China Made Seaweed Extract Organic Fertilizer Machinery Agriculture Organic Liquid Fish Protein Fertilizer Making Machine Organic Fertilizer Production Line

Product Description

01

What is composting?

Composting is the natural process of recycling organic matter, such as leaves and food scraps, into valuable fertilizer that enriches soil and plants. Anything that grows will eventually decompose; composting simply speeds up the process by providing an ideal environment for bacteria, fungi, and other decomposing organisms, such as worms, sow worms, and nematodes. The resulting decomposed material, which often looks like fertile garden soil, is called compost. Affectionately referred to as "black gold" by farmers, compost is rich in nutrients and can be used in gardening, horticulture, and agriculture.

02

Composting Project Solutions

  • Comprehensive Utilization of Straw and Manure
  • Liquid manure and sewage full-scale treatment equipment
  • Organic Fertilizer Composting Production Line
  • Harmless disposal of animal carcasses
  • Municipal Sludge Treatment Solutions
  • Farm wastewater treatment solutions

Comprehensive Utilization of Straw and Manure

The aerobic fermentation device is an independent research and development patented product. This layered organic waste aerobic fermentation device features a multi-layer net bed type design, combining drying, fermentation, deodorization, sterilization, and automated intelligent control.

Key Characteristics:

  • Great processing capacity: daily processing can reach 100m³ or more.
  • Significant energy saving: consumes only 7-10 degrees per ton.
  • Rapid deodorization: achieves results in only 4 hours.
  • Quick harmless treatment: effective insecticidal, sterilization, and egg extinguishing.
  • Simple operation: one-click operation with low failure rate.
03

Livestock and Poultry Manure Treatment

Suitable for handling organic waste such as livestock and poultry manure, straw tail dishes, and kitchen waste. It transforms waste into organic fertilizer through high temperature and aerobic fermentation. This scheme is ideal for decentralized treatment of large and medium-sized farms, offering low operating costs and high efficiency.

04

Smart Fermentation Factory

Using biochemical principles of microorganisms to decompose organic matter, this integrated intelligent factory realizes automation from raw materials to final fertilizer production. It utilizes a waste gas collection system for deodorization and dust removal to achieve environmental protection standards.

Total Treatment of Liquid Manure

Specifically designed for liquid dung with high water content (such as duck and pig dung). The system uses biological fermentation beds and sunlighthouse sheds to improve evaporation rates using solar energy.

Technical Parameters

Rotary Sieve Parameters
Model Cylinder Specs (m) Speed (r/min) Mesh Size (mm) Productivity (M³/h) Power (kw)
HFGS1240Φ1.2*4204-106-206
HFGS1550Φ1.5*5184-1015-3010
Vertical Crusher Parameters
Model Cylinder Specs (m) Power (kw) Input Size (mm) Productivity (M³/h)
HFLP600Φ600115602-5
HFLP700Φ70015<802-8
HFLP800Φ80018.55805-10

Core Production Equipment

Organic Granulator: Features adjustable cutter heads made of wear-resistant alloy. Dies range from 1.5mm to 20mm to produce uniform bio-organic fertilizer pellets.

Factory & Operational Displays

Frequently Asked Questions

Q1: Can you provide customized services for organic fertilizer plants? Yes, production plants can be specifically designed based on raw materials, capital budget, and capacity requirements. Detailed plant layout designs are also available.
Q2: What is the typical process and required machinery? The process includes: material crushing (chain crusher), composting (turner), mixing (blender), granulation (granulator), drying (rotary dryer), cooling (rotary cooler), sieving, and automatic packaging.
Q3: How many staff members are needed for a small production line? A small organic fertilizer line typically requires 7-9 staff members: 2 for compost turner operation, 1 for crushing, 2 for blending, and 2 for packaging.
Q4: What is the expected lifespan of these machines? The main components have a lifespan of 5-8 years. With proper maintenance, they can last 8-10 years.
Q5: How do I start an organic fertilizer factory? The steps include local market analysis, site selection, creating a business plan, organic material collection, equipment purchasing, installation, and distribution setup.
Q6: What support is provided during the setup? We provide comprehensive technical support until workers are proficient, detailed operating instructions, and regular guidance throughout the equipment's lifecycle.

Related Products