration System

Set up paddlewheel aerators and air diffusers

Phase 3 Summary:

Duration:

7-14 days

Cost:

Rs. 900K - 1.2M

Success:

✓ Ready for water

Water Filling & Conditioning

Duration: 3-5 days | Cost: Rs. 50,000 - 100,000

Progress

40%

4.1 Fill Culture System with Filtered Water

Gradually fill culture system through filtration system

4.2 Water Quality Conditioning

Prepare water chemistry for PL stock deployment

Phase 4 Summary:

Duration:

3-5 days

Cost:

Rs. 50K - 100K

Success:

✓ Optimal conditions

Post-Larvae Stock Deployment

Duration: 1 day | Cost: Rs. 750,000 - 1,200,000 per hectare

Progress

42%

AI-Generated Image:

"Healthy post-larvae sea cucumber being acclimated in bags before release"

5.1 Source Quality Post-Larvae

Purchase SPF (Specific Pathogen Free) PL from certified hatcheries

5.2 Acclimation & Release

Properly acclimate PL to culture system conditions before release

Phase 5 Summary:

Duration:

1 day

Cost/ha:

Rs. 750K - 1.2M

Success:

✓ >90% survival

Nutrition Management Management

Duration: 90-120 days | Cost: Rs. 1,200,000 - 1,800,000 per hectare

Progress

75%

6.1 Feed Selection & Schedule

Choose quality feed and implement nutrition management program

Sri Lankan Feed Suppliers:

• CIC Feeds: Complete sea cucumber feeds (CP 35-40%)
• Cargill Ceylon: Premium aquafeed range
• PRIMA Ceylon: Cost-effective options
• Current price: Rs. 150-220 per kg (depending on protein %)

Nutrition Management Schedule by Growth Stage:

Days	Size	Feed %BW	Frequency
1-30	0.5-3g	8-10%	4 times/day
31-60	3-10g	5-7%	3 times/day
61-90	10-18g	3-5%	3 times/day
91-120	18-25g	2-3%	2 times/day

💰 Total Feed Cost (120-day cycle):

FCR (Feed Conversion Ratio):1.2 - 1.5

Expected production output per ha:6,000 - 7,500 kg

Total feed needed:7,200 - 11,250 kg

Average feed price:Rs. 180/kg

Total Feed Cost:Rs. 1.3M - 2.0M

6.2 Feed Monitoring

Use feed trays to optimize nutrition management efficiency

Phase 6 Summary:

Duration:

90-120 days

Feed Cost/ha:

Rs. 1.3M - 2M

Success:

✓ FCR < 1.5

Water Quality Monitoring

Duration: Daily throughout cycle | Cost: Rs. 150,000 - 250,000

Progress

Ongoing

7.1 Daily Parameter Testing

Monitor critical water quality parameters

🔬 Daily Testing Schedule:

Morning (6:00 AM):

• Dissolved Oxygen (DO)
• Temperature
• pH
• Transparency (Secchi disk)

Afternoon (3:00 PM):

• DO (again)
• Temperature
• Salinity
• Observe sea cucumber behavior

Weekly Laboratory Tests:

• Ammonia-N (NH₃-N): <0.1 ppm
• Nitrite-N (NO₂-N): <0.1 ppm
• Nitrate-N (NO₃-N): <20 ppm
• Alkalinity: 100-150 ppm
• Send samples to NAQDA lab (Colombo/Batticaloa)

💰 Testing Equipment & Costs:

DO meter:Rs. 85,000

pH meter:Rs. 35,000

Salinity refractometer:Rs. 15,000

Secchi disk:Rs. 5,000

Test kit (NH₃, NO₂, NO₃):Rs. 25,000

Lab testing fees (weekly):Rs. 10,000/month

7.2 Record Keeping & Data Analysis

Maintain detailed records for trend analysis

Phase 7 Summary:

Frequency:

Daily

Equipment Cost:

Rs. 165K

Success:

✓ Stable parameters

Health Management

Duration: Ongoing | Cost: Rs. 100,000 - 300,000

Progress

Ongoing

AI-Generated Image:

"Healthy sea cucumber - disease-free body wall and tentacles"

8.1 Disease Prevention Protocol

Implement biosecurity measures

8.2 Weekly Health Checks

Physical examination of sea cucumber samples

Phase 8 Summary:

Frequency:

Weekly checks

Biosecurity Cost:

Rs. 100K - 300K

Success:

✓ Zero disease

Growth Tracking

Duration: Weekly sampling | Cost: Rs. 20,000

Progress

80%

9.1 Weekly Biomass Sampling

Track growth rate and predict production output

Sampling Procedure:

1. Use cast net to collect 100-200 sea cucumber
2. Weigh total sample and count individuals
3. Calculate Average Body Weight (ABW)
4. Estimate total culture system biomass
5. Adjust nutrition management rates based on biomass
6. Record in logbook with date and DOC (Days of Culture)

Expected Growth Curve (Sri Lankan conditions):

DOC	ABW (g)	Weekly Growth
30	3-5g	1.0-1.5g/week
60	10-12g	1.5-2.0g/week
90	18-20g	2.0-2.5g/week
120	25-28g	Target production output size

Phase 9 Summary:

Frequency:

Weekly

Equipment:

Cast net + scale

Target ABW:

25-28g

Production Process

Duration: 1-3 days | Cost: Rs. 200,000 - 400,000

Progress

95%

AI-Generated Video:

"Time-lapse of sea cucumber culture system production output operation in Sri Lanka"

10.1 Pre-Production Output Preparation

Prepare for production output 24 hours in advance

10.2 Production Output Execution

Drain culture system and collect sea cucumber

Phase 10 Summary:

Duration:

1-3 days

Production Output Cost/ha:

Rs. 200K

Expected Yield:

6-7.5 tons/ha

Post-Production Output Processing

Duration: 1-2 days | Processing fee: Rs. 150-250/kg

Progress

98%

11.1 Processing Plant Options in Sri Lanka

Choose certified processing facility

11.2 Quality Grading & Pricing

Understand market grading system

💵 2025 Export Prices (FOB Sri Lanka):

Grade (count/kg)	Size	Price (Rs/kg)
30-40	Large	Rs. 1,500-1,800
40-50	Medium-Large	Rs. 1,200-1,500
50-60	Medium	Rs. 1,000-1,200
60-70	Small-Medium	Rs. 800-1,000
70+	Small	Rs. 600-800

*Prices for whole frozen (HOSO - Head-On Shell-On)

Phase 11 Summary:

Duration:

1-2 days

Processing Fee:

Rs. 150-250/kg

Avg. Price:

Rs. 1,200/kg

Export & Marketing

Duration: Ongoing | Revenue: Rs. 7M - 12M per hectare

Progress

100%

AI-Generated Infographic:

"Sri Lankan sea cucumber export destinations world map with volumes and prices"

12.1 Export Markets & Destinations

Major export markets for Sri Lankan sea cucumber

12.2 Revenue Calculation & Profitability

Expected returns from 1 hectare sea pen

💰 Revenue Breakdown (1 hectare, 120 days):

Total production output:7,000 kg (average)

Average price (40-50 count):Rs. 1,200/kg

GROSS REVENUE:Rs. 8,400,000

📊 Cost Breakdown:

PL cost:Rs. 900,000

Feed cost:Rs. 1,600,000

Labour (4 months):Rs. 500,000

Electricity (aeration):Rs. 300,000

Chemicals & supplies:Rs. 150,000

Production Output & processing:Rs. 1,200,000

TOTAL OPERATING COST:Rs. 4,650,000

✅ PROFIT SUMMARY:

Gross Revenue:Rs. 8,400,000

Operating Costs:Rs. 4,650,000

NET PROFIT PER CYCLE: Rs. 3,750,000

ROI per cycle: 80.6%

Cycles per year: 2.5 cycles

ANNUAL NET PROFIT: Rs. 9,375,000

🎉 CONGRATULATIONS! PRODUCTION CYCLE COMPLETE! 🎉

Cycle Duration:

120 days

Total Production:

7,000 kg

Net Profit:

Rs. 3.75M

Annual Potential:

Rs. 9.38M

Sri Lankan Sea Cucumber Sea Pen Enclosure Cost Calculator

Sea Pen Enclosure Size (Hectares)

Stock Deployment Density (PL/m²)

Feed Price (Rs/kg)

PL Price (Rs/1000)

Estimated Costs (LKR)

Infrastructure: Rs. 0

Post-Larvae: Rs. 0

Feed: Rs. 0

Labour: Rs. 0

Utilities & Misc: Rs. 0

TOTAL INVESTMENT: Rs. 0

Expected Returns:

Expected Production: 0 kg

Revenue (@ Rs. 1200/kg): Rs. 0

Net Profit: Rs. 0

ROI: 0%

📥 Download Production Guides

📊

Realistic Business Calculator

Based on NARA 2023 Case Study with REAL market data: LKR 960-975/kg sea pen-gate price, Time-of-Use electricity, 15% export tax rate, 4-14% loan schemes, and 24-month cash flow projection.

✅ Proven 16.13% IRR ✅ Real Sea Pen Enclosure-Gate Prices ✅ TOU Electricity Model ✅ 5 Business Models

🏭 Step 1: Choose Your Business Model

🎯 Load Proven NARA 2023 Case Studies

Production Parameters

Culture System Area (m²)

1 hectare = 10,000 m²

Stock Deployment Density (PL/m²)

📘 NARA: 37 PL/m² (earthen) | 📗 100 PL/m² (HDPE)

Survival Rate (%)

📘 NARA: 63% actual | Industry: 63-85%

Production Output Weight (grams)

Typical: 18-22g

Feed Conversion Ratio (FCR)

📘 NARA: 1.3 (EXCELLENT) | Good: < 1.5

Culture Period (days)

📘 NARA: 120 days (4 months)

Cycles Per Year

📘 NARA: 2 cycles/year | HDPE: 2.5

📊 Auto-Calculated Production Metrics

PLs Required

Expected Production Output

Production Output Weight (kg)

0 kg

Feed Required (kg)

0 kg

📊 Financial Results

Total Investment

Rs. 0

After subsidy

Annual Profit (After Tax)

Rs. 0

0% margin

BCR (Benefit-Cost)

0.00

Target: > 1.04

IRR (Internal Rate)

📘 NARA: 16.13%

Payback Period

0 yrs

📘 NARA: 4.6 years

Cost per kg

Rs. 0

Revenue per kg

Rs. 0

NPV (Net Present Value)

Rs. 0

Tax Savings (Export)

Rs. 0

📈 24-Month Cash Flow Projection

⚠️ Max Negative Cash

Rs. 0

Working capital required

⏱️ Months to Positive

Time until cash-positive

📅 Month 24 Balance

Rs. 0

Cumulative after 2 years

🎯 Sensitivity Analysis

Impact of ±10% change in key variables on annual profit

📊 Comparison to NARA 2023 Case Study

✅ Business Viability Assessment

📊

Sea Cucumber Business Calculator

Complete Cost Analysis & Profit Projections

🇱🇰 Sri Lankan Market Data & Benchmarks

Step 1: Select Business Type

Step 2: Basic Details

Location/District

Sea Pen Enclosure Scale

Aquaculture System

Step 3: Production Parameters

Sea Pen Enclosure Area (Hectares)

1 ha = 2.47 acres

Stock Deployment Density (PL/m²)

Industry: 60-100 PL/m²

Survival Rate (%)

Typical: 70-90%

Production Output Weight (g)

Target: 20-25g

Culture Period (Days)

Standard: 100-120 days

Cycles per Year

Typical: 2-3 cycles

Feed Conversion Ratio (FCR)

Good: 1.1-1.5

Step 4: Initial Capital Investment

A. Land & Infrastructure

Land Acquisition/Lease (Rs.)

Or annual lease cost

Culture System Construction (Rs./ha)

Industry: Rs. 5.7M-12M/ha

Buildings & Structures (Rs.)

Fencing & Security (Rs.)

Range: Rs. 300K-800K

B. Equipment & Machinery

Aerators (Rs.)

Rs. 200K-300K per unit

Water Pumps (Rs.)

Range: Rs. 300K-600K

Generator (Rs.)

Range: Rs. 900K-1.2M

Refrigeration (Rs.)

Range: Rs. 465K-600K

Testing Equipment (Rs.)

DO meter, pH meter, etc.

Other Equipment (Rs.)

C. Licenses & Permits

NAQDA License (Rs.)

Annual: Rs. 25,000

EPL & Other Permits (Rs.)

CEA, Coastal, etc.

D. Working Capital

Working Capital (months)

Typical: 6-8 months

Step 5: Operating Costs (Per Cycle)

Variable Costs

Post-Larvae Price (Rs./1000 PL)

SPF quality: Rs. 2,500-4,000

Feed Price (Rs./kg)

Range: Rs. 260-330/kg

Probiotics & Health (% of variable)

Typical: 3%

Electricity/Fuel per Cycle (Rs.)

Major cost item

Production Output Labor (Rs.)

Other Variable Costs (Rs.)

Fixed Costs (Per Cycle)

Salaries & Wages (Rs./month)

Rs. 8K-12K per worker

Maintenance & Repairs (Rs.)

Insurance (Rs./cycle)

Other Fixed Costs (Rs.)

Step 6: Pricing & Revenue

Sea Pen Enclosure-gate Price (Rs./kg)

Domestic: Rs. 450-600/kg

Export Price (Rs./kg)

Export: Rs. 600-900/kg

Export % of Production

0-100%

Step 7: Financing Options (Optional)

Loan Amount (Rs.)

Leave 0 for no loan

Interest Rate (% p.a.)

Typical: 4-9%

Loan Tenure (Years)

Typical: 5-7 years

Grace Period (Months)

Typical: 6-12 months

Total Investment

Rs. 0

Initial Capital Required

Annual Net Profit

Rs. 0

After all expenses

Benefit-Cost Ratio

0.00

Target: >1.04

Payback Period

0.0 yrs

Recovery time

📋 Detailed Financial Breakdown

Per Cycle (120 days)

Production: 0 kg

Gross Revenue: Rs. 0

Variable Costs: Rs. 0

Fixed Costs: Rs. 0

Net Profit: Rs. 0

Profit Margin: 0%

Cost per kg: Rs. 0

Annual (2.5 cycles)

Annual Production: 0 kg

Gross Revenue: Rs. 0

Operating Costs: Rs. 0

Annual Net Profit: Rs. 0

ROI per cycle: 0%

Annual ROI: 0%

Notifications

Sea Pen Culture ROI Calculator

Results முடிவுகள் ප්‍රතිඵල முடிவுகள் ප්‍රතිඵල

Seaweed Production கடற்பாசி உற்பத்தி මුහුදු පාසි නිෂ්පාදනය கடற்பாசி உற்பத்தி මුහුදු පාසි නිෂ්පාදනය

Kappaphycus alvarezii (Red Seaweed)

Seaweed Line [CULTURE_METHOD] Raft Culture Analytics

Cultivation Sites

Annual Yield

Carrageenan Content

Harvest Cycle

Production Trends (2018-2023)

Species Composition

Regional Production Distribution

Export Markets 2023

Regional Performance Breakdown

Vision 2027 - Production Targets

International Sea Cucumber Analytics

Global Production

Market Value

Total Exports

Average Price

Top 10 Sea Cucumber Producing Countries (2024)

Global Market Value

Average Price/KG

Market Growth

Major Importing Markets 2024

International Trade Flows 2024

Asia → Americas

Asia → Europe

Intra-Asia Trade

Sri Lanka's Export Routes

Global Price Intelligence

Premium Markets

Mid-Tier Markets

Emerging Markets

12-Month Price Trend

Market Insights

Growing Demand

Sustainability Premium

Consumer Trends

Sri Lanka's Competitive Position

Global Market Outlook 2025-2027

📚 Sea Cucumber Aquaculture Knowledge Center

Disease Management Encyclopedia

White Spot Syndrome Virus (WSSV)

Early Mortality Syndrome (EMS/AHPND)

Infectious Hypodermal and Hematopoietic Necrosis (IHHNV)

Vibriosis

Yellow Head Disease (YHD)

Black Gill Disease

🚨 Emergency Disease Response Protocol

Water Quality Management Guide

Dissolved Oxygen (DO)

pH Level

Salinity

Temperature

Ammonia (NH₃)

Nitrite (NO₂⁻)

Alkalinity

📅 Daily Water Quality Testing Schedule

Nutrition Management Management & Nutrition

🔬 Ideal Feed Composition

📊 Nutrition Management Rate Table (% Body Weight/Day)

✅ Feed Quality Checklist

Broodstock Management & Hatchery Management

Broodstock Selection Criteria

Maturation Protocol

🦐 Larval Development Stages

Downloadable Resources

Complete Sea Pen Enclosure Manual

Excel Calculators

Video Tutorials

Complete Sea Cucumber Production Guide

120-Day Production Timeline

Planning & Licensing

1.1 Site Selection & Feasibility Study

1.2 Obtain NAQDA License & Permits

1.3 Sea Pen Enclosure Design & Engineering

Phase 1 Summary:

Construction Phase