Organic Fertilizer Granulator, Organic Fertilizer Production Line

  The  double screws compost turning machine   serves as the core equipment for trough-based organic fertilizer fermentation. It boasts excellent overall environmental performance, complies with standards for the resource utilization of livestock and poultry manure as well as environmental emission regulations, and is ideally suited for use in large-scale  bio-organic fertilizer produciton lines First, it promotes aerobic fermentation and effectively reduces odor emissions. Through bidirectional, deep-level helical turning, the equipment ensures ample oxygen supply, thereby accelerating material maturation. This process minimizes the generation of harmful gases — such as ammonia and hydrogen sulfide — that result from anaerobic reactions, thereby mitigating odors at the source. The fermentation cycle is short, limiting the time available for odor volatilization; furthermore, when paired with enclosed fermentation sheds and deodorization systems, exhaust gases undergo...

  The  double screws compost turning machine   is a core piece of equipment in the organic fertilizer fermentation process, offering numerous practical advantages, especially suitable for trough-type aerobic fermentation production. First, it ensures high fermentation uniformity. The  fertilizer production machine   employs a double helix structure, with the left and right helices rotating synchronously, thoroughly mixing, crushing, and loosening the material. This allows for full contact between the raw materials and air, preventing incomplete fermentation and uneven heating, resulting in consistent fermentation progress and more uniform maturation throughout the entire trough. Second, it provides excellent oxygen supply and high fermentation efficiency. During the turning process, it effectively breaks up material caking, significantly increasing porosity and oxygen content, meeting the growth needs of aerobic microorganisms, accelerating heating, cooling, and...

Incomplete turning, dead corners at the bottom, uneven fermentation, foul odor, and clumping caused by  double screws compost turning machine   are mostly due to problems with the components, parameters, and materials of the  fertilizer production machine . The following troubleshooting steps can be taken: 1. Severely Worn Helix Blades Wearing down the blades reduces their material-carrying capacity, preventing the bottom layer from being turned up. Solution: Weld a wear-resistant layer or replace the blades, ensuring a proper gap between the blades and the bottom of the trough. 2. Excessive Gap Between the Helix and the Bottom of the Treadmill A large gap prevents the bottom layer of material from being turned, creating dead corners. Solution: Adjust the frame height or the position of the helix shaft to reduce the gap and ensure the material reaches the bottom of the trough. 3. Excessive Travel Speed The machine travels too fast, moving forward before the helix has full...

  The  double screws compost turning machine   is a commonly used piece of equipment for organic fertilizer fermentation, straw resource utilization, and livestock and poultry manure treatment. It is suitable for trough-type aerobic fermentation processes, offering high fermentation efficiency, deep turning depth, and stable operation. It is suitable for the high-temperature composting of various organic wastes. This machine is particularly suitable for fermenting livestock and poultry manure, including chicken, duck, goose, pig, cow, and sheep manure. These materials have high organic matter content and moderate moisture content. After being turned by the double helix, oxygen is supplied evenly, and the temperature rises rapidly, quickly killing pathogens, insect eggs, and weed seeds, resulting in thorough composting. It is a mainstream raw material for producing commercial organic fertilizer. It is also suitable for various agricultural straws and plant residues, such a...

  The turning depth of a  double screws compost turning machine   directly determines the oxygenation effect and uniformity of organic fertilizer fermentation. Proper adjustment can prevent over-turning (too shallow, insufficient fermentation) or over-turning (too deep, causing equipment overload). Adjustment is mainly achieved through a hydraulic lifting system combined with mechanical limit switches, which is simple to operate and highly practical. Before operation, set the target depth based on the depth of the fermentation tank and the height of the material. Generally, a turning depth of 0.8-1.5 meters is suitable. Too deep a depth can cause excessive load on the helical screw and motor overload, while too shallow a depth will prevent the bottom material from being turned, leading to anaerobic fermentation. Control the overall lifting and lowering of the double helix shaft by operating the hydraulic lifting handle or control cabinet buttons on the  fertilizer pr...

  The daily maintenance cost of a  double scrws compost turning machine  is not high; it's at a medium-to-low level. The core costs are concentrated in wear parts, lubricants, and labor. As long as the  fertilizer produciton mahine  is used correctly, the overall costs are controllable. I. Main Maintenance Cost Components 1. Wear Parts (largest proportion) The spiral blades, wear strips, bearings, seals, chains, and walking wheels are the main wear parts. Blades are normally replaced every 1-2 years, and bearings and seals are maintained/replaced approximately every year. The price per unit is not high, and the cost of batch replacement is moderate. 2. Oils and Lubrication Hydraulic oil, gear oil, and grease are replaced quarterly/biannually. The usage is fixed and the cost is low, belonging to regular consumable expenses. 3. Labor and Inspection Mainly daily inspection, cleaning, tightening, and lubrication. The workload is small, and no dedicated maintenance w...

  Double screws compost turning machines   operate in high-temperature, high-humidity, and highly corrosive fermentation environments for extended periods. Wear and tear primarily occur in critical transmission components such as the spiral blades, bearings, and chains. The following signs indicate that the equipment is in a "sub-healthy" state and requires immediate inspection and maintenance: I. Spiral Blades (Most Obvious Wear) • Blade thinning: The edges of the blades are worn thin by the material, even showing notches or curling, leading to reduced composting efficiency. • Blade deformation: The blades bend due to high temperatures or impact from hard objects, causing the composting trajectory to deviate and easily scraping the tank wall. • Coating peeling: If the blades have an anti-corrosion coating, large-area peeling or rust indicates increased corrosion risk. II. Bearings and Seals (Hidden Dangers at High Temperatures) • Abnormal noise and overheating: During operat...

  The core of the organic fertilizer  double screws compost turning machine  is a double helix auger-type turning structure, suitable for trough-type aerobic fermentation processes. Its performance focuses on turning efficiency, material compatibility, and fermentation compatibility. Key performance indicators and features are as follows: 1. Turning Performance: The double helixes rotate in the same or opposite directions, achieving deep turning and lateral movement of materials. This brings anaerobic materials from the bottom to the surface, achieving uniform exchange of oxygen, heat, and moisture. Fermentation efficiency is more than 30% higher than that of a single helix. 2. Material Compatibility: The helix angle and spacing of the helical blades are optimized to accommodate organic fertilizer raw materials such as livestock manure, straw, and mushroom residue with a moisture content of 50%-70%. It prevents material sticking and tangling, and can break up and evenly t...

  1. Daily Cleaning and Inspection After each operation, promptly clean organic fertilizer residue from the spiral blades and machine frame to prevent material buildup and corrosion; check the spiral blades, chains, bearings, and other key components for looseness, wear, or deformation, and tighten or replace any abnormal parts immediately. 2. Lubrication and Maintenance Regularly lubricate the bearings, chains, gears, and other transmission parts of the  double screws conpost turning machine  with special lubricating oil.  The frequency should be adjusted according to the operating intensity (usually check and replenish every 50-100 operating hours); ensure that there are no leaks in the lubricated parts and prevent dust and impurities from mixing with the lubricating oil. 3. Replacement of Wear Parts The spiral blades are core wear parts. If they show severe wear, bending, or breakage, they should be replaced promptly to prevent affecting the composting effect and ...

  In the manufacturing process of  double screws compost turning machine , four key issues need to be carefully controlled: the processing accuracy of core components, assembly stability, material suitability, and safety protection design.  The specific points are as follows: 1. Spiral Blade Processing and Welding: As a core working component, the spiral blades must be manufactured with strict control over the pitch and outer diameter tolerances according to the design parameters. Submerged arc welding and other processes should be used during welding to ensure weld strength and prevent defects such as slag inclusions and pores, thus preventing blade deformation or fracture during operation.  At the same time, wear-resistant materials, such as high-manganese steel or wear-resistant alloy coatings, should be selected based on the characteristics of the fertilizer raw materials to improve the service life of the equipment. 2. Transmission System Assembly and Calibratio...

  The  double screws compost turning machine  adapts to market changes by closely following environmental policies and meeting the demands for high-efficiency production.  It achieves this through breakthroughs in three key areas: technological upgrades, scenario adaptability, and service optimization, balancing increased production capacity with flexible adaptability. 1. Intelligent Technology Upgrades to Meet High-Efficiency Production Needs Equipped with an intelligent control system, integrating variable frequency speed regulation, load feedback, and remote monitoring functions, it can automatically adjust parameters based on material resistance.  It also supports remote operation and maintenance, reducing labor costs and improving the stability of  fertilizer production machine . 2. Optimized Structure and Process to Solve Multi-Scenario Adaptability Challenges The blade design is upgraded, using variable pitch and combined blades, with auxiliary mixin...