Hatchery journey · Stage 10
Hatchery RFQ: From Production Protocol to Comparable Proposals
One controlled brief, reviewed by a person, routed to qualified independent manufacturers. Fill in the requirements below and every supplier quotes the same hatchery scope.
Short answer
What does a hatchery RFQ need to contain?
A hatchery RFQ needs species and delivery stage, annual juvenile or post-larvae output, runs per month, survival assumptions per stage, water source with a laboratory analysis and seasonal temperature range, site power and climate, live-feed strategy, required biosecurity level, automation tier and clear scope boundaries covering civil works, installation, commissioning, first-run support, training and spares. With those in place, competing manufacturers quote the same system and their proposals can be compared directly.
- Sizing basis:
- Runs × larval numbers × survival
- Most common omission:
- Live-feed capacity
- Supplier identities:
- Confidential until you approve
- Project focus:
- USD 250,000+ commercial projects
Requirements every hatchery RFQ must contain
Species and delivery stage
Larval size, temperature and salinity band, and feeding behaviour set nearly every equipment decision downstream.
Annual juvenile or PL output
The headline figure — but only usable together with runs per month and expected survival.
Runs per month and seasonality
Determines larval tank volume, live-feed capacity and whether you need idle-run cleaning cycles.
Survival assumptions per stage
Egg-to-larvae and larvae-to-delivery survival decide how much tank volume the target output really requires.
Water source, salinity and analysis
Borehole, well, sea or blended water with a laboratory analysis and seasonal temperature range drives the treatment train.
Site, climate and power
Ambient temperature range sets heating or chilling load; grid capacity and reliability set backup scope.
Live-feed strategy
Algae and artemia in-house, partly outsourced, or substitute diets — this changes the building as well as the equipment.
Biosecurity level required
SPF, quarantine zoning, disinfection standard and testing routine must be stated, not assumed.
Automation and monitoring tier
Probes, alarms, dosing, backup power and remote access — defined against the operating team you can actually staff.
Scope boundaries
Which civil works, installation, commissioning, first-run support, training and spares sit inside the quotation.
Scope the quotation must cover
- Broodstock & maturation
- Spawning & incubation
- Larval rearing
- Live feed & weaning
- Water treatment & conditioning
- Monitoring, controls & backup
- Packing, dispatch & biosecurity
Prepare the brief in order
- 01 · Planning
Species, juvenile output by month, water source, site and procurement assumptions.
- 02 · Species & seed
Seed specification, broodstock provenance, health status and documentation to request.
- 03 · Hatchery systems
Broodstock, incubation, larval tanks, live feed, water treatment and biosecurity scope.
- 04 · Nursery
Weaning, grading, nursery density, survival assumptions and transfer size.
- 05 · Grow-out handoff
Match juvenile size, batch timing and volume to the grow-out stocking plan.
- 06 · FCR & feed
Test conversion, feed budget and the economic impact of FCR before sizing feed supply.
- 07 · Equipment
Build one package across pumping, filtration, oxygenation, controls, live feed and dispatch.
- 08 · Cost
Separate civil works, equipment, energy, broodstock, labour, working capital and contingency.
- 09 · Financing readiness
Score bankability before approaching independent third-party financing providers.
- 10 · RFQ
Issue one controlled hatchery brief so qualified suppliers quote the same scope.
Buyer checklist before you send the brief
Tick these off first. A brief that answers them gets comparable supplier proposals; gaps usually come back as assumptions, exclusions or price padding.
Biology and output
- Species, and whether broodstock are held on site
- Target eggs, larvae or fingerlings per year and delivery size
- Spawning method (natural, hormone-induced, out-of-season)
- Biosecurity level and quarantine needs
Water and rooms
- Water source, lab analysis and temperature control needs
- Separate rooms for broodstock, incubation, larval rearing and nursery
- Live-feed production (rotifers, artemia, algae) in or out of scope
- Disinfection: UV, ozone and footbaths
Equipment to price
- Incubators, larval tanks and nursery systems with volumes
- Recirculation or flow-through design for each room
- Oxygen, aeration, heating and alarms with backup power
- Lab and microscope equipment
Commercial terms
- Installation, commissioning and first-cycle technical support
- Training for hatchery staff
- Spare parts and consumables for the first year
- Warranty and what counts as acceptance
Planning checklist only — not a design, permit or engineering sign-off. Confirm local rules with the competent authority.
Send the briefFrequently asked questions
Before you request quotes
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.
Supplier selection criteria
How should a buyer compare aquaculture suppliers?
Compare on evidence, not on presentation: delivered projects at a similar scale and climate, engineering support during design, lead time commitments, spare-part and service availability in your region, certification and testing documentation, payment and warranty terms, and willingness to quote against your specification rather than substituting a catalogue package.
What are the warning signs in a supplier quotation?
Treat these as review triggers: no itemised scope, guaranteed biological or financial performance, no named delivery terms or lead time, no spare-parts or service statement, unclear responsibility for installation and commissioning, and equipment sizing that does not reference your water temperature, oxygen demand or biomass targets.
How does FishMatch handle supplier selection?
FishMatch is an independent sourcing service, not a manufacturer or reseller. The buyer submits one structured project request; our team reviews it first and only then contacts suitable suppliers on the buyer's behalf, presenting their responses through FishMatch in a comparable format. Buyers do not contact suppliers directly and nothing is sent automatically. The final choice stays with the buyer.