Línea de producción de residuos orgánicos a fertilizantes

Organic waste to fertilizer production line uses the organic waste as the raw material, such as organic waste, straw, excrement from people, livestock and poultry, cake meal, agricultural and sideline products, then it is fermented, deodorized and thoroughly decomposed to be made fertilizer.

Equipment operation flow of organic waste to fertilizer production line

1. The raw material is accumulated and fermented.

The production of any kind of qualified and high-quality organic fertilizer must go through compost and fermentation.

2. Mixing and Crushing

Crushing machine includes semi-wet material crusher, chain crusher, hammer crusher, etc.; mixing machine includes double shafts horizontal mixer, horizontal mixer, single shaft mixer, etc.

3. Granulación

In the production of organic fertilizer, the choice of granulation method is very important. At present, there are mainly different ways, like disk type, drum type, extrusion type.

4. Secado

Most material have formed granules after granulation, but at this time the granules still need to be dried because their water content and strength can not reach the standard.

5. Enfriamiento

The dried granules are sent to the cooler by the belt conveyor to cool to near the room temperature, so that the strength of the granules is improved and its water content is reduced.

6. Screening

Some powdery materials still exist in the cooled granules, so it is necessary to sieve out the fine powder and large particles, and then let them be processed by certain machines.

7. The final products should be coated, then a protective film are formed on the surface of particles to isolate from the outside air.

8. The qualified products are packed by automatic packaging scale.

1.Personalización: Esta línea es personalizable según las diferentes materias primas, Capacidades de producción, y especificaciones del producto.
2.Procesamiento eficiente: Equipado con maquinaria y tecnologías avanzadas destinadas a maximizar la eficiencia y la productividad en todo el proceso productivo. Esto puede incluir sistemas automatizados para el manejo de materiales, mezcla, granulación, secado, y embalaje, Reducción de los requisitos de mano de obra y minimización del tiempo de inactividad de la producción.
3.Control de calidad: Las medidas de control de calidad se implementan en varias etapas del proceso de producción para garantizar la consistencia, pureza, y la seguridad de los productos finales.
4.Fiabilidad y mantenimiento: Esta línea está diseñada para brindar confiabilidad y durabilidad, con una construcción robusta y componentes diseñados para soportar los rigores de la operación continua.
5.Environmental Sustainability: Designed with environmental sustainability in mind, incorporating technologies and practices aimed at reducing energy consumption, minimizing emissions, and mitigating environmental impact.