Great Market Demand Factory Direct Supply Organic Fertilizer
Production Machine
Introduction to organic fertilizer production line
With the rapid development of the livestock and poultry industry, a
large amount of manure and sewage are generated. The harmful
elements in these manures are seriously exceeded. It is difficult
to treat them in the traditional returning method. In response to
this situation, people have developed an organic fertilizer
production line that integrates high-efficiency mixers, turning
machines, granulators, and other fertilizer production equipment
with mobile and high-efficiency solid-liquid separation technology
as the core.
Raw materials of organic fertilizer production line
The organic fertilizer production line raw materials are is chicken
manure, pig manure etc, and does not contain any chemical
ingredients. Chickens and pigs have poor digestion ability and can
only consume 25% of the nutrients, while the other 75% of the
nutrients in the feed discharged with the feces. The dried product
contains nitrogen, phosphorus, potassium, organic matter, amino
acids, proteins, and so on.
Working Process of organic fertilizer production line
1. Fermentation process: Fermentation is the basic process of
production. In the part, the organic fertilizer raw materials will
be fermented into compost
2. Crushing process: it is necessary to use fertilizer crusher to
crushing lump materials.
3. Mixing process: Using mixer machine to blending the fertilizer
powder in the organic fertilizer production line.
4. Granulation process: It is the most important production process
in the organic fertilizer production line.
5. Drying process: After granulating, the granules need to be
dried. The moisture of organic fertilizer granules is reduced
10-40%.
6. Cooling process: In order to ensure quality, the particles
should be cooling after drying with the help of rotary drum cooling
machine.
7. Screening process: Fertilizer screening machine can be used to
separate the rejected goods from standard substance.
8. Packaging process: Using fertilizer packing machine to pack
final fertilizers.
Mainly equipment in organic fertilizer production line
| Number | Name | Function |
| 1 | Compost turning machine | Used for fermentation of organic fertilizer raw materials |
| 2 | Half wet materials crusher | Crushing high water content organic materials |
| 3 | Mixer machine | Mixing organic fertilizer powder |
| 4 | Organic fertilizer granulator | Making organic fertilizer granules |
| 5 | Dryer machine | Drying organic fertilizer granules |
| 6 | Cooler machine | Cooling organic fertilizer granules |
| 7 | Screener machine | Separation of finished products and reclaimed materials |
| 8 | Belt conveyor | Carry on fertilizer raw materials and finished granules |
| 9 | Packing machine | Final products packaging |
Features of organic fertilizer production line
1. Widely application. The organic fertilizer production line can
process different raw materials, such as animal manure waste,
agricultural waste, ferment materials, etc. All those organic
materials can be fermented and granulated into large-output organic
fertilizers.
2. Highly automatic and high precision. The batching system and
packing machine are controlled by computer to realize automation.
3. High quality, stable performance, easy to operate, highly
automatic, long service life. We have taken full consideration of
user experience when designing and manufacturing fertilizer
machines.
Advantages of organic fertilizer production line
1. The organic production line is low investment and high profit.
It is beneficial to promote innocent treatment of waste, utilize
resources rationally.
2. Compact structure, stable performance, easy operation and
maintenance.
3. The equipment is optional according to customer's actual
requirements.
Application of organic fertilizer production line
1. Agricultural waste: Crop straw, vine, soybean mean, mushroom
residue, etc.
2. Animal manure: animal manure, such as chicken, pig, cattle,
animal residue, such as fish meal, bone meal, silkworm excrement,
biogas residue, etc.
3. Industrial waste: Vinasse, vinegar residue, filter mud, herb
residue, furfural residue, etc.
