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Best Solution Industrial Scale 48T/H Tilapia Fish Feed Factory For Producing Commercial Tilapia Feed With Floating And Sinking Types

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Name:Tilapia fish feed produciton factory project
Country:China
Date:May 2016
Capacity:48T/H
Feed Size:1-4mm
The install period:150 Months
Control Mode:Automatic
Fish feed plant cost:2,826,000 USD

Best Solution Industrial Scale 48T/H Tilapia Fish Feed Factory For Producing Commercial Tilapia Feed With Floating And Sinking Types

Origin of large capacity 48t/h tilapia fish feed factory for producing commercial tilapia feed

According to statistics, in 2015, the output of feed in Hainan Province, China, where this tilapia fish feed factory project is located, was 1.599 million tons, with a total output value of 4.045 billion yuan (635,065,000USD), a year-on-year increase of 10.4% and 3.4% respectively, and aquaculture feed was 293,100 tons, a year-on-year increase of 13.4%.

The output of aquatic feed is far from meeting the demand of aquatic product output. Therefore, the rapid development of Hainan's aquatic industry has put forward higher demand for the feed industry.

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Aerial view of the 48t/h fish feed factory project

In order to speed up the development of the aquaculture industry, increase the income of farmers, and improve the competitiveness of agriculture, the market vigorously develops the aquatic feed processing industry. This large fish feed factory project was proposed under this background.

The large-scale automatic fish feed production line project invested and constructed by the client company, Baiyang Fish Feed Company, is located in Wenchang City, Hainan Province, mainly producing food for tilapia.

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The best solution large capacity tilapia fish feed factory for producing commercial tilapia feed project is designed with 3 fish feed processing lines, 2 extruded fish feed production lines with an annual output of 30,000 tons and 1 fish pellet feed processing line with an annual output of 40,000 tons, with a total annual production capacity of 100,000 tons.

The original land and house of this project originally belonged to another company—— Hainan Yubao Feed Co., Ltd. However, due to the adjustment of the investment direction of the company, in January 2018, the entire fish feed factory and fish feed making equipment and other ancillary facilities were sold to this best solution industrial scale tilapia fish feed factory project customer - Hainan Baiyang Fish Feed Ltd.

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The fish feed factory project plan

Therefore, this industrial scale 48t/h tilapia fish feed factory for producing commercial tilapia feed project was based on the transformation of the original factory, and a new extruded fish feed processing line was added, and the related construction and trial production has been completed in May 2019.

Work system and labor quota of the automatic 48t/h fish feed factory for making best food for tilapia fish

According to the needs of production, the 48t/h fish feed factory project works 260 days a year and implements a shift system of 8 hours per shift.

The large scale fish feed factory project has a workforce of 30 people, 20 of whom live in the factory. It can be calculated that the output of this big capacity fish feed factory project is 8333t/m, 385t/d, 48t/h (20-21t/h for tilapia food pellets, 28-29 t/h for tilapia floating fish feed).

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Construction site of the fish feed factory

Construction content and scale

Baiyang Fish Feed Factory Project covers an area of ​​about 13333.33m² and a total construction area of ​​about 9405.98m², including production workshops, warehouses, office and living buildings, dormitory buildings and other supporting facilities.

Item Quantity Notes
1. Land area 13333.33m²  
2. Gross Floor Area 9405.98m²  
(1) Workshop 4012.58m² Five-story brick-concrete structure
(2) Warehouse 4262.77m² Single-story steel-concrete structure
(3) Office and Living Building 660.24m² Two-story brick structure
(4) Dormitory Building 443.64m² Single-story brick-concrete structure
(5) Other supporting facilities 26.75m² Guardian, restroom, etc.
3. Green area 400m²  
4. Parking Spaces 15  
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Construction site of the fish feed factory
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Product plan of the best solution industrial scale 48t/h fish feed factory for making tilapia fish food

No. Name Production (tons/year)
1 Tilapia pellets 40000
2 Tilapia extruded feed 60000

Main raw and auxiliary materials and energy consumption

The large scale 48t/h tilapia fish feed factory project mainly uses soybean meal, rapeseed meal, wheat by-products, fish meal, etc. as the main raw materials, plus corn distiller's grains and oil bran as auxiliary raw materials to produce high-quality aquatic feed. The raw materials are all purchased from outsourcing.

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Items Annual Usage Storage method
Soybean meal 25000 tons/year Car outbound, bagged
Rapeseed meal 30,000 tons/year Car outbound, bagged
Wheat 20,000 tons/year Car outbound, bagged
Fish meal 5000 tons/year Car outbound, bagged
Distillers grains 8000 tons/year Car outbound, bagged
Oil bran 9000 tons/year Car outbound, bagged
Other 3000 tons/year Outsourcing
Electricity 80,000 KW·h  
Woven bag 200,000

Physical and chemical properties of main raw and auxiliary material

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Main fish feed machine of the 48t/h tilapia fish feed factory for producing commercial tilapia food pellets

Fish feed making machine name Model
Tilapia pellet feed production line
Pulse Dust Collector TBLF.12
Fan 4-72No3.6A
Scraper conveyor TGSS20b
Bucket elevator (3 units) TDTG40/28
Pellets primary cleaning SCY80
Permanent magnet drum (3 sets) TCXT25
Distributor (2 units) TFPX-4
Powder Cleaning Sieve SQLZ90
Distributor (2 units) TFPX12
Feeders AHZC 600
Horizontal Pulverizer AHZC-1265
Fan 6-30-7A
Pulse Dust Collector TBLF.64
Closed Air Screw Conveyor TWLL25b
Ingredient scale (2 units) PCS-20
Ingredient Scale PCS-05
Single shaft high speed fish feed mixer (2 units) AHML4000
Scraper conveyor (2 units) TGSS25b
Bucket elevator (2 units) TDTG50/28
Impeller Feeder SWLL980
Fish feed grinder crushers SFSP1000X type
Fan 9-26NO:7.1A
Pulse Dust Collector TBLY120
Exit Machine TWLL20b
Fan 9-19-3.5A
Pulse Dust Collector TBLF.6
Measuring scale 100KG/P
Sish feed pellet machine AHHC-520/178
Stabilizer SWDBg7(22×22)
Fish pellet cooler SKLN7 (22×22)
Fan 4-72No8C
Finished screen SFJH130×2C
Packaging Scale MWPE440/120
High-grade extruded fish feed production line
Pulse Dust Collector TBLF.12
Fan 4-72No3.6A
Scraper conveyor TGSS20b
2 Bucket elevators TDTG40/28
Pellets primary cleaning SCY80
3 Permanent magnet cylinders TCXT25
Horizontal pulverizer for fish feed AHZC-1265
Fan 6-30-7A
Pulse Dust Collector TBLF.64
Closed Air Screw Conveyor TWLL25b
Ingredient scale (2 units) PCS-20
Single shaft high speed fish feed mixer AHML4000
Scraper conveyor TGSS25b
Bucket elevator (2 units) TDTG50/28
Micro Pulverizer SWLF.130
Fan 9-26-NO6.3A
Pulse Dust Collector TBLY.120
Ingredient Scale PCS-20
Fan 9-19-3.5A
Pulse Dust Collector TBLF.6
Measuring scale 100KG/P
Allocation Disk φ1800
Drum fine powder sieve SQLG750
Single screw wet type floating fish feed extruder AHSH178
Outer Circulation Box Dryer SHGD2-14A
Fan 4-72no6C
Circulation Fan 4-72no10C
Bucket elevator TDTG60/30
Rotary Screen SFJH130×2C
Liquid Sprayer SYPG850
Pendulous Cooler SKLB.5
Fan 4-72No5A
Packaging Scale MWPE440/120
Liquid Dosing Machine (Weighing Type) SYTV-63
Air compressor V30
Air Dryer JCD-100GF
Gas boiler WNS2-1.25-YQ
Gas boiler WNS4-1.25-YQ
3 distributors TFPX-4
Powder Cleaning Sieve SQLZ90
2 distributors TFPX12
Feeders AHZC 600
168 extruded feed
Pulse Dust Collector TBLF.12
Fan 4-72No3.6A
Scraper conveyor TGSS20b
Bucket elevators (2 sets TDTG40/28
Pellets primary cleaning SCY80
Permanent magnet drum (3 sets) TCXT25
Distributor (3 units) TFPX-4
Powder Cleaning Sieve SQLZ90
Distributor (2 units) TFPX12
Impeller Magnetic Separation Feeder TWLY20×100
Wide Screen Fine Pulverizer SFSPx66×100A
Fan 5-29-No7A
Pulse Dust Collector TBLM70
Closed Air Screw Conveyor TLSS32
Ingredient scale (2 units) PCS-20
Small Scale 150kg/P
Single shaft high speed mixer AHML4000
Scraper conveyor TGSS25b
Bucket elevator (2 units) TDTG50/28
Superfine Pulverizer SWFL130
Fan 9-26-NO6.3A
Pulse Dust Collector TBLY.120
High Square Sieve FSFG100
Ingredient Scale PCS-20
Fan 9-19-3.5A
Pulse Dust Collector TBLF.6
Measuring scale 100KG/P
Allocation Disk φ1800
Differential Conditioner STZS5643D
Fish feed pellet extruder for floating feeds for tilapia SPHS165A
Dryer SGZD2510
Fan 4-72-8C
Rotary Screen SFJH110×2
Grease Sprayer SPTY92×30
Flap cooler SKLF21×21
Fan 4-72-8C
Bucket elevator TDTG50/28
Rotary Classifier SFJH110×2
Packaging Scale DCS50PD

Fish feed manufacturing process of the best solution large capacity 48t/h tilapia fish feed factory

There are three fish feed lines in this 48t/h tilapia fish feed factory project, one compound feed production line for fish and two extruded fish feed production lines.
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Pelletized fish feed making process

  1. Feeding section

    The types of raw materials used in the project include powders and pellets. The powder does not need to be coarsely pulverized.

    After passing through the scraper conveyor and bucket elevator, it enters the cylinder primary cleaning sieve. After removing large impurities, it enters the permanent magnet cylinder to remove iron impurities and participates in the first batching;
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    The granules need to be coarsely pulverized. After passing through the scraper conveyor and bucket elevator, they enter the cylinder primary cleaning screen.

    After removing large impurities, they enter the permanent magnet cylinder to remove iron impurities, and then enter the silo to be pulverized. After coarse crushing, it enters the batching bin through the elevator and distributor to participate in the first batching.

    First coarse pulverization is the pretreatment process of ultrafine pulverization in aquatic feed processing, to ensure stable product quality.

  2. First batching and mixing section

    The first batching is mainly the preparation of public raw materials, that is, the preparation of materials with larger proportions in the tilapia fish food formula. This process is mainly completed by electronic batching scales.

    After the batching is completed, it enters the first mixing. The first batching and mixing is the pretreatment process of ultra-fine pulverization, which can reduce the variation range of material particle size, improve the working condition of the pulverizer, and improve the pulverization efficiency, guarantee the quality of products.

  3. Second crushing section

    Due to the low food intake, short digestive tract and poor digestion ability of aquatic animals, the crushing particle size of aquatic feed is required to be very fine, and the crushing process must be carried out.

    In the secondary crushing process, the primary mixed materials are lifted into the silo to be crushed, and then into the fish feed crusher.

  4. Second mixing section

    Each raw material enters the secondary fish feed mixer after secondary batching. There is an artificial feeding port above the secondary fish feed mixer for the addition of trace additives, and two liquid addition devices are provided on the fish feed mixer, which are used for the addition of oil and molasses respectively.

    In the secondary mixing process, all materials must be fully mixed, and the coefficient of variation CV is less than 5%. After the material is finely pulverized and mixed with secondary ingredients, it enters the granulated material for the granulation and curing process.

  5. Granulation and maturation section

    First, the powdered feed is conditioned with steam or water, and then pressed into columns or other shaped granules by a fish pellet machine, and the material is further matured by adding steam. The pelletizing fish feed pelleting line needs about 2.04t/h of steam, and the water consumption is 16.32m3/d.

  6. Cooling section

    Using the principle of air cooling to cool the product through a pellet feed cooler or cooling tower.

  7. Product Grading and Packaging section

    The cooled fish pellets feed are lifted and crushed into the grading screen for grading. The grading screen is generally composed of two layers of sieves, and the material on the upper sieve needs to be returned to the crusher for crushing;

    The fish feeds under the sieve of the lower sieve is generally fine powder, which can be returned to the silo to be reshaped. The fish feeds pellets on the lower sieve is the finished product, which directly enters the finished product warehouse, and then is weighed and packaged.

  8. Into the finished product warehouse and register section

    The fully packaged finished products are transported to the finished product warehouse for stacking in an orderly manner according to the requirements, and registered in the computer.

Fish feed extrusion process

  1. Feeding section

    The types of raw materials used in the 48t/h tilapia fish feed factory project include powders and pellets. The powder does not need to be coarsely pulverized. After passing through the scraper conveyor and bucket elevator, it enters the cylinder primary cleaning sieve.

    After removing large impurities, it enters the permanent magnet cylinder to remove iron impurities and participates in the first batching;

    The granules need to be coarsely pulverized. After passing through the scraper conveyor and bucket elevator, they enter the cylinder primary cleaning screen.

    After removing large impurities, they enter the permanent magnet cylinder to remove iron impurities, and then enter the silo to be pulverized. After coarse crushing, it enters the batching bin through the elevator and distributor to participate in the first batching.

    First coarse pulverization is the pretreatment process of ultrafine pulverization in aquatic feed processing, work efficiency to ensure stable product quality.

  2. First batching and mixing section

    The first batching is mainly the preparation of public raw materials, that is, the preparation of materials with larger proportions in the tilapia fish food formula. This process is mainly completed by electronic batching scales.

    After the batching is completed, it enters the first mixing. The first batching and mixing is the pretreatment process of ultra-fine pulverization, which can reduce the variation range of material particle size, improve the working condition of the fish feed pulverizer.

  3. Second crushing section

    Due to the low food intake, short digestive tract and poor digestion ability of aquatic animals, the crushing particle size of aquatic feed is required to be very fine, so the crushing process is required.

    In the secondary crushing process, the primary mixed materials are lifted into the silo to be crushed, and then into the crusher. The tiny hairs formed during the process.

  4. Second Mixing section

    Each raw material enters the secondary fish feed mixer after secondary batching. There is an artificial feeding port above the secondary fish feed mixer for the addition of trace additives, and two liquid addition devices are provided on the feed mixer, which are used for the addition of oil and water respectively.

    In the secondary mixing process, all materials must be fully mixed, and the coefficient of variation CV is less than 5%. After the material is finely pulverized and mixed with secondary ingredients, it enters the puffing and drying process.

  5. Tempering and Puffing section

    In the extrusion and puffing process, the material is cooked under high temperature, high humidity and high pressure for a period of time.

    During this process, the physical and chemical properties of the material change drastically (mainly starch gelatinization, protein denaturation), and the material extruded from the die hole, the water in the feed is converted from liquid to gaseous state, and is emitted from the feed, causing the material to expand, forming the so-called extruded feed.

    Because this feed not only has the advantages of general hard pellet feed - good palatability, avoids automatic grading of products and is easy to transport, but also has unique advantages - high degree of starch gelatinization in the feed , protein is easier to digest, reduces waste in feeding process, and improves the utilization rate of animal feed;

    It has excellent floatability, which is convenient for observing the feeding situation of fish and can control water pollution to the greatest extent.

    The steam water consumption added to the product in the raw material expansion process is about 3.65t/h, that is, the water consumption is 29.2m3/d.

  6. Drying section

    The fish feed dryer includes a vertical dryer and a horizontal dryer for fish pellets. After the tilapia fish feed is formed, it will form moist and soft tilapia fish feed (with a moisture content of 25% to 30%). Drying is carried out to reduce the moisture content of the tilapia fish feed to about 13%.

  7. Spraying section

    After the tilapia fish feed is dried, it enters the external spraying system. By coating the surface of the pellet feed with oil, vitamins, flavorings, etc., it can not only meet the energy demand of fish, but also reduce the loss of heat-sensitive substances during processing.

    And it can improve the palatability of the feed and reduce the powder content. After the tilapia fish feed passes through the external spraying system, it needs to be cooled and crumbled.

  8. Cooling section

    Using the principle of air cooling to cool the product through a fish feed pellet cooler or cooling tower.

  9. Product grading and packaging section

    The cooled tilapia fish food are lifted and crushed into the grading screen for grading. The grading screen is generally composed of two layers of sieves. The tilapia fish food on the upper sieve needs to be returned to the crusher for crushing; the tilapia fish food under the sieve of the lower sieve is generally fine powder, which can be returned to the puffing bin for re-forming; the tilapia fish food on the lower sieve is finished products, directly into the finished product warehouse, and then weighed and packaged.

  10. Enter finished goods warehouse and register section

    The complete packaged finished products are transported to the finished product warehouse for stacking in an orderly manner according to the requirements, and registered in the computer.

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General floorplan and layout

The main entrance of the large capacity 48t/h tilapia fish feed factory project is set in the east, connected by a factory road to Wenqing Avenue, and a ring lane is set up in the 48t/h tilapia fish feed factory project area to connect with the entrances, exits and walkways of each building.

The 48t/h tilapia fish feed factory project mainly includes two functional areas, namely production workshop and office building. The north side is mainly the green belt and the fish feed factory passage, and the south side is the office building, finished product workshop, main workshop and boiler room, raw material workshop, and living area from east to west.

The 48t/h tilapia fish feed factory production area adopts a combined layout. According to the 48t/h tilapia fish feed factory fish 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.

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Utilities of the best solution large capacity 48t/h tilapia fish feed factory for producing commercial tilapia food pellets

  1. Water Supply

    The water used in this 48t/h tilapia fish feed factory project is mainly domestic water, boiler water and greening water, of which the domestic water and boiler water are provided by the municipal water supply network, which can meet the requirements of production and domestic water.

  2. Drainage

    The fish feed production process of this 48t/h tilapia fish feed factory project does not produce production waste water. Since the production process needs to maintain dry conditions, the workshop site will not be cleaned.

    Therefore, the sewage generated by the fish feed factory project is mainly domestic sewage, and the evaporation and loss rates are calculated at 20%, and the domestic sewage production is about 6.0m3/d.

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    Outside the boiler room and canteen

    Because the municipal sewage pipe network around the fish feed factory project has not been perfected, the current domestic sewage of the fish feed factory project is treated by septic tanks and then regularly pumped out to be used as agricultural fertilizer.

  3. Power

    The annual power consumption of the 48t/h tilapia fish feed factory project is about 80,000 kWh, which is directly supplied by the municipal power grid, and the 48t/h tilapia fish feed factory project does not have a separate generator.

  4. Heating

    The 48t/h tilapia fish feed factory project is equipped with 2t/h and 4t/h steam boilers, the fuel is biomass fuel, and the daily consumption is 1t/d.

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