Vermicompost Manure: full of nutrients, rich in organic matter, Humic acid and microbial flora. It can improve soil physical properties, loosen clay, and solidify sand; It can promote soil air circulation, accelerate microbial reproduction, and facilitate plant nutrient absorption; Can enhance water and fertilizer retention; It can absorb the base components to play a Exchange interaction role, and prevent the harm caused by the use of excessive fertilizer; Can decompose minerals in soil for plant utilization; Mixed with other chemical fertilizers for long-lasting fertilizer efficiency; Harmless to plants, humans, and livestock, it can also enhance the resistance of plants to pests and diseases, suppress soil borne diseases, improve crop quality, and restore the natural flavor of crops.
Technological process of Organic fertilizer production line with an hourly output of 5-6 tons:
1、 Directly enter the recycled livestock and poultry manure into the fermentation zone. After one fermentation and two aging stacking, the odor of livestock manure is eliminated. At this stage, fermentation strains can be added to decompose the coarse fibers in order to meet the particle size requirements of granulation production after crushing.
2、 Crush the fermentation materials that have completed the secondary aging stacking process and enter the mixing and stirring system. Before mixing and stirring, according to the formula, add N, P, K, and other trace elements to the mixing and stirring system to start stirring.
3、 The mixed materials will be delivered to the Organic fertilizer granulator, and the granulated materials will enter the cooling system after being dried. The materials will be screened after reaching the normal temperature. The qualified particles will enter the coating machine to wrap the film and then start packaging. The unqualified particles will be crushed by the Organic fertilizer grinder and returned to the granulation system again to continue granulation.
4、 Automatic packaging of finished products.
It is recommended that the indoor trough fermentation of manure is more environmentally friendly for organic fertilizer production.
From manure to organic fertilizer, the price has increased a hundred times, the key is to add fermentation bacteria to do fermentation treatment.
Here is a brief introduction to the method of making organic fertilizer from manure and straw.The organic fertilizer production process includes:Put the fresh manure cleaned from the farm on the same day into the fermentation workshop, add bacteria, synergists and other auxiliary materials, after heating, mixing and stirring, it becomes compost.
In the high temperature, the germs and insects in the feces will be killed, and the macromolecular proteins are decomposed into small molecular proteins that are beneficial to the absorption of crops.
The biological fermentation process can effectively prevent the generation of harmful and odorous gases such as hydrogen sulfide, amine gas and indole in the feces, and completely remove the odor in the feces.The compost is sold in bags after the second aging and decomposing, or directly made into granular fertilizer and stored.
Fermentation cycle of manure organic fertilizer production process is generally 7-10 days, so we recommend customers to use indoor fermentation tank for fermentation.
Rust is a problem often encountered by the organic fertilizer production equipment, especially in rainy days.
Although the machine is not exposed to rain, it will still find rust when it is used later.
Let's explain how to prevent the fertilizer facilities from rusting in rainy days.There is more rain in autumn.
In rainy season, people will store the organic fertilizer equipment in the designated place as usual, but when it is reused after rainy day, it will be found that the organic fertilizer equipment is rusty, some mechanical parts are aging, and some parts are wet.
They are not well preserved, easy to rust and shorten the service life.
The machine should be painted with antirust paint and stored in a ventilated and dry place.2.
