Full project development

Hatcheries

Marine and freshwater hatcheries for fingerlings, smolt and post-larvae.

Turn-key hatchery project development — biosecure design, construction, genetics sourcing and production start-up.

Network

Project-matched hatchery engineering & genetics partners

Process

Private & anonymized

Buyer fees

Zero

Quick answer

What equipment is needed for a fish hatchery?

A commercial fish or shrimp hatchery needs egg incubation and larval rearing tanks, a live-feed section (algae and artemia culture), fine filtration with UV or ozone disinfection, heating, aeration and oxygenation, and dissolved-oxygen and temperature monitoring. Backup power and emergency oxygen are core scope, not extras — larval stages die within minutes of an oxygen interruption.

What backup systems does a hatchery need?
At minimum: emergency oxygen with automatic switchover, a standby generator sized for pumps, heating and aeration, duplicate blowers or pumps, alarms on dissolved oxygen and temperature, and stored treated water. Larval stages die within minutes of an oxygen interruption.
What stocking density is safe in larval tanks?
It depends on species and stage: shrimp larval tanks commonly run 100–200 nauplii per litre, tilapia fry tanks 5–15 kg per cubic metre, and salmonid start-feeding tanks well below grow-out densities. Oxygen supply and water exchange, not tank volume, set the real ceiling.
How do I get hatchery equipment quotes?
Send FishMatch Group your species, target output and site conditions through one structured RFQ. We prepare the technical scope, run confidential outreach to project-matched suppliers and normalise the offers so you can compare them side by side.

What we source

FishMatch Group sources hatchery design, broodstock systems, larval rearing tanks, live-feed production and recirculation packages for marine and freshwater species.

  • Broodstock & maturation systems
  • Larval rearing tanks
  • Live-feed (rotifer, artemia, copepod) units
  • Egg incubation and counting
  • Specialist genetics partners
Beyond equipment

We develop complete commercial projects — not just equipment packages

A hatchery is the most technically demanding asset in the value chain. We cover the full project: capacity planning against your grow-out demand, biosecure layout and water-treatment design, budget and financing, tendering of engineering and genetics partners, construction supervision, and live-production start-up with trained technicians.

  1. Phase 1

    Feasibility & site assessment

    Juvenile demand modelling, water source quality and biosecurity zoning.

  2. Phase 2

    Concept & engineering design

    Broodstock, maturation, larval rearing and live-feed engineering with RAS loops.

  3. Phase 3

    CAPEX / OPEX modelling & financing

    CAPEX model, run-cost per juvenile and financing preparation.

  4. Phase 4

    Tendering & supplier selection

    Engineering, genetics and equipment tenders with anonymised bid comparison.

  5. Phase 5

    Construction & installation

    Construction, tank and water-loop installation, biosecurity barrier build-out.

  6. Phase 6

    Commissioning, training & operations

    Broodstock introduction, first larval runs, protocols and technician training.

What you receive

  • Capacity and biosecurity design basis
  • Hatchery engineering and water-treatment package
  • Cost-per-juvenile financial model
  • Genetics and equipment tender comparison
  • Start-up protocols and technician training plan

Private by design.

You'll never see supplier names. We run a sealed-bid process and present anonymized proposals — you choose the winner, we handle the introduction and the contract.

Start private brief

Markets we source hatcheries for

Sourcing runs the same way in every market: one structured specification, matched suppliers with real export experience for that destination, and anonymized bids priced on the same scope. Country pages below carry the local logistics, certification and installation detail.

Covers hatchery equipment for fish farming — incubation, broodstock and larval systems — from matched hatchery equipment manufacturers.

Norwegian suppliers are an established source of salmonid hatchery and smolt equipment. Compare aquaculture equipment suppliers in Norway in one supplier-neutral RFQ.

Hatcheries: equipment guides and planning tools

Product-type guides explain what each item does, published specification ranges and what to put in a request. Size the project with the calculators, then send one reviewed RFQ.

  • Hatchery systems

    Egg incubators, larval tanks, Artemia hatchers, algae production and UV/ozone.

FAQ

Hatcheries & nurseries — sourcing FAQ

Marine and freshwater hatchery buyers ask us these first.

A 5–20 million juvenile/year marine hatchery typically lands between US$1.5M and US$6M turnkey, depending on species, live-feed strategy and RAS depth. Freshwater hatcheries for tilapia or catfish are materially cheaper.

For shrimp — yes, use certified SPF/SPR post-larvae or broodstock. For finfish, biosecurity depends on species: salmon and marine finfish demand certified genetics; tilapia and catfish are more forgiving but genetics still drive growth performance.

Mechanical (≤20 µm) + biological + UV is the baseline for marine hatcheries. Ozone and skimmers add margin for larval survival. Our filtration calculator sizes the mechanical stage from flow.

We connect grow-out projects with certified hatchery partners in-region. Suppliers stay anonymous during bidding; identities revealed only after your selection.

Ready to price it?

Start a private, anonymized RFQ.

1–3 shortlisted proposals. Zero buyer fees. Suppliers stay confidential until you choose.

Request quote

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