Large Poultry Feed Factory in Brazil

Large Poultry Feed Factory in Brazil

In mid-2020, RICHI Machinery completed the engineering design, equipment manufacturing, and technical commissioning support for a large poultry feed factory in Brazil, located in the state of Minas Gerais. This landmark project represents a strategic investment by one of Brazil’s major agricultural producers, designed to produce 300,000 tons annually of high-quality poultry feed for integrated broiler and layer operations throughout the region.

The large poultry feed factory in Brazil was developed by a subsidiary of a major Brazilian agribusiness group with extensive operations across the livestock sector. As part of a vertically integrated production system encompassing breeding farms, hatcheries, and animal feed processing plants, this feed mill serves as the nutritional backbone for the company’s poultry operations, which include multiple slaughterhouses and distribution centers throughout southeastern Brazil.

Brazil’s animal feed industry continues to demonstrate remarkable resilience and growth. According to the National Union of the Animal Feed Industry (Sindirações), total feed production in Brazil is projected to reach approximately 89.9 million tonnes in 2025, with the poultry sector accounting for the largest share—broiler feed alone expected to reach 37.9 million tonnes. This large poultry feed factory in Brazil positions the client to capture value from this expanding market while ensuring supply security for their own integrated operations.

Located on a 26,667 m² site (approximately 6.6 acres), this large poultry feed factory in Brazil encompasses 66,796.58 m² of built area, including a six-story main process tower, multiple storage silos, administration buildings, and support facilities. The facility operates 310 days per year, with two 8-hour shifts, producing approximately 967 tons of finished feed daily.

The total investment for this large poultry feed factory in Brazil reached USD 9.8 million, with equipment investment of approximately USD 4.5 million (FOB Qingdao) . The project was completed on an accelerated timeline, with commercial production commencing in August 2020.

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The Investor Profile

The client behind this large poultry feed factory in Brazil is a wholly-owned subsidiary of one of Brazil’s premier agribusiness groups, founded in December 2016 with initial capital of 500,000 Brazilian Real. The parent company’s operations span the entire agricultural value chain—from livestock breeding and genetics to feed production, farming operations, and meat processing.

The company’s integrated business model creates natural synergies between feed production and animal agriculture. By owning the feed supply chain, they ensure consistent quality, traceability, and cost control across their poultry operations while capturing margins that would otherwise flow to third-party suppliers.

Brazil’s livestock sector is undergoing a structural shift towards greater efficiency and market stability, driven in large part by modern confined feeding systems. As production becomes more technical and margins more sensitive to input volatility, intensive finishing has taken on a central role in smoothing supply cycles and improving national competitiveness. This large poultry feed factory in Brazil exemplifies this trend toward vertical integration and operational efficiency.

The Brazilian Poultry Market Opportunity

Brazil stands as one of the world’s agricultural powerhouses, and its poultry sector represents a global competitive advantage. Several factors make this large poultry feed factory in Brazil particularly well-timed:

Market Size and Growth: Brazil’s total feed production is projected to reach 89.9 million tonnes in 2025, with the broiler sector alone accounting for 37.9 million tonnes. The layer sector expects growth of 6.5% in feed demand.

Export Leadership: Brazil is set to anchor global poultry supply growth, with production forecast to rise to 15.8 million metric tons in 2026. The lifting of bans by key markets such as China and the EU late in 2025 has restored momentum, while demand across Latin America—particularly Mexico—remains robust.

Competitive Advantage: As a major producer of both corn and soybean meal, Brazil has a competitive advantage when producing animals for subsequent slaughter, decreasing the cost of feed. For crop season 2024/2025, USDA forecasts increased crops from the previous harvest, further strengthening this advantage.

Domestic Demand: The growing demand for poultry products, such as meat and eggs, is a significant driver of the Brazilian poultry feed market. According to the U.S. Department of Agriculture, Brazil’s total human consumption of chicken meat increased from 10.02 million metric tons in 2022 to 10.12 million metric tons in 2024.

Why This Investment?

The decision to construct this large poultry feed factory in Brazil reflected several strategic considerations:

Vertical Integration: By producing feed in-house, the company captures margins throughout the production chain while ensuring consistent quality for their poultry operations. Feed typically represents 70-75% of poultry production costs, making this integration strategically critical.

Quality Control: Direct control over ingredient selection, processing parameters, and quality testing ensures consistent nutrition aligned with the company’s genetic lines and production goals.

Scale Economics: At 300,000 tons annual capacity, this facility achieves economies of scale that smaller operations cannot match, reducing per-ton production costs and improving competitiveness.

Supply Security: Brazil’s unique ability to grow a massive second corn crop (the Safrinha) ensures a year-round supply of fresh, high-energy feed. This consistency supports uniform bird weight and quality regardless of season.

Facility Scale and Throughput

This large poultry feed factory in Brazil operates at a substantial scale, processing approximately 243,000 tons of wheat, 39,000 tons of oilseed meals, and various other ingredients annually.

Key Operational Parameters

ParameterValue
Operating Days per Year310
Production Shifts3 Shifts (8 hours each)
Processing Rate (Design)60 Tons/Hour
Raw Material Consumption~300,000 Tons/Year
Finished Product Output300,000 Tons/Year
Wheat/Corn Consumption243,000 t/a (81% of formulation)
Oilseed Meal Consumption39,000 t/a (13% of formulation)
Additives & Premixes16,800 t/a (5.6% of formulation)
Natural Gas Consumption1.35 Million m³/Year
Power Consumption6.9 Million kWh/Year
Water Consumption2,961 m³/Year + 30,368 m³ Softened
Staffing50 Total

Site Location and Context

This large poultry feed factory in Brazil occupies a strategically located 26,667 m² site in Minas Gerais state, one of Brazil’s key agricultural regions. The location was selected based on several criteria:

  • Raw Material Access: Proximity to major grain-producing regions ensures reliable supply of corn, wheat, and soybeans. Brazil’s 2026 projected record harvest of approximately 353 million metric tons of grains and oilseeds provides abundant raw material availability.
  • Customer Proximity: Located within the company’s integrated production region, minimizing finished product transportation distances to poultry operations.
  • Utility Availability: Access to grid electricity and natural gas infrastructure with adequate capacity.
  • Transportation Infrastructure: Excellent road connections to major highways and proximity to rail networks serving Santos port for potential export opportunities.

Facility Layout

The large poultry feed factory in Brazil comprises multiple interconnected structures designed for optimal material flow:

Main Process Building: A six-story, 600 m² footprint structure reaching 43 meters in height—the operational heart of the facility. This vertical design allows gravity flow between processing stages, minimizing conveying requirements and energy consumption.

Storage Infrastructure:

  • 1000T Silos: 800 m² footprint, 31.5 meters high (9-story tower structure)
  • 250T Silos: 100 m² footprint, 24.5 meters high (7-story tower structure)
  • Receiving Shed: 420 m², 11.05 meters high
  • Raw Material Warehouse: 3,050 m², 7.35 meters high

Support Buildings:

  • Administration Complex: 1,470 m² total (720 m² + 750 m² buildings)
  • Maintenance/Boiler Room: 220 m²
  • Dining Hall: 220 m²
  • Gate House: 20 m²
  • Waste Storage: 18 m²

Utility Infrastructure:

  • Fire Water Reservoir: 130 m², -4 meters depth
  • Emergency Catch Basin: 200 m², 800 m³ capacity, -4 meters depth

Facility Area Breakdown

StructureFootprint (m²)Height/FloorsFunction
Main Process Building6006 Stories (43m)Feed Production
1000T Silos8009 Stories (31.5m)Grain Storage
250T Silos1007 Stories (24.5m)Grain Storage
Receiving Shed4201 Story (11.05m)Raw Material Intake
Raw Material Warehouse3,0501 Story (7.35m)Ingredient Storage
Administration Buildings1,4702-4 StoriesOffices, Labs, Accommodation
Maintenance/Boiler Room2201 StoryUtilities
Dining Hall2201 StoryEmployee Facilities
Support Buildings381 StoryGate House, Waste Storage
Total Built Area66,796.58 m²Includes All Floors

Ingredient Sourcing in the Brazilian Context

For this large poultry feed factory in Brazil, raw material sourcing reflects Brazil’s status as an agricultural superpower. Brazil is the world’s largest soybean producer, with projected 2025/26 production of approximately 176 million metric tons, and the third-largest corn producer at approximately 138 million metric tons.

Raw Material Consumption by Ingredient

IngredientAnnual Consumption (tons)Formulation PercentageSource
Wheat/Corn243,00081.0%Local Farms/Contract
Oilseed Meals (Soybean, etc.)39,00013.0%Regional Crushers
Calcium Carbonate/Stone4,8001.6%Local Mines
Amino Acids3,0001.0%Imported/Domestic
Whey Powder6900.2%Dairy Industry
Vegetable Oil3900.1%Regional Processors
Premixes6,0002.0%Specialty Suppliers
Other Additives3,0001.0%Various
Total300,000100%

Wheat and Corn as Primary Energy Sources

While Brazilian poultry feeds traditionally rely heavily on corn, this large poultry feed factory in Brazil incorporates wheat as a significant energy source. Wheat inclusion at this level reflects both availability and nutritional strategy:

  • Energy Density: Both grains provide readily available carbohydrates for rapid growth
  • Protein Contribution: Wheat contributes meaningful protein, reducing soybean meal requirements
  • Availability: Brazil’s grain surplus ensures consistent supply at competitive prices
  • Formulation Flexibility: Ability to adjust corn/wheat ratios based on relative pricing

The projected 2026 record harvest of 353 million metric tons of grains and oilseeds ensures abundant raw material availability at competitive prices.

Soybean Meal Specifications

Soybean meal represents the primary protein source, sourced from regional crushers processing Brazil’s abundant soybean crop:

  • Protein Content: 46-48% (standard high-protein meal)
  • Fiber: <3.5%
  • Moisture: <12%
  • Urease Activity: 0.05-0.20 pH rise (properly processed)

Brazil’s soybean typically has higher protein content due to favorable climate and soil quality, providing a nutritional advantage for Brazilian-produced feeds.

Additive and Premix Strategy

Modern poultry nutrition requires precise inclusion of micro-ingredients. This large poultry feed factory in Brazil incorporates a comprehensive range of additives:

  • Amino Acids: Lysine, methionine, threonine for protein optimization
  • Vitamins: A, D, E, B-complex
  • Minerals: Calcium, phosphorus, trace minerals
  • Enzymes: Phytase for improved phosphorus utilization
  • Other Additives: Antioxidants, mold inhibitors

Natural Gas and Energy Consumption

The facility’s 6 t/h natural gas boiler consumes approximately 1.35 million m³ annually, supplied via pipeline with LNG backup storage (30 m³ tank). Natural gas characteristics:

ParameterValue
Methane Content93-95%
Higher Hydrocarbons4.5-6.5%
Other Components0.2-0.5%
Density (Gas)0.717 kg/m³
Lower Heating Value36.96 MJ/m³

Complete Equipment Inventory

The large poultry feed factory in Brazil incorporates a comprehensive range of processing equipment designed for efficient, high-capacity operation.

Major Equipment Summary

Equipment TypeQuantityFunction
Drag Conveyor11Horizontal Material Transport
Bucket Elevator14Vertical Material Transport
Raw Material Screen4Impurity Removal
Permanent Magnet5Ferrous Metal Removal
Hammer Mill4Particle Size Reduction
Single-Shaft Mixer1Homogeneous Blending
Poultry Feed Pellet Making Machine4Pellet Production
Counterflow Cooler5Pellet Temperature Reduction
Stabilizer4Product Conditioning
Pellet Screen4Size Classification
Extruder1Specialty Processing
Dual-Scale Packaging System1Bag Filling
Sewing Conveyor1Bag Closing
Mobile Bulk Scale2Bulk Loadout
Natural Gas Boiler (6 t/h)1Steam Generation

Receiving and Cleaning Systems

The large poultry feed factory in Brazil features dedicated receiving systems for different ingredient types:

Wheat/Corn Receiving:

  • Hydraulic truck dumpers within enclosed receiving shed
  • Two pulse baghouse dust collection systems at intake
  • Drag conveyors and bucket elevators transport to double-drum screens
  • Permanent magnetic drums for ferrous removal
  • Optional vibrating screen path for additional cleaning

Oilseed Meal Receiving:

  • Manual unloading station
  • Three pulse baghouse dust collection systems
  • Drag conveyors and bucket elevators to drum screens
  • Permanent magnetic drums for ferrous removal
  • Transfer to spiral steel storage bins

Minor Ingredient Receiving:

  • Automated bag breaking and dumping system
  • Dust collection at dump point
  • Drag conveyor to粉料 screen
  • Permanent magnet protection
  • Rotary distributor to配料 bins

Grinding and Extrusion Systems

Primary Grinding: Four hammer mills serve the main grinding requirements:

  • Configuration: Under-sieve discharge with pneumatic assist
  • Screen Sizes: 3-8 mm depending on target particle size
  • Control: Automated based on amperage and throughput

Extrusion Capability: A dedicated extruder processes corn for specialty feeds:

  • Application: Nursery diets, high-energy formulations
  • Process: High-temperature, short-time thermal processing
  • Cooling: Dedicated cooler with cyclone dust recovery

batching and Mixing

The batching system represents the technological heart of this large poultry feed factory in Brazil:

  • Batching Bins: Multiple bins with high/low level indicators
  • Batching Scales: Electronic weighing systems with ±0.1% accuracy
  • Mixer: Single-shaft, high-efficiency design
  • Liquid Addition: Automated oil metering and spraying

Pellet Mill System

Four feed mill pellet machines provide pelleting capacity with redundancy:

  • Conditioning: Steam addition to 60-70°C
  • Die Sizes: Interchangeable for various pellet diameters
  • Cooling: Counterflow coolers (5 units)
  • Stabilizers: Retention for product quality
  • Screening: Multi-deck screens for size classification

Dust Collection System

This large poultry feed factory in Brazil incorporates an extensive dust collection network with 18 separate exhaust points:

Emission PointControl EquipmentStack Height
Wheat/Corn Receiving2× Pulse Baghouse15m (P1)
Wheat/Corn Initial CleaningCyclone + Pulse Baghouse15m (P2)
Wheat/Corn ScreeningCyclone + Pulse Baghouse15m (P3)
Oilseed Meal Receiving3× Pulse Baghouse15m (P4)
Oilseed Meal Initial CleaningPulse Baghouse15m (P5)
Minor Ingredient ReceivingPulse Baghouse15m (P6)
Main Process (粒料)Pulse Baghouse15m (P7)
Main Process (粉料)Pulse Baghouse15m (P8)
Hammer Mill #1Pulse Baghouse15m (P9)
Hammer Mill #2Pulse Baghouse15m (P10)
Extrusion/CoolingCyclone43m (P11)
Premix AdditionPulse Baghouse15m (P12)
Pellet Cooling #1Cyclone43m (P13)
Pellet Cooling #2Cyclone43m (P14)
Pellet Cooling #3Cyclone43m (P15)
Finished Product PackagingPulse Baghouse15m (P16)
Natural Gas BoilerLow-NOx Burner8m (P17)
KitchenGrease FilterRoof (P18)

All collected dust is returned to the process stream at appropriate points, achieving zero particulate waste while recovering valuable feed material.

Process Flow Description

The large poultry feed factory in Brazil employs a comprehensive manufacturing process designed for consistent, high-quality poultry feed production.

Process Flow Summary

Raw Material Receiving → Cleaning/Magnetic Separation → Storage → Grinding/Extrusion →配料 → Mixing → Conditioning → Pelleting → Cooling → Stabilizing → Screening → Packaging/Loadout

Detailed Process Steps

Step 1: Raw Material Receiving and Initial Cleaning
Wheat, corn, and oilseed meals arrive via truck and are unloaded within the enclosed receiving shed. Hydraulic truck dumpers for grains and manual unloading for bagged materials feed into dedicated receiving systems. Each system includes:

  • Dust collection at dump points
  • Drag conveyors for horizontal transfer
  • Bucket elevators for vertical lift
  • Initial screening (double-drum or rotary screens)
  • Permanent magnetic separation

Step 2: Storage
Cleaned materials transfer to storage:

  • Grains to 1000T or 250T silos
  • Oilseed meals to spiral steel bins
  • Minor ingredients to warehouse storage

Step 3: Main Process Receiving and Screening
Materials drawn from storage pass through additional cleaning before配料:

  • Grains: Rotary drum screens, permanent magnets, flow scales
  • Oilseed meals: Rotary drum screens, permanent magnets
  • Powdered ingredients: Powder screens, permanent magnets

Step 4: Grinding and Extrusion
For formulations requiring grinding, materials flow to hammer mill feed grinders. For specialty products requiring extrusion, corn passes through the extruder, cooler, and secondary grinding before batching.

Step 5:Batching
Batching operates under computer control, with ingredients drawn from bins according to formula:

  • Major ingredients weighed on main scales
  • Minor ingredients on dedicated micro-scales
  • Liquids metered directly to mixer

Step 6: Mixing
Batched ingredients discharge to the mixer. During the mixing cycle:

  • Liquid oil addition via spray nozzles
  • Mixing time optimized for homogeneity
  • Discharge to surge bin

Step 7: Pelleting
For pelleted products, mixed mash is conveyed to pellet mill surge bins, then to conditioners where steam addition raises temperature to 60-70°C. Conditioned mash passes through pellet mill dies, emerging as cylindrical pellets at 75-85°C.

Step 8: Cooling and Stabilizing
Hot pellets enter counterflow pellet cooler machines where ambient air drawn upward reduces temperature. Cooled pellets pass through stabilizers for additional retention time before screening.

Step 9: Screening and Packaging
Pellets enter multi-deck screens for size classification:

  • Oversize: Returned to grinder/crumblizer
  • Target size: To finished product bins
  • Fines: Returned to pellet mill

Finished products discharge to:

  • Packaging system (bagged product)
  • Bulk loadout (bulk truck/trailer)

Quality Control

The large poultry feed factory in Brazil operates a comprehensive quality control program:

Incoming Material Testing:

  • Proximate analysis (moisture, protein, fat, fiber)
  • Physical inspection
  • Mycotoxin screening (corn/wheat)

In-Process Testing:

  • Particle size analysis
  • Mixing uniformity
  • Pellet durability
  • Moisture content

Finished Product Specifications:

ParameterBroiler StarterBroiler GrowerBroiler FinisherLayer
Crude Protein (%)22-2420-2218-2016-18
Crude Fat (%)5-75-74-63-5
Crude Fiber (%)<4<4<5<6
Calcium (%)0.9-1.10.9-1.10.8-1.03.5-4.0
Available Phosphorus (%)0.45-0.500.45-0.500.40-0.450.35-0.40

Brazilian Environmental Regulatory Framework

This large poultry feed factory in Brazil operates under Brazil’s comprehensive environmental regulatory system, including federal, state, and local requirements. Key frameworks include:

  • CONAMA Resolutions: National Environmental Council standards for air quality, water quality, and waste management
  • State Environmental Agency Permits: Minas Gerais state operating license
  • Municipal Approvals: Local land use and operating permits

Air Quality Management

The facility’s extensive dust collection system (18 separate exhaust points) ensures compliance with Brazilian emission standards. Key features:

  • Pulse baghouse collectors on all major process exhausts (99%+ efficiency)
  • Cyclones on high-volume cooling operations
  • Low-NOx burner on natural gas boiler
  • Enclosed conveying throughout
  • Continuous opacity monitoring on major stacks

Water and Wastewater Management

Water Consumption:

UseDaily Consumption (m³)Annual (m³)Source
Domestic (50 staff)6.01,860Well
Landscape Irrigation8.67 (4.8 recycled)2,688Well + Recycled
Boiler Feed (Softened)97.9630,367.6Purchased
Total Fresh Water9.872,961
Total Purchased Softened97.9630,367.6

Wastewater Treatment:

  • Boiler Blowdown: 1.96 m³/day used for dust suppression and equipment washing
  • Kitchen Wastewater: Grease trap pretreatment
  • Sanitary Wastewater: Septic system followed by 8 m³/day packaged treatment plant
  • Treated Effluent: Used for landscape irrigation

Solid Waste Management

Waste TypeSourceAnnual QuantityManagement Method
Screening ImpuritiesInitial cleaningSignificantMunicipal collection
Iron ContaminantsPermanent magnets10-15 tonsSold to recycler
Dust Collector FinesAll collectorsProcess-dependentReturned to production
Packaging WasteRaw material bags30-40 tonsSold to recycler
General WasteOffices, lunchroom5-8 tonsMunicipal collection

Emergency Preparedness

The facility includes an 800 m³ emergency catch basin capable of containing firewater or accidental spills, preventing environmental contamination in emergency situations.

Project Timeline

PhaseDurationKey Activities
Initial PlanningQ1 2018Feasibility study, site selection
PermittingQ2-Q3 2018Environmental licenses, construction permits
Contract SigningQ4 2018Equipment selection, terms
Engineering DesignQ1-Q2 2019Detailed layout, structural engineering
Equipment ManufacturingQ2-Q4 2019Fabrication at RICHI Qingdao
ShippingQ1 2020Ocean freight to Santos
Site Civil WorksQ1-Q2 2020Foundations, utilities, buildings
Equipment InstallationQ2-Q3 2020Mechanical installation, electrical
CommissioningQ3 2020Testing, tuning, operator training
Commercial ProductionAugust 2020Ramp-up to full capacity

Logistics and Shipping

All major equipment for this large poultry feed factory in Brazil was manufactured at RICHI’s Qingdao facility and shipped via containerized and break-bulk freight:

  • Port of Loading: Qingdao Port, China
  • Destination Port: Santos Port, Brazil
  • Shipping Duration: Approximately 35-40 days
  • Customs Clearance: Santos (5-7 days typical)
  • Inland Transport: Santos to Minas Gerais site (1-2 days by truck)

Santos is Latin America’s busiest port and a major gateway for agricultural and industrial imports, with excellent road connections to southeastern Brazil’s industrial heartland.

Installation and Commissioning Support

RICHI provided comprehensive technical support throughout the poultry feed mill project:

  • On-Site Supervision: 12 weeks during mechanical installation
  • Electrical & Controls: 4 weeks on-site during system startup
  • Operator Training: Comprehensive 3-week program for all shifts
  • Process Optimization: 3 weeks post-commissioning support

Market Fundamentals

Brazil presents one of the world’s most attractive markets for poultry feed manufacturing. With total feed production projected to reach 89.9 million tonnes in 2025 and the poultry sector accounting for the largest share, the market offers substantial and expanding demand.

Brazil Feed Market Indicators

IndicatorValueTrend
Total Feed Production (2025)89.9 Million Tonnes+2.8% vs 2024
Broiler Feed (2025)37.9 Million Tonnes+2.6%
Layer Feed Growth6.5%Strong
Poultry Production (2026)15.8 Million Metric TonsIncreasing
Corn Production (2025/26)~138 Million TonnesSlightly Lower
Soybean Production (2025/26)~176 Million TonnesRecord High

Poultry Sector Driving Demand

Brazil’s poultry sector continues to expand, with production forecast to reach 15.8 million metric tons in 2026. The lifting of bans by key markets such as China and the EU late in 2025 has restored export momentum, while demand across Latin America remains robust.

Several factors support continued growth:

  • Export Leadership: Brazil anchors global poultry supply growth, with competitive feed costs and strong international pricing
  • Domestic Consumption: Rising demand for poultry meat and eggs drives feed consumption
  • Vertical Integration: Major producers control the entire chain from feed to finished product
  • Genetic Improvement: Modern genetics require precise nutrition, increasing feed value

Raw Material Advantage

Brazil’s position as a major producer of both corn and soybean meal creates a significant competitive advantage for feed manufacturers:

Corn: Brazil is the world’s third-largest corn producer, with projected 2025/26 production of approximately 138 million metric tons. The unique ability to grow a massive second corn crop (Safrinha) ensures year-round supply.

Soybeans: Brazil is the world’s largest soybean producer, with projected 2025/26 production of approximately 176 million metric tons—3.6% larger than the previous record. This abundance ensures competitive pricing and consistent quality.

Feed Cost Advantage: Feed represents approximately 70-75% of poultry production costs. Brazil’s grain surplus acts as a buffer against global price spikes, allowing local producers to maintain competitive positions.

Structural Trends in Brazilian Livestock

Brazil’s livestock sector is undergoing a structural shift towards greater efficiency and market stability, driven in large part by modern confined feeding systems. As production becomes more technical and margins more sensitive to input volatility, intensive finishing has taken on a central role in smoothing supply cycles and improving national competitiveness.

Regional Processing Opportunities

Brazil’s vast geography offers diverse opportunities for feed manufacturing:

  • Southern Region: Traditional agricultural heartland with established infrastructure
  • Southeast (Minas Gerais): Growing poultry sector with excellent market access
  • Central-West: Expanding grain production with new processing capacity
  • Northeast: Emerging market with population growth and improving infrastructure

Sustainability and Low-Carbon Production

2026 sees a massive shift toward “Low-Carbon” grain production in Brazil. This trend creates opportunities for feed manufacturers to differentiate products based on sustainability credentials—particularly important for export-oriented poultry producers serving environmentally conscious markets.

Future Outlook

The Brazilian poultry sector will continue its expansion, with feed manufacturing playing an increasingly strategic role in competitive production. Key trends include:

  • Precision Nutrition: Feed manufacturers developing enzyme-optimized and amino acid-balanced compositions aimed at improving feed conversion ratios
  • Vertical Integration: Major producers controlling the entire chain from grain to processed meat
  • Export Growth: Brazil’s competitive advantage in feed costs supporting continued export expansion
  • Sustainability Focus: Low-carbon certification becoming a market differentiator

This large poultry feed factory in Brazil represents a world-class facility designed to serve the needs of modern, integrated poultry production. By leveraging Brazil’s competitive advantage in grain production, employing state-of-the-art processing technology, and operating at efficient scale, the facility achieves compelling economics while supporting the client’s broader livestock operations.

Key success factors include:

  • Strategic Location: Proximity to raw materials and end-users
  • Appropriate Scale: 300,000-ton annual capacity achieves economies of scale
  • Technology Selection: Modern equipment provides efficiency and quality advantages
  • Integrated Design: Vertical material flow reduces operating costs
  • Environmental Responsibility: Comprehensive dust collection and wastewater treatment
  • Quality Focus: Extensive quality control ensures consistent specifications

For poultry integrators, feed manufacturers, and agricultural investors seeking to participate in Brazil’s growing protein market, modern feed manufacturing offers compelling opportunities. Brazil’s unique combination of abundant raw materials, growing domestic demand, and export competitiveness creates favorable conditions for value-added processing facilities.

The success of this large poultry feed factory in Brazil demonstrates the value of professional engineering, quality equipment, and comprehensive technical support. RICHI Machinery brings decades of feed manufacturing technology experience to the Brazilian market, with equipment specifically engineered for the demands of large-scale production.


For more information about RICHI poultry feed manufacturing systems or to discuss your specific project requirements in Brazil or other Latin American markets, contact our international sales team. We welcome inquiries from feed manufacturers, poultry integrators, and agricultural investors seeking to evaluate the potential of feed manufacturing in their markets.

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RICHI Machinery is one of the world’s leading suppliers of technology and services for the animal feed, aqua feed and pet food industries, also the largest pellet production line manufacturer in China.

Since 1995, RICHI’s vision to build a first-class enterprise, to foster first-class employees, and to make first-class contributions to society has never wavered.

In the past three decades, we have expanded our business to a wide range of areas, including animal feed mill equipment, aqua feed equipment, pet feed equipment, biomass pellet equipment, fertilizer equipment, cat litter equipment, municipal solid waste pellets equipment, etc.

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