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Shrimp farming in Ecuador: what it costs in 2026

CAPEX and OPEX bands in US dollars per hectare for vannamei shrimp in Guayas, El Oro, Manabí and Esmeraldas — aerated semi-intensive, HDPE-lined intensive and covered biofloc — with production cost per kilo and realistic equipment lead times.

Short answer: how much does a shrimp farm in Ecuador cost?

In 2026, an aerated semi-intensive farm on earthen ponds costs USD 25,000 – 55,000 per installed hectare; an intensive farm with HDPE geomembrane costs USD 90,000 – 190,000 per hectare; and covered raceways or biofloc cost USD 180,000 – 420,000 per hectare. Of that total, the quotable electromechanical equipment package is USD 12,000 – 30,000 per hectare semi-intensive and USD 60,000 – 140,000 intensive. Production cost at pond side ranges from USD 2.10 to 4.20 per kilo depending on system, with feed accounting for 50 – 62% of operating spend. These are screening bands for comparing budgets — not an offer or an engineering study.

CAPEX per hectare by system

Shrimp farm CAPEX per hectare in Ecuador, USD 2026
SystemTotal CAPEX / haEquipment only / haYield
Semi-intensive aerated earthen pondsUSD 25,000 – 55,000 / haUSD 12,000 – 30,000 / ha4 – 12 t/ha/yr
Intensive with HDPE geomembrane linerUSD 90,000 – 190,000 / haUSD 60,000 – 140,000 / ha18 – 35 t/ha/yr
Covered raceways / bioflocUSD 180,000 – 420,000 / haUSD 120,000 – 300,000 / ha30 – 70 t/ha/yr
Attached intensive nursery (pre-grow)USD 220 – 600 / m³ of tankUSD 140 – 380 / m³3 – 6 cycles/yr

Excludes land, permits, first-cycle working capital and interest during construction. Validate every figure with project engineering before committing capital.

CAPEX breakdown

  • Earthworks, dykes and gates 25 – 40%

    Driven by topography and by the condition of any existing pond in Guayas or El Oro.

  • Aeration and installed power 15 – 25%

    The line item that varies most: 4 – 12 HP/ha semi-intensive versus 25 – 40 HP/ha intensive.

  • Pumping and water-exchange station 10 – 20%

    Axial pump, channel, switchboard and backup; critical where tidal exchange is limited.

  • Geomembrane and lining works 0 – 25%

    Intensive only; USD 3.5 – 7.5 per m² installed.

  • Automatic and acoustic feeding 5 – 12%

    Ecuadorian standard practice; usually pays back through FCR gain within 2 – 4 cycles.

  • Monitoring, telemetry and electrical 4 – 10%

    In-line dissolved oxygen, switchboard, cabling and power backup.

OPEX breakdown per cycle

  • Compound feed 50 – 62%

    At FCR 1.3 – 1.7 semi-intensive and 1.1 – 1.4 in well-run intensive systems.

  • Post-larvae and acclimation 6 – 12%

    Price per thousand depends on hatchery, genetics and stocking size.

  • Electricity and fuel 8 – 18%

    Rises sharply in intensive systems because of aeration hours per hectare.

  • Labour and supervision 7 – 12%

    Pond crew, feeding team and site security.

  • Health, inputs and lab analysis 3 – 7%

    Probiotics, lime, PCR testing and vibrio monitoring.

  • Harvest, ice and logistics to plant 4 – 9%

    Higher when the processing plant sits outside the province; export projects also need matched processing and cold-chain capacity.

Production cost at pond side

Semi-intensive aerated

USD 2.10 – 2.90 / kg at pond side

Intensive HDPE-lined

USD 2.40 – 3.30 / kg at pond side

Biofloc / covered raceway

USD 3.00 – 4.20 / kg at pond side

Cost at pond side, before processing, packing, freight and export commission. Sensitive to FCR, feed price and the provincial electricity tariff. Export projects should separately define the shrimp processing and freezing line against peak harvest throughput.

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Frequently asked questions

As a screening band: USD 25,000 – 55,000 per hectare for semi-intensive aerated earthen ponds, USD 90,000 – 190,000 per hectare for intensive systems with HDPE geomembrane, and USD 180,000 – 420,000 per hectare for covered raceways or biofloc. These figures cover civil works and electromechanical equipment, but exclude land, permits and first-cycle working capital.

The electromechanical package (aeration, pumping, feeders, monitoring and switchgear) runs USD 12,000 – 30,000 per hectare semi-intensive and USD 60,000 – 140,000 per hectare in lined intensive systems. This is the part of the budget you can quote and compare directly between manufacturers.

At pond side, the usual range is USD 2.10 – 2.90/kg in well-managed semi-intensive, USD 2.40 – 3.30/kg intensive and USD 3.00 – 4.20/kg in biofloc. Feed accounts for 50 – 62% of operating cost, so a 0.1 improvement in FCR moves the result more than almost any equipment purchase saving.

Screening rule: 0.9 to 1.4 times the operating cost of a full cycle (feed, post-larvae, energy, labour and harvest), plus a reserve for the gap between shipment and export payment. In intensive systems, working capital per hectare can exceed annual maintenance CAPEX.

Common Ecuadorian design references: 4 – 12 HP/ha semi-intensive depending on density, 25 – 40 HP/ha in lined intensive systems and above 40 HP/ha in raceways. Actual power must come from the project's oxygen balance — peak biomass, temperature and feeding rate — verified by an engineer.

Catalogue equipment (aerators, feeders, probes): 4 – 10 weeks manufacturing plus 25 – 40 days transit from Asia or 20 – 30 days from Europe to Guayaquil or Puerto Bolívar. Processing and cold-chain equipment: 10 – 18 weeks manufacturing. Always ask for a committed shipment date, not a generic lead time.

It depends on energy and water. Where the electricity tariff and supply reliability are good and water exchange is solved, lined intensive lowers installed cost per tonne produced. Where power is expensive or unstable, aerated semi-intensive with disciplined feed management usually gives the better risk-adjusted return.

Guayas dominates by area, followed by El Oro around Machala and Puerto Bolívar, with Manabí and Esmeraldas holding significant additional capacity. Site choice drives pumping cost, tidal exchange, salinity stability and distance to the processing plant, which together move the production cost per kilo more than pond design alone.

Projects typically need beach-and-bay zone use authorisation where applicable, registration with the aquaculture authority, an environmental permit matching the project category, and compliance with discharge conditions. Exact requirements depend on province and project size — confirm with a local adviser before committing capital.

No. We are an independent sourcing partner: we do not manufacture or resell. We translate your project into a technical specification, circulate the brief confidentially among qualified manufacturers, and return comparable quotes. Buyers pay no fee.

Projects with demonstrable production, sales contracts and collateral can access equipment or expansion finance through international partners. We prepare the file in parallel with the quotes so the purchase decision and the credit decision move together.

Turn these bands into real quotes

Send hectares, target density, voltage and discharge port. You get comparable quotes from qualified manufacturers once suppliers respond, at no cost to the buyer.

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No cost to buyers. Commission is producer-side only.

Short answer

How do you build and equip a project for Shrimp Farming In Ecuador?

Feasibility in Shrimp Farming In Ecuador is decided by water, energy, permitting and logistics before equipment choice. FishMatch Group benchmarks the local cost base, matches the system type to site conditions, and sources equipment and turn-key scopes from international suppliers who already ship and commission in the region — with landed cost, duties and lead time included in the comparison.

What decides feasibility:
Water availability, energy cost, permitting and route to market
Sourcing:
International suppliers with regional shipping and commissioning experience
Landed cost:
Quotations include freight, duties and installation assumptions
Cost to buyers:
No fee charged to the buyer