Why Aquaculture Consultants Use FishMatch to Support Client Projects
Updated 2026-08-27 13 min read
Short answer
Why would an aquaculture consultant use FishMatch instead of sourcing manufacturers manually?
Short answer: because the procurement layer of an aquaculture project is repetitive, multi-category and multi-country work — and it is not the part of the job a consultant is hired for.
FishMatch is an independent aquaculture procurement platform. A consultant defines the project once — species, production target, farming method, water source, site conditions, equipment scope and stage — uses the planning calculators to fix the sizing assumptions, and issues one structured RFQ that relevant manufacturers and system suppliers can quote against. The consultant remains responsible for biology, design intent, specification and client advice; FishMatch organises supplier reach, RFQ structure and proposal comparison around that work.
- Consultant keeps:
- Design, specification, evaluation and client relationship
- FishMatch organises:
- Requirement structure, supplier reach, RFQ, comparison support
- FishMatch role:
- Independent platform — not a manufacturer, EPC or lender
- Buyer-side sourcing fee:
- No separate buyer-side sourcing fee to submit an RFQ
Aquaculture procurement is not a simple product search
An aquaculture project is a set of interconnected decisions. The right aerator depends on the oxygen budget; the oxygen budget depends on standing biomass and temperature; standing biomass depends on the production target, stocking plan and the survival and growth assumptions the consultant is prepared to defend. Change one input and several equipment packages move with it.
That is why searching for products first rarely works. Sourcing has to start from the production plan, and the brief that goes to manufacturers has to carry enough of that plan for a supplier to engineer an answer instead of quoting a catalogue item.
Biology and production plan
- Species and strain (vannamei, monodon, tilapia, salmon, seabass, seabream, catfish, trout)
- Target annual production and cycle structure
- Stocking density assumptions and grading plan
- Survival and growth assumptions used for sizing
- Feed strategy and expected FCR band
Water and site
- Water source, salinity and seasonal temperature range
- Dissolved oxygen budget at peak standing biomass
- Ammonia, nitrite and solids load
- Water exchange or reuse rate
- Discharge route and any treatment obligation
System and equipment
- Tank, pond, raceway or cage capacity and layout
- Aeration and oxygenation equipment
- Mechanical and biological filtration
- Pumping, pipework and hydraulic head
- Feeding systems and feed storage
- Monitoring, sensors and control
- Backup power and redundancy
- Biosecurity, harvesting and, where relevant, processing and cold chain
Use the FishMatch planning tools to fix assumptions first
The calculators on FishMatch are indicative planning tools, not engineering deliverables. Their value for a consultant is that they make the assumption set explicit and shareable: the client sees which numbers drive the equipment scope, and the supplier receives a brief built on those same numbers. Every tool below is a live page on this site.
Establish standing biomass at harvest so tank, oxygen and filtration sizing start from one agreed number.
Test whether a proposed density fits the water volume and system type before the client commits to a layout.
Convert pond dimensions into working volume for water exchange, aeration and liner scope.
Size tank batteries and confirm the volume assumptions used in a RAS or nursery layout.
Move from a production target to indicative tank volume, flow and treatment duty for a land-based system.
Check turnover rate and recirculation flow against the biomass the client wants to carry.
Quantify the oxygen budget that drives aeration, oxygenation and backup specification.
Translate oxygen demand into indicative aerator count and installed power.
Size paddlewheel or aspirator capacity per hectare for intensive shrimp ponds.
Sanity-check the feed conversion assumption behind the client's operating cost model.
Turn production and FCR assumptions into an indicative annual feed spend.
Set indicative mechanical and biological treatment duty for the design load.
Estimate daily water requirement and discharge volume for permitting discussions.
Match flow and head to indicative pump duty and installed power.
Aggregate installed load to inform grid connection, generator or solar scope.
Produce an indicative capital envelope for a feasibility conversation.
Test the business case sensitivity before equipment selection narrows the options.
Link fry or PL demand to tank, larval and live-feed capacity.
Normalise a RAS quotation to adjusted CAPEX per tonne and energy per kg before comparing offers.
Compare options on multi-year cost of ownership, not headline purchase price.
Calculator outputs are indicative and depend on the assumptions entered. They do not replace site-specific engineering, biological design or a supplier's own guarantees. See the calculator methodology.
Sourcing the project as one system, not twelve purchases
Fragmented procurement moves interface risk onto the client. When tanks, filtration, oxygen, pumps, feeding, monitoring and backup power are bought separately from separate sellers, nobody owns the points where those packages meet — and those interfaces are exactly where land-based and intensive systems tend to underperform. Defining the scope as one project makes those interfaces visible and quotable.
Culture infrastructure
- Tanks and tank batteries
- Pond systems and liners
- Raceways
- Sea cages, nets and moorings
Water and process
- RAS packages and components
- Mechanical filtration and drum filters
- Biofilters
- UV and disinfection
- Water treatment systems
- Pumps and pipework
Oxygen and energy
- Paddlewheel and aspirator aerators
- Diffused aeration and blowers
- Oxygen cones and oxygen generation
- Generators and backup power
- Solar and hybrid energy
Operations and control
- Automatic feeders and feed systems
- Monitoring, sensors and IoT
- Control and alarm systems
- Grading and handling
- Harvesting equipment
- Biosecurity equipment
What the consultant actually gains
Less manual supplier searching
One structured brief replaces repeated searching, translation and cold outreach across several equipment categories and countries.
Structured project information
Species, capacity, water source, system type, site conditions and stage are captured in a consistent format that manufacturers can read quickly.
Better RFQs
A complete brief tends to produce engineered proposals rather than generic price lists, because suppliers are not guessing at design conditions.
Broader manufacturer access
Requirements can reach manufacturers and system suppliers across multiple markets, including ones outside a consultant's existing network.
Easier comparison
Scope normalisation guides and the RAS bid normalizer help place competing offers on a common basis before price is discussed.
Industry-specific tools
Aquaculture calculators sit next to the sourcing workflow, so assumptions and requirements stay connected.
Support for larger projects
Multi-package projects — culture system, water treatment, energy, monitoring, harvest — can be handled as one coordinated scope.
Optional financing introductions
Where a project is suitable, an introduction to independent third-party financing partners can be explored. FishMatch does not provide credit.
No specific cost saving, delivery time or biological outcome is promised. Results depend on the project, the market and the supplier selected by the client.
Does FishMatch replace the consultant? No.
This is the question that matters most to advisers, so the answer is deliberately blunt: no. FishMatch does not design farms, does not select species, does not sign off water-quality criteria and does not take over the client relationship. Those responsibilities belong to the consultant and, ultimately, to the selected supplier for its own scope.
What the platform does is remove the least differentiated part of the workload — finding, contacting, chasing and comparing manufacturers across categories and countries — and give the consultant a structured place to hold the project's assumptions, files and requirement history while that runs.
Consultants who work with FishMatch regularly can also use the dedicated consultant partner area, the RFQ readiness tool and the consultant resources.
Financing: introductions, not credit
FishMatch does not provide loans, credit, leasing or any form of finance, and does not act as a lender, broker of record or financial adviser. Where a project is of suitable size and maturity, it may be introduced to independent third-party financing partners who assess it on their own terms.
Any such route remains subject to:
- provider approval
- project eligibility
- jurisdiction and regulatory constraints
- credit considerations
- the provider's own commercial terms
Consultants preparing a client for that conversation can start with the financing overview and the bankability checklist.
Consultant FAQ
Consultants — start a client aquaculture project
Fix the sizing assumptions in the calculators first, then submit one structured requirement on behalf of your client. You stay in the loop through supplier selection.