Start from the event, not the equipment
What changed in your business?
Short answer
Where should an aquaculture expansion or modernization project actually start?
Most large aquaculture investments do not start with an equipment search — they start with a business event: a signed contract, a price drop, an approved Phase 2, a power limit, a hatchery that cannot supply enough juveniles, or a harvest chain that cannot absorb the extra volume. Start from the event, translate it into the production requirement it creates, identify which system caps that requirement today, and only then decide between expanding, intensifying, modernizing or automating. The equipment list is the last step of that sequence, not the first.
- Start point:
- The commercial event
- Second step:
- Bottleneck diagnosis
- Equipment:
- Last step, not first
- Priority projects:
- USD 250,000 and above
Pick the situation closest to yours
Each path leads to the diagnosis, planning tools and RFQ scope that fit that specific situation.
Contracted tonnage and dates are fixed — verify the farm can deliver them.
ContinueCost per kilogram, feed, energy, labour and modernization payback.
ContinueLoad list, grid and transformer headroom, standby generation, efficiency.
ContinuePeak harvest day, ice, chilling, cold storage and dispatch capacity.
ContinueIntensification, oxygen capacity, treatment and cycle optimisation.
ContinueWhat exists today, what changed since Phase 1, what Phase 2 really needs.
ContinueJuvenile demand against nursery and hatchery capacity, and the upgrade scope.
ContinueMonitoring first, then feeding, then aeration and pumping control.
ContinueExpansion, intensification, modernization or conversion — compared.
ContinuePond to RAS, fish to shrimp, or adding a hatchery — a system change.
ContinueDescribe the situation and get a scoped project brief back.
ContinueThe sequence we work through
- Business trigger
- Growth requirement
- Bottleneck diagnosis
- Expand or intensify
- CAPEX range
- RFQ scope
- Manufacturers
Increasing production moves the bottleneck rather than removing it: more stocking means more feed, more oxygen demand, more aeration, more electrical load, more pumping and water treatment, and finally more harvest and cold-chain capacity. Every growth decision on this site is reviewed as a system, not as a shopping list.
What we ask before scoping a project
- Current production (tonnes per year)
- Target production and required timeline
- Species and production system
- Site constraints: land, water, power
- What already exists and must be reused
- Under $100,000
- $100,000 – $250,000
- $250,000 – $500,000
- $500,000 – $1M
- $1M – $5M
- $5M – $10M
- $10M+
The sourcing workflow is built around commercial projects of USD 250,000 and above. Smaller requirements can use every calculator, guide and planning tool on the site free of charge.