Warm-water · Shrimp · #1 global species

Whiteleg Shrimp

Litopenaeus vannamei · Brackish

Whiteleg (Pacific white) shrimp is the world's most-produced aquaculture species by value. Fast growth, tolerance to a wide salinity range and disease-resistant lines (SPF/SPR) make it the default choice for both extensive ponds and intensive indoor systems.

Global regions
Ecuador · India · Vietnam · China · Indonesia · Thailand · Mexico · Brazil
Applications
Frozen HLSO / P&D exports · Domestic fresh market · Value-added processed shrimp
Markets
Retail (frozen) · Foodservice · Export commodity · Premium indoor / RAS (fresh, never-frozen)
Farming Systems

Which system fits Whiteleg Shrimp?

Earthen Pond
Excellent

Backbone of global production. Semi-intensive to intensive densities.

Lined Pond
Excellent

HDPE-lined intensive / super-intensive grow-out.

RAS
Good

Indoor biofloc or clear-water RAS for premium fresh markets.

Hatchery
Excellent

SPF broodstock and PL nurseries are a critical link.

Raceway
Good

Nursery and greenhouse raceways for intermediate growth.

Cage
Not recommended

Not commercially viable at scale.

Project sizes

Plan by production capacity

Project Planning

Scope, layout & utilities

  • Typical grow-out scale: 5–500+ ha of ponds, or 500–5,000 m² per intensive lined pond.
  • Facility layout separates hatchery, nursery, grow-out, harvest and effluent zones.
  • Requires reliable brackish water (5–35 ppt), backup power and biosecurity fencing.
  • Utility planning: aeration ~20–30 HP/ha for intensive; oxygen for super-intensive.
  • Harvest planning: partial or full drain; ice slurry, chilled trucks, processing within 6h.
Equipment

Recommended equipment categories

Categories only — no manufacturer recommendations

Aeration (paddlewheel, diffused, Venturi)Pumps & flow distributionOxygen systems (LOX, PSA, oxygen cones)Automatic feeding systemsWater quality monitoring (DO, pH, temp, NH₃)Harvest & grading equipmentCold chain (ice, chillers, RSW, cold rooms)Hatchery & larval rearing systemsEffluent treatment (settlement, denitrification)Water treatment (mechanical + biological filtration)
Technology Comparison

Head-to-head trade-offs

RAS vs Pond — Whiteleg Shrimp
MetricRASEarthen / Lined Pond
CAPEX per kg/yrHighLow – Medium
Water useVery low (95%+ recycled)High (exchange or evaporation)
Land footprintSmall, indoorLarge, outdoor
BiosecurityExcellent (closed loop)Weather / disease exposure
Year-round productionYes, climate independentSeasonal in many climates
Skill requirementHigh — engineering + biologyMedium — biology-led
Best fitHigh-value markets, land-constrained sitesLow-cost regions, large-scale commodity output
Indoor vs Outdoor — Whiteleg Shrimp
MetricIndoorOutdoor
Climate controlFullNone
Energy costHigherLower
Predation & birdsNoneRequires netting
ConsistencyVery consistent harvestsWeather-dependent
CAPEXHigher (building + HVAC)Lower
Manual vs Automatic Feeding
MetricManualAutomatic
LaborHighLow
FCR consistencyOperator-dependentImproved 5–15%
CAPEXMinimalMedium — feeders, sensors, control
Best fitSmall farms, hatcheriesGrow-out at scale, RAS, cages
Budget Considerations

Major CAPEX & OPEX drivers

Major CAPEX drivers
  • Pond construction / lining
  • Aeration & oxygen supply
  • Hatchery / nursery build-out
  • Ice & cold chain
  • Effluent treatment
Major OPEX drivers
  • Feed (55–65% of OPEX)
  • Post-larvae (PL) purchase
  • Energy for aeration
  • Labor
  • Disease prevention & probiotics
Expansion considerations

Modular pond additions and phased intensification (extensive → semi-intensive → intensive) minimize risk.

Energy considerations

Electric aeration dominates. Backup generators are mandatory — an unpowered 6h period can crash the pond.

Procurement

Checklist before requesting quotations

  1. Target biomass (t/year) and harvest cycle (days).
  2. Salinity range and water source (well / coastal / recirculated).
  3. Aeration power budget (HP/ha) and redundancy strategy.
  4. PL source: on-site hatchery vs certified SPF supplier.
  5. Feed storage capacity for at least one full cycle.
  6. Cold chain: ice production and chilled transport plan.
  7. Effluent treatment compliant with local discharge limits.
Related Tools

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Related Guides

Technical reading

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Suggested equipment categories: Aeration · Oxygen systems · Feeders · Water monitoring · Cold chain · Hatchery / nursery

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FAQ — Whiteleg Shrimp

Intensive lined ponds can produce 20–40 t/ha/year, so a 100 t/year farm typically needs 3–5 ha of grow-out plus hatchery, nursery and processing footprint.

Yes. Indoor biofloc and clear-water RAS produce premium fresh shrimp year-round, but CAPEX is 5–10× a lined pond and requires expert operations.

EMS (Vibrio parahaemolyticus), WSSV and EHP. SPF post-larvae, biosecurity, probiotics and water quality control are the primary defences.

Nurseries reduce grow-out cycle length, improve survival and increase pond utilization — recommended for intensive and RAS operations.

Partial harvests with cast nets or pumps, or full drain harvests with sluice gates and grading tables. Ice slurry and rapid chilling are essential for quality.
Compare more species

Short answer

What is the fastest way to get quotes for Whiteleg Shrimp?

Submit one structured request for Whiteleg Shrimp. FishMatch Group translates it into a technical RFQ, runs a confidential sourcing round with project-matched international suppliers, and returns comparable quotations. No fee is charged to the buyer, and your identity and project details stay private until you choose to proceed.

How it works:
One structured request, human-reviewed before any supplier outreach
Typical turnaround:
Depends on scope and site data; no turnaround is guaranteed
Confidentiality:
Supplier names are never exposed during evaluation
Cost to buyers:
No fee charged to the buyer