The fermentation system of the organic fertilizer production line
process consists of a feed conveyor, a biological deodorizer, a blender, a proprietary lifting flipping machine, and an electrical automatic control system.
The main equipment of the drying system are belt conveyors, drum dryers, coolers, induced draft fans, hot blast stoves, etc .; the deodorizing and dust removing system consists of a settling chamber, a dust removing chamber, etc .; LP chain grinder or cage grinder, belt conveyor, etc .; the batching system includes equipment including electronic batching system, disc feeder, vibrating screen, 6-8 kinds of raw materials can be configured at one time; mixing system is optional It consists of horizontal mixer or disc mixer, vibrating screen, mobile belt conveyor, etc .; the finished product packaging system generally includes electronic quantitative packaging scale, silo, automatic sewing machine, etc. In this way, full automatic non-intermittent production of organic fertilizer production line can be realized. The construction scale of the matching chicken manure organic fertilizer production line equipment configuration is generally 30,000 to 100,000 tons per year. Comprehensive consideration must be given to local resources, market capacity, and market coverage.
The granulation system of the organic fertilizer production line requires the use of fertilizer granulator
. The optional fertilizer granulators include: compound fertilizer roll-roller granulators, disc granulators, flat film granulators, and bio-organic. Fertilizer spherical granulator, organic fertilizer granulator, drum granulator, thrower, compound fertilizer granulator, etc .; the screening system is mainly completed by a roller screening machine, and a first-level screening machine, two Grade sieving machine, making the yield higher and the particles better;
The investment scale and product scheme design need to be formulated according to the following conditions: characteristics of raw material resources, local soil conditions, local planting structures and major crop varieties, factory site conditions, and the degree of automation of production.