39-40TPH Computer Control Poultry Animal Chicken Feed Plant For making Chicken Pellets And Chicken Premix

According to statistics, in 2017, China's Hainan Province produced 1.599 million tons of feed, with a total output value of 4.045 billion yuan, an increase of 10.4% and 3.4% year-on-year respectively. The output of feed is far from meeting the demand for product output.

Therefore, the rapid development of Hainan's breeding industry has put forward higher demands on the feed industry.

In order to speed up the development of aquaculture, increase farmers' income, improve agricultural competitiveness, and vigorously develop the feed processing industry in the market, this 39-40tph automatic poultry chicken feed factory project is proposed under this background.

The client of this customized 39-40tph automatic poultry chicken feed plant project, Wenchang Jiayuan Agriculture and Animal Husbandry Development Co., Ltd., has built Hainan Jiayuan laying hen farm, packaging factory and chicken feeds plant in Hainan, China.

During the development process, the customer's chicken food company relies on university experts and professors to carry out key technological innovation and integration of standardized healthy breeding of laying hens, and to provide farmers with consulting services in standardized breeding technology, market information, etc. guide.

Preliminary design drawing of the chicken feed plant

In order to meet the feed demand of the customer's chicken farm, the customer chicken food company decided to carry out the construction of this large capacity full automatic chicken feed plant project.

The China manufacturer poultry chicken feed plant project mainly processes chicken feed pellets and chicken premixed feed without fermentation process. After completion, the total annual production capacity is expected to reach 95,000 tons/year.

• Project name: 95,000 tons per year chicken broiler layer feed plant project
• Construction Nature: New Build
• Total investment: RMB 8 million (1256000USD), of which RMB 2.865 million (449805USD) was invested in environmental protection.
• Working system and labor quota: According to the needs of production, the computer control chicken feed production line project works 300 days a year, and implements a one-shift system with 8 hours per shift. The large chicken feed processing plant project has a workforce of 30 people, 20 of whom live in the automatic chicken feed plant factory.
  
• Construction scale: The production capacity of 95,000 tons of green pollution-free chicken feed. According to the working system of the automatic chicken poultry pellet feed plant project, it can be calculated that the output of the chicken feed plant project is 39.5t/h (39-40t/h), 316t/d, and 7916t/m.
• Construction period: The 39-40t/h chicken fodder plant project was started in February 2018, with a construction period of 6 months, and was completed and put into operation by the end of August 2018.

The total area of ​​the 39-40t/h computer control chicken poultry feed plant project is about 28829.98m², and the total construction area is about 15779m².

The main construction contents include production workshops, raw material and finished product warehouses, office and living buildings, dormitory buildings and other main works, as well as water supply and drainage, supply and distribution supporting production, electricity, ventilation, fire protection, safety and other public auxiliary works.

The 39-40t/h automatic best plant for chicken feed project mainly processes and produces chicken feed. The appearance is powdery feed and pellet feed. There is no fermentation process. The product quality meets the relevant standards in China's National Feed Industry Standard.

The 39-40t/h large chicken feed making machine plant project mainly uses corn, soybean meal, rapeseed meal, fish meal, etc. as the main raw materials for chicken feeds, plus corn distiller's grains and oil as auxiliary raw materials to produce high-quality chicken feed. The raw materials are all purchased from outsourcing. Boiler raw materials use biomass pellets, which are all purchased.

The main entrance of the 39-40t/h large chicken feed manufacturing plant project is set in the east, connected by a factory road to provincial road S201. There is a loop lane in the chicken feed manufacturing plant project area to connect with the entrances, exits and walkways of each building, and the logistics is smooth.

The ground water is discharged by means of hidden pipes. The road in the 39-40t/h large animal feed production line area is concrete pavement with a road width of 6-12 meters. The road is arranged in a ring pattern to meet the requirements of transportation and fire protection.

Chicken Feed Plant Project Planning Diagram (Original Chinese Version)

The transportation method is truck transportation, the off-site transportation is entrusted to the local transportation department, and the in-factory transportation method is forklift and trolley transportation.

From east to west, the 39-40t/h large chicken feed making plant area consists of office building, spare raw material and finished product workshop, main workshop and boiler room, raw material and finished product workshop, and living area.

The production area adopts a combined 39-40t/h large chicken feed making plant layout. According to the chicken feed production process, the buildings and large outdoor equipment such as raw material input, production and processing, finished product packaging, storage and transportation are reasonably arranged.

In this 39-40t/h large chicken feed making plant project, the raw materials, semi-finished products and finished products warehouses are arranged close to the processing workshop, so that the transportation route is short and the handling is reduced.

• Water supply——39-40t/h chicken feed plant

  The water used in this 39-40t/h large chicken feed making plant project is mainly domestic water, boiler water, circulating system cooling water and greening water. The domestic water and boiler water are provided by the municipal water supply network, which can meet the requirements of production and domestic water.

• Drainage——39-40t/h chicken feed plant

  The 39-40t/h large chicken feed making plant project drainage adopts rainwater and sewage diversion. The chicken feed production process of this chicken feed making plant project does not produce production waste water. Since the chicken feeds production process needs to maintain dry conditions, the workshop site will not be cleaned.

  Therefore, the sewage generated by the 39-40t/h large chicken feed making plant project is mainly domestic sewage, and the evaporation and loss rates are calculated at 15%, so the domestic sewage production is about 5.525m3/d.

  Since the municipal sewage pipe network around the 39-40t/h large chicken feed making plant project has not been perfected, the current domestic sewage of the 39-40t/h large chicken feed making plant project is regularly pumped away after being treated in a septic tank to be used as agricultural fertilizer.

• Powered——39-40t/h chicken feed plant

  The annual power consumption of the chicken feed production plant project is about 5 million kWh, which is directly supplied by the municipal power grid. The chicken feed production plant project is equipped with a 360KW diesel generator.

• Heating——39-40t/h chicken feed plant

  The chicken feed production plant project is equipped with a 2t/h steam boiler to meet the production demand, the fuel is biomass fuel, the daily consumption is 7t/d, and the annual consumption is 2100 tons/year. Office and living heating adopts air-conditioning system.

• Storage——39-40t/h chicken feed plant

  The chicken animal feed mill machine project will build a finished product warehouse of 4124m² and a raw material workshop of 7876m². The raw materials and product warehouses for bulk materials are fully enclosed.

  The raw materials and product warehouses for packaging materials include fully enclosed and steel structure canopies. The steel structure shed is mainly used for short-term transfer scheduling of raw materials and products when entering and leaving the site.

  The general solid waste generated in the chicken feed production process is temporarily stored in the solid waste temporary storage room in the chicken feed production plant, and is regularly shipped out for treatment and disposal.

  On-site transportation equipment mainly includes push carts and forklifts, and off-site transportation is mainly solved by social vehicles.

• Fire——39-40t/h chicken feed plant

  This chicken feed production plant project is designed according to the Fire Protection Code for Building Design (GB50016-2006). The auxiliary building is a four-storey public building with a fire resistance rating of two.

  The single roof of the production workshop is a public building with profiled steel plate, the roof is made of profiled steel plate, and the fire-resistant coating is used to make the fire resistance limit greater than 1 hour, and the fire resistance level is Class II. The feed production fire hazard of this chicken feed production plant project is classified as Category C.

The chicken feed plant project mainly produces premixed feed (powder) and complete feed (pellet). The powdery feed has no pelleting process, and other processes are the same, which will be analyzed together in this chicken feed plant project analysis. The products are all granular and powdered without fermentation process.

Using the hydraulic unloading platform to send the incoming material (corn) from the car into the unloading port, after preliminary screening, after removing the relatively large sundries, it enters the unloading pit. The corn is distributed to the primary cleaning screen for cleaning by the bucket elevator.

The corn should be able to clean the corn husk, dust, broken corn and large impurities. After the corn is cleaned, the permanent magnet cylinder will further remove impurities (such as iron filings, etc., to prevent damage equipment, affect feed performance, etc.).

Then the corn is distributed to the silo through the bucket elevator and scraper conveyor, and finally distributed into the silo to be crushed through the rotary distributor. In addition, dust removal equipment should be equipped at the car discharge port and cleaning screen.

The meal raw materials and auxiliary materials are stored in bags. When using, they are fed to the corresponding feeding port manually or by forklift. The relevant process is as follows:

• Receipt of meal raw materials:

  The meal is preliminarily screened by the grid screen, and after removing the relatively large debris, the bucket elevator lifts the soybean meal to the upper machine head and passes through the chute to the cylinder for initial cleaning to remove the medium-sized debris;

  And then passes through the permanent magnet cylinder further removes impurities, and finally distributes it into the bin to be crushed through the rotating distributor.

  

• Receipt of powdered excipients:

  The powder accessories are initially screened by the grid screen, and after removing the relatively large debris, the bucket elevator lifts the powder to the upper machine head and passes through the chute to the conical primary cleaning screen to remove the medium-sized debris.

  The impurities are further removed by a permanent magnet cylinder. Finally, it is distributed into the batching bin through the rotary distributor.

The crushing system adopts a single crushing process. This section can choose to use 3 chicken feed grinders, which are used to pulverize different raw materials respectively. There are 2 chicken feed grinders above each pulverizer (there are many kinds of meal, and 4 should be configured) to be pulverized.

The pulverized materials are then transported by the material-enclosed screw conveyor into the bucket elevator respectively, and then introduced into the batching bin through the distributor after being lifted. The crushed material is not only conveyed by screw conveyor, but also equipped with auxiliary suction system.

The pulverized material is transported by the material-sealing screw conveyor into the puffing bin, and then enters the chicken feed puffing machine for puffing, and the puffed material directly enters the chicken feed cooler for cooling.

After cooling, it enters the bucket elevator, and after lifting, it enters the batching bin through the distributor or three-way valve.

The pulverizing section and cooling section of the chicken feed pellet production line need to be equipped with corresponding suction and dust removal devices to prevent dust overflow, reduce material temperature and improve pulverization efficiency.

After the raw materials are cleaned, crushed or expanded, they enter the batching bin through the rotary distributor to wait for batching.

The system will control the feeding of various raw materials in the batching bin by the screw feeder according to the requirements of the chicken fed formula, and add them to the main chicken feed mixer after weighing by the electronic scale;

Then, it is put into the main chicken feed mixer to participate in the ingredients; the liquid raw materials are weighed and added to the main chicken feed mixer through the liquid addition device; some small materials are added manually.

After the required materials are put into the main chicken feed mixer, they are mixed. The main chicken feed mixer adopts a continuous mixing method. In the process of weighing and batching, the receiving of raw materials is always going on. running.

The material discharged from the main chicken feed mixer is unloaded in the buffer bucket at one time, and then conveyed to the bucket elevator through the scraper conveyor.

Then pass the chute to the permanent magnet cylinder after cleaning, and distribute it into the granulation warehouse or into the finished product warehouse (powder finished product) through the rotary distributor according to the production needs.

The powder in the granulation bin is conditioned and granulated by the chicken pellet machine and then directly enters the chicken pellet cooler for cooling, and is classified by the rotary grading sieve.

The qualified pellets are distributed and transported to the finished product bin through the rotary distributor. The pellets are generally re-slid to the chicken pellet feed making machien for re-granulation.

The granules or powders in the finished product warehouse need to be packed by the buffer hopper, weighed by the packing scale, and then packed by the sewing machine combination unit.

The packaging process of the finished feed to be packaged mainly consists of three parts: automatic quantitative weighing, bagging and packaging, conveying and sealing.

The finished product packaging section of the chicken feed plant factory with an output of 25 tons per hour is equipped with 2 finished product packaging production lines.

The finished bulk feed is sent to the bulk finished product storage bin through the rotary distributor and scraper conveyor, and the required weight of feed is weighed and put into the bulk feed truck through the scale bucket.

This 39-40t/h chicken feed plant project uses soybean meal, rapeseed meal, wheat, fish meal, etc. as the main raw materials to produce high-quality chicken feed. The nature of the land is industrial land. There are special sensitive points such as hospitals and schools within 200m of the 39-40t/h chicken feed plant project, and there are no concentrated residents or areas.

The open terrain is conducive to the diffusion of pollutants. The main entrance of the 39-40t/h chicken feed plant project is set in the east, and is connected by a factory road to the provincial road S201. There is a ring lane in the chicken feed plant project area to connect with the entrances and exits of each building and walkways.

Smooth logistics. The ground water is discharged by means of hidden pipes. The roads in the 39-40t/h chicken feed plant area are concrete pavements with a road width of 6-12m. The road is arranged in a ring pattern to meet the requirements of transportation and fire protection.

The transportation method is truck transportation, the off-site transportation is entrusted to the local transportation department, and the in-factory transportation method is forklift and trolley transportation.

From east to west, the 39-40t/h chicken feed plant area consists of office building, spare raw material and finished product workshop, main workshop and boiler room, raw material and finished product workshop, and living area.

The 39-40t/h chicken feed plant production area adopts a combined layout. According to the chicken feed making process, the buildings and large outdoor equipment such as raw material input, production and processing, finished product packaging, storage and transportation are reasonably arranged.

In this 39-40t/h chicken feed plant project, the raw materials, semi-finished products and finished products warehouses are arranged close to the processing workshop to make the transportation route short and reduce handling. In general, the layout of the 39-40t/h chicken feed plant project is basically reasonable.

• DDGS:

  It is the commercial name of distiller's grains protein feed, that is, the dried distiller's grains containing soluble solids. In the process of fermenting ethanol from corn as raw material, the starch is converted into ethanol and carbon dioxide, and other nutrients such as protein, fat, fiber, etc. are left in the lees.

  The typical nutritional value of American DDGS used in this project is: more than 26% crude protein, more than 10% crude fat, 0.85% lysine and 0.75% phosphorus.

  Its appearance is yellow-brown-dark brown, with high soluble content and high drying temperature, and the color deepens. It has a fermented smell, contains organic acids, and has a slightly sour taste.

• Rapeseed meal:

  Rapeseed meal is rich in lysine, macro and trace elements, of which the content of calcium, selenium, iron, magnesium, manganese and zinc is higher than that of soybean meal, and the phosphorus content is twice that of soybean meal.

  At the same time, it is also rich in sulfur-containing amino acids, which is what soybean meal lacks, so it can play a balancing and complementary role when combined with soybean meal.

• Soybean meal:

  Soybean meal is a by-product obtained from soybean extraction of soybean oil. The main components are: protein 40%~48%, lysine 2.5%~3.0%, tryptophan 0.6%~0.7%, methionine 0.5% to 0.7%.

  The protein content of soybean meal used in this 39-40t/h chicken feed plant project is about 46%. It is irregular flakes, light yellow to light brown in color, and tastes like roasted soybeans.

• Fishmeal:

  Fishmeal is a commercial product obtained by removing the edible part of fish, or whole fish that lacks market value. Fish meal is in the form of brown powder or cake. Specifically, the above-mentioned raw materials are squeezed to remove oil.

  The purpose of fish meal is that it is rich in protein and can be used as animal feed. This 39-40t/h chicken feed plant project uses fish meal imported from Ecuador with a protein content of 64.56%.

• Soybean Oil:

  Soybean oil is derived from soybean seeds and is the most produced oil in the world. Fat is a high-calorie energy source: the energy of fat is equivalent to 2.25 times that of carbohydrates and protein, and it is easy to formulate high-energy feed with added fat, which is especially important for broilers and piglets.

  Oil is one of the important sources of essential fatty acids: lack of essential fatty acids can cause skin keratinization, growth inhibition, reproductive dysfunction, and decreased production performance. Vegetable oils are rich in essential fatty acids.

• Stone powder:

  The stone powder used in the chicken feed plant project is calcium hydrogen phosphate, white monoclinic crystalline powder, odorless and tasteless. Used as an auxiliary feed for poultry, it can promote the digestion of feed and increase the body weight of poultry to increase meat production, milk production and egg production. It can also treat rickets, rickets, anemia, etc.

• Compound additives:

  Including propionate, formic acid and calcium formate, sorbic acid, citric acid, dimethyl maleate and allicin, etc. These anti-mildew additives have the effect of destroying or blocking pathogenic microorganisms, but will not hinder the activities of normal beneficial bacteria and enzymes in the digestive tract, and some can also change the taste of the feed and improve the palatability of the feed.