Product guide · Hatcheries

Hatchery Equipment — Egg Incubators, Larval Tanks, Artemia and Algae

Hatcheries need small, clean, tightly controlled systems: incubation, larval rearing, live-feed production and water disinfection. Biosecurity drives every equipment choice.

Short answer: Hatchery equipment covers egg incubators, larval and post-larval tanks, Artemia hatchers, microalgae production and UV or ozone water treatment. Published examples include 8-litre upwelling jars fed 2–4 L/min and 100–500 L Artemia cones. Specify by species, batch size and biosecurity zones.

Request organised quotes Sizing guidance

What hatchery systems do

Egg incubation: upwelling jars or incubation tanks with gentle, oxygenated flow, often on a recirculation loop with heating and UV.
Larval and post-larval rearing tanks in smooth, non-porous materials that are easy to clean between batches.
Live feed: Artemia hatching cones and microalgae culture, from bags to automated photobioreactors.
Water treatment: filtration, UV disinfection and ozone (with UV to remove residual ozone) to keep pathogens out.

Where it applies

Fish and shrimp hatcheries
Nurseries producing juveniles or post-larvae
Research and broodstock centres

Technology maturity: Established technology; automated photobioreactors commercial.

Variants compared

Hatchery systems variants and best fit
Variant	Best fit
Upwelling jars	Fish eggs needing gentle flow.
Incubation tanks	Larger egg volumes; slope suits egg type.
Artemia cones	Live-feed hatching.
Photobioreactors	Automated microalgae production.

Typical specifications

Published hatchery equipment examples
Parameter	Typical range	What it means for you
Upwelling egg jar	≈8 L jars at 2–4 L/min each (manufacturer-stated)	Flow keeps eggs moving without damage; scale by egg volume per batch.
Incubation tanks	500 L steep-bottom or 1,000 L shallow-bottom (manufacturer-stated)	Bottom slope suits different egg types.
Artemia hatching cones	100–500 L (manufacturer-stated)	Aeration, temperature control and harvest light; size to daily live-feed demand.
Microalgae photobioreactor	1,250 L, harvesting 200–500 L/day (manufacturer-stated)	Output varies by species and conditions; fine filtration (0.1–0.2 µm) and UV protect cultures.
UV / ozone	UV without chemicals; ozone removes nitrite, colour and odour	Dose and contact time must match flow and water clarity.

Advantages

Controlled, biosecure early stages
Reliable live feed
Modular expansion

Limitations

Labour- and skill-intensive
Strict hygiene routines
Live-feed failure stops output

Maintenance

Disinfect tanks between batches
Clean and replace filters and UV lamps
Maintain algae and Artemia hygiene

Risks to manage

Disease entry through water or broodstock
Contaminated live-feed cultures

Compliance points to check

Broodstock and live-animal health certification
Import permits for eggs, larvae or post-larvae

Compliance points are prompts for your own review. Producers, suppliers and buyers remain responsible for the rules that apply to them; FishMatch does not certify equipment or guarantee compliance.

Sizing guidance

Work back from target output (eggs, fry, post-larvae per month) to batch size, number of tanks and daily live-feed volume.

Sizing guidance by project scale
Project scale	Typical equipment set	Design notes
Fish hatchery	Incubators, larval tanks, Artemia, algae	Separate rooms or systems for broodstock, incubation, larvae and live feed.
Shrimp hatchery	Larval tanks, algae, Artemia, maturation	Strict zoning and disinfection between cycles; non-porous tank surfaces.
Nursery	Small RAS or lined tanks	Bridge between hatchery and grow-out with its own biosecurity.

RFQ: species, monthly output target, batch sizes, water source and salinity, biosecurity zones, disinfection method and who provides the hatchery protocol.

How to choose

Biosecurity first
Separate systems per zone, disinfection and footbath/handling routines are part of the equipment design.
Live-feed reliability
Algae and Artemia shortfalls stop production; plan backup capacity.
Materials
Non-porous, chemical-resistant surfaces simplify cleaning between batches.

What drives the price

Output and zoning
Number of systems and rooms needed for biosecurity.
Live-feed automation
Bags vs automated photobioreactors.
Water treatment
UV, ozone, filtration and heating/chilling.

No sourced price benchmark is published for this product type. Quotations depend on capacity, materials, controls, redundancy, installation scope and delivery terms — FishMatch requests comparable quotations against your written specification instead of quoting a list price.

Common specification mistakes

One shared water system for all hatchery stages.
Undersized live-feed production with no backup.
Buying equipment before the hatchery protocol and output plan are fixed.

Water quality sensors
Temperature, DO and salinity per room
RAS biofilters
Recirculating hatchery loops

Hatchery systems — buyer questions

Broodstock holding, egg incubation, larval tanks, live-feed production and water disinfection — each sized from the monthly fry target and separated for biosecurity.

UV disinfects without adding chemicals; ozone also removes nitrite, colour and odour, with UV often used after it to remove residual ozone. Many hatcheries use both.

Get quotes for hatchery systems

Send your duty, site conditions and target capacity once. We turn it into a comparable specification, send a confidential RFQ to producers and suppliers that may fit the project, and coordinate their replies on the same scope. Free for buyers; qualifying projects start at USD 250,000. FishMatch does not manufacture equipment, and buyers do not contact suppliers directly.

FishMatch Group and the other Global B2B Group platforms are committed to conducting their own activities in accordance with applicable laws and regulations. FishMatch facilitates sourcing and RFQs; it does not manufacture, process, export or sell the listed products and does not grant regulatory approval. Requirements differ by product and by origin, destination and transit country. As buyer or importer, you remain responsible for your own import permissions, local requirements and due diligence. This notice does not change anyone's legal duties and is not legal advice. Regulation & responsibilities

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Sources and review

Ranges marked "manufacturer-stated" come from public manufacturer documentation reviewed by FishMatch; they are examples, not guarantees, and supplier names are not shown. Last reviewed 2026-10-24.

Equipment scope

What equipment does a commercial aquaculture project actually need?

A grow-out project typically needs holding infrastructure (tanks, ponds or cages), water movement (pumps, piping, valves), aeration or oxygenation, water treatment appropriate to the system, feeding equipment, grading and handling gear, monitoring and alarms, and backup power. RAS adds mechanical filtration, biofiltration, degassing, disinfection and tighter process control. Hatchery and processing scopes are specified separately.

Which equipment should be specified before requesting quotes?

Specify the items whose sizing changes everything downstream: design biomass and stocking density, water exchange or recirculation rate, oxygen demand at peak temperature, and installed pumping head. With those four fixed, suppliers can quote aeration, filtration, pumps and power on the same basis. FishMatch calculators produce these figures and attach them to the RFQ.

Can equipment be sourced in stages?

Yes, and phased procurement is common. The usual sequence is water supply and holding infrastructure, then aeration and treatment, then automation and monitoring, then processing and cold chain. Staging works when interfaces and capacity headroom are defined at the start; otherwise later phases force replacement rather than addition.