1. Capacity and production model
Decide the output first, in the unit the market pays for: broiler live weight per cycle, table eggs per day, day-old chicks per week, or hatching eggs. Convert that into placed birds, cycles per year and houses required. Every later number depends on this.
2. Site and climate data
Collect design temperature and humidity, wet-bulb for evaporative cooling feasibility, altitude, prevailing wind, terrain, road access for containers, grid voltage and reliability, and water quantity and quality. Hot-climate projects in particular are decided here, not in the equipment catalogue.
3. House design and stocking strategy
Fix house dimensions, ceiling height, insulation standard, ventilation concept (tunnel, cross or natural with mechanical support), stocking density and the target final weight. This is the point where a design consultant or an EPC contractor's design service adds real value.
4. Equipment scope, package by package
List every package with its performance requirement rather than a brand: ventilation airflow, cooling capacity against wet-bulb, heating kW, feeding and drinking lines, lighting, controls and alarms, plus layer or breeder specifics such as cages, aviary tiers, nests and egg handling, and manure and mortality handling.
5. Utilities, power and water
Size the electrical connection, standby generator and any solar contribution against the ventilation load, because ventilation failure in a hot climate is the highest-consequence risk on a poultry farm. Specify water storage, treatment and daily demand at peak temperature.
6. Indicative CAPEX and funding route
Before going to market, build an indicative CAPEX so that quotations can be judged against an expectation. Where external funding is intended, note that lenders and export-credit structures generally require a defined scope, a contracting entity and staged milestones. Qualified projects can be introduced to independent third-party financing providers; approval always rests with that provider.
7. Structured RFQ and comparable proposals
Issue one specification to several qualified manufacturers and, where relevant, EPC contractors. Require the same package structure, the same Incoterm and an explicit exclusions list so the returned proposals can be compared line by line rather than on headline totals.
8. Contract, installation, commissioning, training
Award against the normalised comparison, then fix the interface responsibilities, the erection and supervision scope, the commissioning protocol, the performance demonstration and the operator training. Handover documentation and the spare-parts list belong in the contract, not in a later conversation.
Complete-farm sourcing sequence and the decision each step locks
| Step | Output | What it locks |
|---|---|---|
| Capacity and model | Placed birds, cycles, houses | Everything downstream |
| Site and climate | Design conditions, power, water | Ventilation and cooling strategy |
| House design | Dimensions, insulation, density | Equipment sizing |
| Equipment scope | Package performance requirements | Which suppliers can bid |
| Utilities | Connection, standby, solar, water | Operating risk profile |
| Indicative CAPEX | Budget band per package | Funding conversation |
| Structured RFQ | One specification to several bidders | Comparability of offers |
| Award and delivery | Contract, erection, commissioning | Schedule and warranty |
Documents to have before contacting suppliers
- Capacity statement: birds placed, cycles per year, houses in phase one and at full build.
- Site data sheet: design temperature, humidity, wet-bulb, altitude, grid voltage and reliability.
- House concept: dimensions, ventilation concept, insulation standard, density and target weight.
- Package list with performance requirements instead of brand names.
- Utilities plan: electrical load, standby power, water demand and treatment.
- Indicative CAPEX with contingency, split per package.
- Commercial framework: Incoterm, delivery point, required documentation, target dates.