Chicken Feed Manufacturing Plant in Kenya

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A Conversation That Led to This Project

The first real discussion happened in February 2025.

The client didn’t start by asking for a full animal feed manufacturing plant. The initial request was something like:

“We need to reduce feed cost. Can we just install a small mixer and do it ourselves?”

After a few exchanges and some raw material analysis, it became clear that a simple mixer wouldn’t solve the problem. The issue wasn’t just mixing—it was consistency. Corn particle size varied, protein distribution was uneven, and manual batching caused fluctuations.

By early March, the idea shifted toward a complete chicken feed manufacturing plant, but still within a controlled budget.

Contract signing was finalized in May 2025.

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Project Basic Information

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Plant Layout – What Changed During Design

At the beginning, the client wanted everything on one level.

That didn’t work.

The final layout uses a partial vertical design, with some equipment installed below ground level. This reduces material lifting distance and saves energy.

Workshop Distribution

Production flow was arranged from south to west:

• Raw material intake → south
• Processing → southwest
• Finished goods → west

Truck movement became smoother after this adjustment. Initially, loading and unloading overlapped, which caused delays.

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Raw Materials – Local Sourcing Strategy

Feed formulation here relies on materials that are widely available in Kenya’s agricultural regions.

The client sources from nearby farms and traders, keeping transport costs manageable.

Raw Material Consumption

One small detail that came up during commissioning—corn moisture varied quite a bit depending on the supplier. Some batches required slight drying or blending before crushing.

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Main Equipment – Kept Simple on Purpose

This is not a complex animal feed pellet plant with extrusion or conditioning.

It’s a mash feed production line, designed for cost control.

Equipment Configuration

Total feed factory machines count: 9 units.

Some clients expect more machines, but for this capacity, this setup works fine. The key is matching throughput—not adding unnecessary complexity.

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Production Process – What Actually Happens

The process looks simple, but small adjustments made a difference.

Step Flow

1. Corn Intake & Storage
   • Delivered by truck
   • Lifted into silos using bucket elevators
2. Raw Material Storage
   • Soybean meal and bran stored separately
   • Manual feeding into system
3. Crushing
   • Corn reduced to required particle size
   • Enclosed system to control dust
4. Batching & Mixing
   • Materials weighed before entering mixer
   • Mixing time adjusted during trial runs
5. Packing
   • Automatic bagging
   • Standard 25–50 kg bags

During early testing, mixing uniformity wasn’t ideal. The mixing time had to be increased slightly. Nothing unusual, but worth mentioning.

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Environmental Handling – Practical Setup

Instead of overdesigning, the system uses straightforward dust control.

Air Treatment

• Two bag filters installed
• Dust collection efficiency around 99%
• Emission stacks at 15 meters

Dust Data (After Treatment)

Workshop sealing also helps reduce fugitive dust.

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Utilities

No steam system. No drying system. That keeps operating cost low.

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Equipment Cost and Delivery

• Feed production line cost: approx. $180,000
• Delivered from Qingdao Port
• Arrival port: Port of Mombasa, Kenya

Installation took about three weeks.

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Why This Type of Feed Mill Makes Sense in Kenya

Poultry farming in Kenya has been growing steadily, especially small and medium farms.

Feed cost is often the biggest concern.

Running a chicken poultry feed manufacturing plant like this gives:

• Better control over formulation
• Lower long-term feed cost
• Stable supply

Also, mash feed is still widely accepted, so pelletizing isn’t always necessary.

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Final Notes from the Engineering Side

This wasn’t a “big” chicken feed mill plant project.

But it’s the kind that works.

The system is simple, capacity matches demand, and operation is manageable with a small team. No complicated automation, no oversized investment.

For clients considering a 10-15t/h chicken feed manufacturing plant in Kenya, the key question is usually not “which machine,” but:

• What raw materials are available?
• How stable is the supply?
• Do you need pellets or just mash?

Once those answers are clear, the rest becomes much easier to design.