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Production Steps of Organic Fertilizer Pellet Production Line | How to Make Organic Fertilizer From Agricultural Waste

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How to Make Organic Fertilizer From Agricultural Waste?
How to Make Organic Fertilizer From Agricultural Waste?

Bio-organic fertilizer is an organic fertilizer made from organic solid waste after microbial fermentation, deodorization and complete decomposing. Solid waste includes organic waste, straw, human, livestock, poultry manure, cake, agricultural and sideline products, and solid waste from food processing. Bio-organic fertilizer is a very good fertilizer resource. Organic fertilizer is rich in organic matter and various nutrients, and it has the function of improving soil and fertility. Organic acids and other substances in organic fertilizers can activate insoluble nutrients in the soil, stimulate crop growth and increase crop yields.

To invest in an organic fertilizer pellet production line, you first need to know how agricultural waste is made into organic fertilizer. Secondly, make a detailed understanding of the investment cost, construction period and return on investment of the organic fertilizer pellet production line. Today, I will introduce a large-scale organic fertilizer production and processing line project, including organic fertilizer pellet production line, organic fertilizer production line, compound microbial fertilizer production line and powdered compound microbial fertilizer production line.

1. Raw Materials of How to Make Organic Fertilizer From Agricultural Waste

According to the information provided by the construction unit, the main raw and auxiliary materials and consumption of the project are shown in Table 1-1.

Table 1-1 List of main raw and auxiliary materials and consumption in the project area

Serial number Name of raw and auxiliary materials Annual consumption (10,000 tons) Remarks
raw material
1 Straw 5.5 Outsourcing
2 Bacteria stick 2.0
3 Bagasse 1.0
4 Soybean meal 0.55
5 Sesame Cake 0.45
6 Smoke dust 0.21
7 straw 0.15
8 Mineral phosphorus powder 0.5
9 Composting agent 0.08
10 Compound microorganisms 0.03
11 Coating agent 0.2
12 Liquid Urea 0.1
13 total 10.77
other
1 Biomass fuel 0.04 Outsourcing
2 Biological bacteria 0.01

2. Product plan of Organic Fertilizer Pellet Production Line Project

This project uses local agricultural waste to produce bio-organic fertilizer and microbial organic fertilizer, with an annual output of 100,000 tons. The difference between the two is that the amount of compound microorganisms added is different. The amount of compound microorganisms in the biological organic fertilizer is 2kg/t, and the amount of compound microorganisms in the microbial organic fertilizer is 5kg/t. The output of both is shown in Table 1-2.

Table 1-2 List of production scale

Serial number product name Annual output (10,000 tons) Remarks
1 Bio-organic fertilizer Granular 2 40kg/bag
Powdery 3 40kg/bag
Subtotal 5 /
2 Compound microbial fertilizer Granular 2 40kg/bag
Powdery 3 40kg/bag
Subtotal 5 /
3 total / 10 /

3. Main equipment of How to Make Organic Fertilizer From Agricultural Waste

The main operating equipment of the project is shown in Table 1-2.

Table 1-2 List of main equipment configuration in the project area

Serial number Equipment name Model specification unit Quantity Installation location
1. Organic fertilizer production line equipment
1 Feed bin 1000×1000 seat 1  
2 Feed bin 1500×3000 seat 1  
3 Blender Φ1800, 7.5kw station 2  
4 Crusher Vertical chain break 600, 18.5-4kw station 1  
5 Coarse material crusher Vertical chain break 600, 7.5-4kw station 1  
6 Organic fertilizer pellet machine Φ3.0m, 7.5kw-4 station 2  
7 Chain crusher FS700 station 1  
8 Primary cooling machine Φ1.5m×15m, 15kw-4 station 1  
9 Primary dryer Φ1.6m×16m、11kw-6 station 1  
10 Secondary cooler Φ1.6m×12m、11kw-4 station 1  
11 Secondary dryer Φ1.6m×16m、11kw-6 station 1  
12 One-stage rotating screen Φ1.6m×5m, 5.5kw-4 station 1  
13 Secondary rotating screen Φ1.2m×5m, 4kw-6 station 1  
14 Coating machine Φ1.0m×5m, 4kw-4 station 1  
15 conveyor B500, B400 station 14  
16 conveyor B650 station 3  
17 Bag filter / station 1  
18 Water film dust collector / station 1  
19 Hot stove 360KCal station 1  
20 Hot stove 280KCal station 1  
twenty one Bar stack type mobile turning and polishing machine   station 2  
twenty two Rotary screening machine HZS1600*4000 station 1  
twenty three Automatic packaging machine 220 bags/hour set 2  
2. Auxiliary production equipment
1 Weighbridge / station 1  
2 Forklift / Vehicles 8  
3 Forklift / station 6  
4 Artificial cart / station 20  

4. Construction content and scale of Organic Fertilizer Pellet Production Line Project

The main project in the project area mainly includes the production workshop, the auxiliary projects mainly include the raw material storage area, etc., and the public works mainly include power supply, water supply and drainage. The main construction content of the project is shown in Table 1-1, and the main economic and technical indicators of the project are shown in Table 1-4.

Table 1-4 List of construction contents in the project area

Engineering
category
project name Engineering Content
structural work Granular organic fertilizer production workshop 1F, with a building area of ​​450m 2 , located on the west side of the project area, used for granular organic fertilizer, set up a production line, set up 1 feeding bin, 2 disc granulators, 1 crusher, 1 coarse material crusher, 2 screening machines, 1 coating machine, 1 packaging machine, 2 cooling machines, 2 dryers, and 2 hot air stoves.
Powdery organic fertilizer production workshop 1F, building area of ​​400m 2 , located in the middle of the project area, used for powdery organic fertilizer, set up a production line, set up a feeding bin, a chain crusher, a rotary screening machine, 2 mixers, and a packaging machine .
Fermentation area 1F, with a construction area of ​​1800m 2 , located on the east side of the project area, used for organic fertilizer fermentation, 20 fermentation tanks (100m 3 /each, the fermentation tank is equipped with HDPE membrane impermeable layer, permeability coefficient ≤1*10 -10 cm/ s).
Auxiliary engineering Raw material storage area Covering an area of ​​220m 2 , it is located on the southwest side of the project area and is used for stacking raw materials. The raw material stacking area is covered by a color steel tile roof and enclosure.
Accommodation building, toilet and canteen 3F, 1 building, with a construction area of ​​360m 2 , located on the north side of the project area. Each floor is equipped with a bathroom (total construction area of ​​15m 2 ), and a kitchen (building area of ​​10m 2 ) on the northeast side of the first floor of the accommodation building . It is used by employees for board and lodging.
Road, ground It covers an area of ​​150m 2 and is located in the middle of the project area.
Public
works
power supply system It is connected by the nearby power supply network, and the project does not use generators.
water supply system It is supplied by the nearby tap water pipe network.
Drainage system This project implements rain and sewage diversion; no production wastewater is produced and discharged; the employee kitchen wastewater in domestic sewage is first treated in a grease trap (1m 3 ), and then treated with a septic tank (10m 3 ) together with other wastewater, and then entrusted to local villagers Qingyun is used for fertilizing vegetable plots and is not discharged.
 
Environmental
Engineering
domestic sewage Set up 1 grease trap (1m 3 ) and 1 septic tank (30m 3 ).
Solid waste Solid waste Set up 10 garbage collection bins to collect domestic garbage, and 1 covered swill collection bin to collect kitchen swill and grease trap waste oil.
General solid waste Set up 2 general solid waste collection barrels and 1 general solid waste collection room (10m 2 ).
Exhaust Broken dust The dust is collected by setting up an air collecting hood above the dust generating point, and is processed by a bag filter and then discharged outside through a 15m high exhaust cylinder.
Biomass fuel combustion exhaust gas Set up a water film dust collector and a 15m high exhaust tube.
Fermentation waste gas A set of biological deodorization system (gas hood + scrubber + activated carbon adsorption device, with a removal rate of 95%) is installed in the fermentation zone for fugitive emissions after treatment.
Kitchen fume The kitchen is equipped with a medium-sized oil fume purifier (air volume 4000m 3 /h, removal rate 75%) and an exhaust pipe higher than the kitchen roof.
noise The equipment is equipped with shock absorbers.

Table 1-5 List of economic and technical indicators in the project area

project name unit index Remarks
Total area m 2 3140 4.7 acres
among them Total surface area m 2 3010  
among them Granular organic fertilizer production workshop m 2 450 1F
Powdery organic fertilizer production workshop m 2 400 1F
Fermentation area m 2 1800 1F
Raw material storage area m 2 220 1F
Accommodation building, toilet and canteen m 2 360 3F, covering an area of ​​120, with 1 bathroom on each floor of the accommodation building
Road, ground m 2 150  
Total investment Ten thousand yuan 5660  
Number of employees people 50  
Work system d 300 8h/d
Production scale Ten thousand t/a 10  

The above is the article for you: Production Steps of Organic Fertilizer Pellet Production Line | How to Make Organic Fertilizer From Agricultural Waste. If you are interested in our products or project solutions, please contact us. We will give you the best product quality and the best price. Email: sales@cnrichi.cn



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