Procurement methodology · Group framework
The Global B2B Group Procurement Model, Applied to Aquaculture: From Project Requirement to Reviewed RFQ
Read the full article in:EspañolPortuguêsFrançaisالعربيةРусский中文DeutschTürkçeעברית日本語한국어ItalianoNorskSvenska
Across industrial sectors, the Global B2B Group model starts in the same place: with the buyer's requirement, never with a supplier list. FishMatch applies that model to aquaculture, where biology, water and energy make a directory-first approach particularly expensive. This article explains the model, the stages it moves through, and how it works on a hatchery project.
Quick answers
What is the Global B2B Group procurement model?
It is a requirement-first sourcing model: the buyer's project is captured and structured before any supplier is approached, a person reviews the brief, candidate manufacturers are researched against the clarified scope, and introductions are made manually after approval. It is not a marketplace and not an automated matching engine.
How does FishMatch apply that model to aquaculture?
FishMatch adds the aquaculture-specific layer: species and production model, water source and measured quality, biosecurity zoning, oxygen and filtration duty sized to the feed load, energy reliability, and the cold-chain route to market. Those inputs are resolved into one structured RFQ so every supplier quotes against the same assumptions.
Why does a hatchery project need this more than most?
Hatchery output specifications — size, uniformity, health status and delivery schedule — become hard constraints on nursery and grow-out sizing. A hatchery bought from a catalogue often produces the wrong animal on the wrong date, and the error is only visible one production cycle later.
Does FishMatch connect buyers to suppliers automatically?
No. Every request reaches the FishMatch team first. Supplier research follows the reviewed brief, and no introduction happens without human approval. Directory and equipment pages exist for research and discovery, not for automatic matching.
The model: requirement first, supplier last
A procurement process can start from either end. It can start from supply — a directory, a trade fair, an inbox of vendor emails — and try to fit a project around what is offered. Or it can start from the requirement and treat supply as a variable to be resolved once the requirement is stable.
The Global B2B Group model takes the second route in every sector it operates in, for one structural reason: quotations are only comparable when they answer the same question. When the question is written after the quotations arrive, the buyer spends the tender period reconciling assumptions instead of evaluating suppliers.
Aquaculture makes this more acute than most industrial categories. A pump specification is not a pump specification until the biomass curve, the exchange rate and the oxygen duty behind it are fixed. Two vendors can both be correct and quote figures that differ by a factor of two.
What changes when the requirement leads
The visible change is in the paperwork: one scope document instead of five conversations. The commercial change is larger.
- Suppliers quote against identical assumptions, so price differences reflect real engineering differences.
- Scope gaps — commissioning, training, spares, freight terms — are found before contract, not during ramp-up.
- The buyer's identity, site and budget stay confidential until an introduction is approved.
- Serious manufacturers engage earlier, because a structured brief signals a real project.
- Financing conversations become possible, because lenders can read a defined scope.
Where directories still belong
None of this makes supplier directories useless. They are a research surface: a way to understand which technologies exist, which regions manufacture them, and what a category's normal capability range looks like.
The failure is using a research surface as a procurement process. Browsing a listing does not start a project, and a listing does not tell you whether a manufacturer has built the system you actually need, at your capacity, for your water and your climate. That judgement requires the reviewed brief first.
The stages, in order
The same sequence runs on every FishMatch project, whether it is a shrimp farm, a RAS build or a hatchery.
1. Project capture
Species, country, system type, production target, stage and budget band are recorded as one brief.
2. Requirement engineering
Biomass, water balance, oxygen duty, filtration, feed load, energy and automation are sized so the numbers stay consistent with one another.
3. Human review
The FishMatch team reviews the brief, flags missing information and defines which technology categories the project genuinely needs.
4. Structured RFQ
One request, one scope, one set of exclusions — issued so responses can be compared line by line.
5. Capability-based research
Manufacturers are researched against the clarified scope: species experience, engineering competence, capacity against schedule, export readiness and service reach.
6. Approved introduction
Introductions are made manually after approval and coordinated by FishMatch. Nothing on the website triggers them.
7. Normalised comparison
Proposals are restated on a common basis so capacity, scope and exclusions line up before a decision is made.
The model on a hatchery project
Hatcheries are the clearest illustration of why the order matters. Every downstream decision — nursery density, grow-out tank count, feed contracts, harvest calendar — is derived from what the hatchery actually delivers and when. The FishMatch hatchery cluster follows the stages above:
- → Hatchery journey overview
The full commercial sequence from broodstock planning to grow-out handover.
- → Hatchery systems
Tank, water treatment and life-support configurations by production stage.
- → Nursery stage
Where survival, grading and density decisions set the economics of grow-out.
- → Grow-out stage
How hatchery output specifications constrain grow-out sizing and feed load.
- → Hatchery equipment requirements
Seven equipment groups and the buyer criteria that decide between them.
- → Hatchery RFQ
The structured request every hatchery supplier should quote against.
- → Nursery RFQ
Stocking plan, densities, grading routine and water duty in one comparable brief.
- → Grow-out RFQ
Peak standing biomass and feed load — the numbers that actually size a farm.
- → RAS RFQ
Feed load, temperature and water-quality envelope fixed before suppliers quote.
- → Feeding system RFQ
FCR target and peak daily feed load translated into a comparable feeding-system brief.
The Global B2B Group context
FishMatch is the aquaculture application of a group-wide procurement framework. The general version of the argument — why supplier matching and B2B directories are not the same thing — is set out in the parent article: Supplier matching vs B2B directories — Global B2B Group.
Frequently asked questions
Start with the requirement
Submit the project and the FishMatch team will review it, identify what is missing and structure the RFQ before any supplier is approached.
Scope and limitations
- • FishMatch Group is a procurement and RFQ platform. It is not a lender, not a certification body and not an open or paid supplier directory.
- • No supplier introduction is automatic. Every request is reviewed by a person before any manufacturer is approached.
- • FishMatch does not certify, audit or endorse manufacturers. Final technical and commercial due diligence remains with the project parties.
- • No outcome is guaranteed — including survival, FCR, growth, water quality, yield, profitability or return.