Organic Compost Fertilizer Production Line

  • You Here!
  • Home
  • Organic Compost Fertilizer Production Line

Organic Compost Fertilizer Production Line

The Organic Compost Fertilizer Production Line is designed to convert various organic wastes into high-quality compost fertilizer through composting, crushing, mixing, screening, and packaging processes. We provide complete turnkey solutions, including process design, equipment manufacturing, installation guidance, and technical support, helping customers achieve efficient, environmentally friendly, and sustainable compost fertilizer production.

  • Capacity : 1–50 TPH (Customized)
  • Layout Design Support : Provided
  • Warranty Period : 5-year
  • Certification : CE / ISO / SGS available

Overview

The Organic Compost Fertilizer Production Line is designed to convert various organic wastes into high-quality compost fertilizer through composting, crushing, mixing, screening, and packaging processes. The production line efficiently transforms organic waste into value-added compost fertilizer products while reducing environmental pollution, improving resource utilization, and promoting sustainable agriculture.

This solution is widely used by organic fertilizer manufacturers, composting plants, livestock farms, agricultural cooperatives, municipal waste treatment facilities, and agricultural waste recycling enterprises seeking efficient and environmentally friendly compost fertilizer production.

Suitable Raw Materials

LANE Organic Compost Fertilizer Production Line is suitable for processing various organic materials, including:

  • Livestock Manure
  • Chicken Manure
  • Cow Dung
  • Pig Manure
  • Sheep Manure
  • Horse Manure
  • Crop Straw
  • Rice Husk
  • Sawdust
  • Mushroom Residue
  • Garden Waste
  • Food Waste
  • Agricultural Waste
  • Green Waste

Other organic materials can also be added during production, such as:

  • Humic Acid
  • Biochar
  • Beneficial Microorganisms
  • Crop Residues
  • Plant Ash
  • Organic Mineral Additives

Organic Compost Fertilizer Production Process

Composting

Organic raw materials undergo aerobic composting to eliminate pathogens, weed seeds, and harmful microorganisms while stabilizing organic matter and improving fertilizer maturity.

Crushing

The composted materials are crushed into uniform particles for easier mixing and subsequent processing.

Mixing

Organic additives and functional ingredients are blended evenly to produce compost fertilizer with consistent nutrient content.

Screening

The compost fertilizer is screened to remove oversized impurities and achieve uniform particle size for improved product quality.

Packaging

Finished compost fertilizer is automatically weighed, packed, and prepared for storage, transportation, or direct agricultural application.

Organic Compost Fertilizer Main Equipment Configuration

A typical organic compost fertilizer production line includes:

  • Compost Turner or Fermentation Tank
  • Semi-wet Material Crusher
  • Horizontal Mixer
  • Rotary Screener
  • Automatic Packing Machine
  • Belt Conveyor
  • Dust Collection System
  • PLC Automatic Control System

Equipment configuration can be customized according to raw material characteristics, production capacity, and finished product requirements.

Features of the Organic Compost Fertilizer Production Line

  • Suitable for various organic waste materials
  • Efficient aerobic composting technology
  • Stable and reliable operation
  • Flexible equipment configuration
  • Uniform compost fertilizer quality
  • Low energy consumption
  • Reduced labor requirements
  • Environmentally friendly production process
  • Modular design for future capacity expansion
  • Suitable for powder compost fertilizer production

Turnkey Project Services

LANE provides complete turnkey solutions for organic compost fertilizer production projects, including:

  • Process Design
  • Equipment Manufacturing
  • Plant Layout Design
  • Installation Guidance
  • Commissioning Support
  • Operator Training
  • Technical Consultation
  • After-sales Service

Our engineering team can customize the production line according to your raw materials, production capacity, compost fertilizer specifications, and factory layout.

global-delivery-cases

Request a Customized Proposal

Contact us today to receive a customized process flow, equipment configuration, plant layout drawing, and quotation for your Organic Compost Fertilizer Production Line project.

shap title

OUR EQUIPMENTS

Related Equipments

faq

OUR FAQ

WE SPECIALIZE IN ORGANIC FERTILIZER EQUIPMENT SOLUTIONS

Each fertilizer project has different requirements. Our experienced sales managers and engineers will provide customized equipment selection, process design, and production solutions based on your raw materials, capacity, and production goals.

1. How much does a complete turnkey fertilizer production line cost?

The cost is not fixed because it depends on production capacity, equipment configuration, automation level, granulation technology, and environmental requirements. To provide an accurate quotation, we need to understand your raw materials, target output, and factory layout before designing a customized solution.

2. Can my local raw materials be used in the production line?

Yes, most organic materials can be processed, including livestock manure (cow, chicken, pig), agricultural waste (straw, rice husk), and organic sludge. However, different materials may require specific pre-treatment and formulation, which we design based on your actual conditions.

3. Will the production process cause odor or environmental issues?

If properly designed, odor can be effectively controlled. We use aerobic fermentation systems and can integrate deodorization, dust collection, and spraying systems to ensure compliance with local environmental regulations.

4. Can the plant be expanded in the future?

Yes, our turnkey systems are modular and scalable. You can increase production capacity by adding equipment or extending production lines without rebuilding the entire plant.

5. Why do suppliers offer very different prices for similar projects?

Price differences are mainly caused by variations in equipment quality, steel standards, automation systems, engineering design, and whether installation and after-sales service are included. Lower prices often exclude full engineering support.