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Poultry Feed

Animal Feed

The poultry feed comes in many forms. Pelleted or mash feeds are popular in the market. Both products share a similar production sequence until the mixing process. pelleted feed needs to undergo pellet mill, cooler, and sifter after the mash is prepared.

Mash feed is a form of a complete feed that is finely ground and mixed so that animals or birds cannot easily separate the essential nutrients. The purpose of feeding mash diet is to provide a well-balanced diet, give greater growth unification, less death-incurred loss also feeding mash feed is more economical. When producing mash feed, the material undergoes pre-grinding before mixing and packing.

Pelleted feed is the continuation of mash feed. The purpose of pelleting is for easy transport and feeding. The nutrient value in every pellet is the same, so farmed animals will consume all the good nutrients incorporated inside the pellets.

Pre-conditioning for good cooking

Raw Material

The raw material for cattle feed consists of coarse and powdery material

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Pre-grinding

Optional step for coarse material.
Pre-grinding will lower the energy needed for fine grinding.

Daily Tank Storage

Daily tank storage will contain the material needed for production that day.
Some material from the silo will be placed in this daily tank before entering the flow of feed production.

Dosing and Weighing

The material will be dosed based on the formula.

Post-grinding

Post-grinding is the final size reduction in the system.
It is common to use a pulverizer for producing ultra-fine powder.

Mixing

In this step, trace ingredients such as vitamins, minerals, and other liquid materials will be added.

Powder Feed (Mash Feed)

Pelleting

Pelleting starts with pre-conditioning, adding steam to further hydrate, and cook the material before entering the pelleting chamber to be formed into pellets.

Cooling

Cooling utilizes ambient air to cool down the hot pellet from the pellet mill.
Thorough cooling is needed to prevent condensation inside the packaging.

Pelleted Feed

Crumbling

In animal feed production, it is common to crumbler the feed.
This particle reduction is needed for easier consumption in smaller animal or poultry

Packing

Packing gives protection to the pellets and also give easiness to handle and transport to customer's hand

Flowchart for poultry feed

Pelleting process description for poultry feeds

Raw material silo and intake systems Corn, soybean, rice, and other macro ingredients are stored and conveyed to an individual silo.
Dosing and weighing are used for the temporary storage of raw materials.
Grinding system When required, coarse or fine grinding will be done to reduce the particle size.
Mixing system Depending on the formulation some liquid, fat, or molasses will be added to the mixer. The well-mixed mash can be directed to the finished product bins for bagging or carried away by trucks in bulks when producing mash feed. The mash feed can also be directed to the pellet forming machine.
Pelleting with Pre-conditioning Well-mixed mash is fed to a pre-conditioner where the mash will be heated either by steam or electric heater, to kill salmonella and other harmful bacteria. Pre-conditioned mash feed is then pelleted.
Cooling

The counterflow cooler is used for cooling pellet and extrudate. Warm (hot) pellets get into the cooling chamber, the suction fan will transport out the air inside the chamber, and fresh ambient air will enter the chamber from the bottom, promoting pellet cooling action. When pellets are accumulated and touch the high-level limit sensor, a pneumatic discharge swivel valve will operate immediately to discharge the products. Counterflow air heat exchange ensures to achieve high cooling efficiency.

Impurity and dust sieve

Pellets are conveyed through a sieve to remove impurity and deformed pellets. Fines and deformed pellets are recycled back to bins before the pellet mill. The sieved pellet of different sizes is stored in individual bins.

Bagging and sealing system

Finished pellets will be placed in bags or other transportation vessels to the reseller or customer site.

Pellet crumbling system

IDAH crumbler series is designed for high capacity and highly efficient particle reduction. Three types are available for every industry application. Every crumbler is equipped with the feeder on the top, to control the throughput of the product. The roll gap is easily adjustable to achieve the required granulation.

Chicken feed chick

Features and Benefits of IDAH Process Design and Equipment

IDAH firmly believes in a strategy of design fit for purpose. We recognize the constraints our customers face with rising ingredient costs, energy costs, and overheads costs, yet in the face of these challenges, it is still expected that high-quality products be supplied into a very competitive market. Our design philosophy is to work continuously to refine and improve processes and equipment to maximize the success of our customers. The following describes some of the features and benefits resulting from this philosophy.

Good pre-conditioning for poultry feed

Poultry feed contains a high amount of grains and that means a high concentration of fiber. Good quality of pre-conditioning is the key to success in making poultry pellet feed. Enough direct and indirect steam heat source and moisture will soften the mash with high elasticity. cooked starch is the perfect binder to form pellets.

The suitable amount of fat addition

Too much fat added in the formulation will create a high amount of fines formation during pelleting. It is suggested to add 1% of fat in the mixer and this will lower the wear on the dies and improves the throughput of the pellet mill. Any additional fat is suggested to evenly spray on the pellets to improve the fat contents and quality of the pellet surface.




Specification of Pellet Mills (for Poultry feed)

Model PM-42R PM-51R PM-53R PM-53F PM-635D
Main Motor (HP) 125 150 200 215 300
Operation Capacity1 (t/h) 3-4 4-5 6-8 10-12 13-15

Note:

1) Broiler Chicken Feed, pellet die hole size Ø 3.0 mm, moisture content < 12%, oil content <7%

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