Animal Feed Processing Plant

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1. Site selection principles

1. Convenient geographical location and convenient transportation;
2. Good environment and suitable climate;
3. Complete and sufficient facilities and equipment such as electricity, water, fuel, etc.
4. The surrounding environment complies with environmental protection and safety regulations.

2. Factory building design

1. Use durable, environmentally friendly and anti-corrosion materials;
2. Reasonable building layout, sufficient ventilation and light;
3. Equipped with necessary fire protection and safety equipment;
4. Reasonable process flow and effective logistics management.

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Animal feed processing plant design is a highly comprehensive engineering task, which is related to multiple core factors such as the efficiency of the feed production line, product quality and production cost.

During the design process, the special needs of animal feed such as livestock, poultry and fish must be considered in depth to ensure that the produced feed can meet the growth needs of animals while ensuring the nutritional balance and taste of the feed.

1. At the beginning of the design, project feasibility study, approval of the design task book and on-site survey are all essential steps. These preliminary work can provide accurate data and basis for subsequent design to ensure the scientificity and rationality of the design.
2. In terms of process design, the process design of raw material silos, main workshops, auxiliary material warehouses, finished product warehouses and laboratories is crucial. In particular, the process design of the main workshop involves multiple aspects such as process flow, process parameters and process specifications. The selection, calculation and formulation of these aspects need to be strictly demonstrated and verified in practice to ensure the stability and efficiency of feed production.
3. In addition, process design is of decisive significance to the performance indicators of the feed factory. These performance indicators include but are not limited to production capacity, particle size of crushed materials, accuracy of metering and batching, mixing uniformity, etc. Each indicator is directly related to the quality and output of feed, so it must be given enough attention in the design process.
4. Process design is the core part of feed mill design. It requires the rational arrangement of the arrangement and combination of equipment and devices according to different product specifications and uses to meet the technical requirements of different formulas, different raw materials and different products. A reasonable process flow can not only improve production efficiency, but also reduce production costs, laying a solid foundation for the long-term development of the feed mill.

In summary, animal feed processing plant design is a complex and meticulous task. It requires comprehensive consideration of multiple factors to ensure the scientificity and rationality of the design. Only in this way can high-quality and efficient feed be produced to meet the growth needs of livestock, poultry, fish and other animals, and make positive contributions to the development of animal husbandry.

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1. Workshop layout
   The layout of the feed processing workshop should be reasonable, taking into full consideration factors such as the arrangement of equipment, personnel flow, and the transportation of raw materials and finished products. The workshop should be divided into clean and dirty areas, and the equipment should also have corresponding areas.
2. Equipment selection
   The equipment required for the animal feed processing plant workshop should comply with relevant national standards and should be selected according to the production scale. Equipment with problems in terms of service life and safety should be avoided, and regular maintenance and overhaul should be carried out to ensure the normal operation of the equipment.
3. Ventilation
   The feed processing workshop should have a good ventilation system to ensure air circulation in the workshop. At the same time, dust and odor in the workshop should be avoided from affecting the health of workers. Ventilation equipment should also comply with relevant national standards and be regularly maintained and cleaned.
4. Noise control
   High noise may be generated in the feed processing workshop, and corresponding measures should be taken to control it to reduce the impact on workers. For example, sound insulation materials should be used in the workshop, and low-noise equipment should be selected.
5. Hygiene
   The feed processing workshop should maintain good hygiene and be cleaned and disinfected regularly. At the same time, sufficient sanitary facilities should be provided to the workers in the workshop, such as wash basins, disinfectants, etc.

In short, the design specifications of the animal feed processing plant workshop involve all aspects and need to be considered comprehensively. Only by ensuring the safety, hygiene and comfort of the workshop can we provide a good working environment for the workers and ensure production capacity and product quality.

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In order to adapt to the general trend of industrial structure adjustment of feed industry, improve breeding rewards, reduce drug residues in animals, and manufacture green feed, the application of biotransformation products and the production of biological enzyme protein have become the new direction of current feed development.

RICHI’s production practice of feed enzyme protein has proved that it can use medium and low-priced agricultural and sideline products as feed protein raw materials, such as rapeseed meal, soybean meal, etc. to make enzyme protein finished products as feed protein sources, which can partially replace high-priced protein raw materials such as fish meal, and the cost reduction value is considerable.

In addition, enzyme protein products contain a variety of beneficial bacteria, which can improve animal digestion function and enhance animal health. Therefore, they can replace drug antibiotics and solve the problems of bacterial resistance and drug residues.

Using existing feed mill equipment to produce enzyme protein products requires adding sterilization, fermentation and other systems. When drying the fermented materials, low-temperature drying must be used in order not to destroy the activity of the enzyme.

Using agricultural and sideline products as raw materials to produce enzyme protein products is feasible both from the perspective of social economy and economic benefit analysis. The production and development of feed enzyme protein will definitely occupy an important position in the feed industry. (Find RICHI on Youtube)