Plan My Commercial Poultry Farm
Describe the production goal — country, bird type, project type and capacity — and this tool returns an indicative farm specification: house sizing, climate and ventilation scope, feed and water demand, silos, backup power, CAPEX, OPEX and ROI scenarios. Country climate changes the answer: a 100,000-bird project in Riyadh does not get the same specification as the same project in Kazakhstan.
Where is the project located?
Country changes the climate design, cost index and equipment scope.
Country project pages
Each page opens the planner with that country's climate and cost profile already applied.
- Poultry farm project — Saudi Arabia
- Poultry farm project — Indonesia
- Poultry farm project — Egypt
- Poultry farm project — Nigeria
- Poultry farm project — Philippines
- Poultry farm project — Vietnam
- Poultry farm project — Kazakhstan
- Poultry farm project — Uzbekistan
- Poultry farm project — Kenya
- Poultry farm project — Tanzania
- Poultry farm project — Ethiopia
- Poultry farm project — Ghana
- Poultry farm project — Zambia
- Poultry farm project — Morocco
- Poultry farm project — Algeria
- Poultry farm project — Mexico
- Poultry farm project — Brazil
- Poultry farm project — Turkey
- Poultry farm project — South Africa
- Poultry farm project — India
- Poultry farm project — Thailand
- Poultry farm project — Malaysia
- Poultry farm project — Bangladesh
- Poultry farm project — Colombia
- Poultry farm project — Peru
- Poultry farm project — United Arab Emirates
- Poultry farm project — Senegal
- Poultry farm project — Romania
- Poultry farm project — Jordan
- Poultry farm project — Iraq
Planning questions, answered
At a commercial density of 14–16 birds/m², 50,000 broilers need roughly 3,100–3,600 m² of floor area — typically two houses of about 14 m × 115 m each. In hot or humid climates density is reduced to 11–14 birds/m², which increases the required area by 15–25%.
Indicative CAPEX is roughly USD 11–19 per bird for an automated closed-house broiler farm, so about USD 1.1M–1.9M before land, permits and working capital. Freight, duty and installation raise that 15–25% in West Africa and the Gulf.
Tunnel ventilation is sized on air velocity: 2.0 m/s in temperate climates, 2.5 m/s in hot-dry climates and 3.0 m/s in tropical humid climates. A 14 m × 2.8 m cross-section at 3.0 m/s needs about 250,000 cfm, or ten 48-inch fans.
At an FCR of about 1.65 and 2.4 kg live weight, 100,000 broilers consume roughly 390–410 tonnes per cycle, or about 2,400 tonnes per year over six cycles.
Plan on 1.8–2.2 litres of drinking water per kg of feed, plus evaporative cooling demand in hot climates. A 100,000-bird broiler farm typically needs 12–20 m³ per day, with 48 hours of storage.
Silo count follows peak daily feed and the storage days you want. A farm eating 20 t/day with a 5-day target needs 100 t of storage — four 25 t silos, and usually at least one silo per house.
Yes, but not with Gulf logic. Indonesia's high wet-bulb temperature limits evaporative cooling to a small temperature drop, so the design must rely on air velocity over the birds, tight inlet control and litter moisture management.
Cold-climate houses are governed by insulation and airtightness first. With a −30 °C design minimum, envelope and minimum-ventilation losses drive heat demand; specify insulated panels around U 0.35 W/m²K, controlled minimum ventilation and sized brooders or space heaters.