10 TPH Pig Manure Organic Biofertilizer Production Line Cost Breakdown

With the rapid growth of livestock farming, pig manure has become an important raw material for organic and biofertilizer production. Many fertilizer manufacturers and farm-based investors are now asking a key question: what is the cost of a 10 t/h pig manure organic biofertilizer production line?

In most practical projects, a 10 tons per hour pig manure biofertilizer plant can be built with a total investment within USD 300,000, depending on process design and equipment configuration.

Why Pig Manure Is Ideal for Biofertilizer Production

Pig manure contains abundant organic matter, nitrogen, phosphorus, and beneficial microorganisms. After composting and further processing, it can be converted into high-value organic fertilizer, bio organic fertilizer, or microbial fertilizer products.

Compared with poultry manure, pig manure has higher moisture content, so a well-designed production line is essential to ensure stable operation and consistent fertilizer quality.

Typical Process of a 10 TPH Pig Manure Fertilizer Line

A standard pig manure organic fertilizer production line usually includes the following steps:

  • Solid-liquid separation to reduce moisture

  • Composting with windrow or groove type compost turner

  • Crushing and screening of fermented materials

  • Mixing with functional additives or microbial agents

  • Granulation (disc granulator, drum granulator, or roller compactor)

  • Drying, cooling, and coating

  • Automatic fertilizer packing

This complete system is often referred to as a pig manure biofertilizer manufacturing plant, organic fertilizer production line, or livestock manure fertilizer processing line.

Pig Manure biocompost as Biofertilizer
Pig Manure bio compost as Biofertilizer

Cost Range for a 10 T/H Pig Manure Biofertilizer Plant

For a capacity of 10 t/h, the investment cost is mainly influenced by the level of automation and granulation method. In most cases:

  • Powder organic fertilizer line: USD 120,000 – USD 200,000

  • Granular biofertilizer production line: USD 220,000 – USD 300,000

These budgets usually cover core equipment, basic electrical control, and standard installation support. Optional systems such as advanced odor control or intelligent batching may increase the total cost. Learn more! 

Key Equipment Affecting the Total Investment

Several machines play a decisive role in overall pricing:

  • Compost turner (windrow or groove type)IN

  • Organic fertilizer crusher and mixer

  • Fertilizer granulator (disc, drum, or extrusion type)

  • Rotary dryer and cooler

  • Screening and coating machines

Choosing the right granulation technology can significantly optimize both investment and operating cost. Inquiry YUSHUNXIN now, we can provide you the cost-effective fertilizer production equipment.

Is a 10 TPH Pig Manure Fertilizer Line Profitable?

With rising demand for organic and biofertilizers, a 10 t/h pig manure fertilizer production plant offers strong long-term potential. The ability to convert waste into marketable fertilizer not only reduces disposal costs but also creates stable revenue.

For investors seeking a balance between capacity, cost control, and scalability, this production scale remains one of the most competitive options in the organic fertilizer industry. If you need a business  plan, welcome to visit:https://www.biofertilizerproduction.com/product/the-business-plan-of-using-pig-manure-as-biofertilizers/

Unlocking Biofertilizer Production Technology: From Microbial Inoculants to Automated Manufacturing Lines

As the global demand for sustainable agriculture continues to grow, biofertilizer production technology is becoming an essential solution for enhancing soil fertility without relying on synthetic chemicals. This blog will walk you through the core technologies, production processes, and equipment involved in manufacturing high-quality biofertilizer at scale.


What Is Biofertilizer and Why Is It Important?

Biofertilizers are formulations containing live microorganisms that promote plant growth by increasing the availability of nutrients like nitrogen, phosphorus, and potassium. Common microbial strains include Azotobacter, Rhizobium, Bacillus, and phosphate-solubilizing bacteria.

These beneficial microbes improve soil health, boost crop yields, and help reduce the dependency on chemical fertilizers—making them a preferred choice in organic and sustainable farming.


Overview of Biofertilizer Production Technology

A typical biofertilizer production line combines biological fermentation technology with granulation and packaging systems, offering a scalable method to produce powdered or granular biofertilizer products. Click here to get more! 

The production process generally includes the following stages:

1. Raw Material Preparation

Organic waste such as animal manure, biogas residue, agricultural byproducts, and composted vegetable scraps are selected and pretreated.

2. Fermentation and Composting

Using aerobic or anaerobic fermentation (via windrow turners, in-vessel fermenters, or compost tanks), raw materials are decomposed to eliminate pathogens and prepare for microbial enrichment.

3. Crushing and Mixing

A biofertilizer crusher breaks down compost lumps, while horizontal mixers blend microbial inoculants with the compost evenly.

4. Granulation (Optional)

For granular biofertilizer production, granulation machines like the pan granulator, drum granulator, or double roller extrusion granulator are used to form uniform, easy-to-apply pellets.

Double roller granulators are especially suitable for low-temperature microbial formulations, ensuring the survival of beneficial bacteria during granulation.

5. Drying, Cooling & Screening

In granule lines, drying and cooling equipment reduces moisture and strengthens granule hardness. A rotary screener then classifies granules by size.

6. Coating and Inoculation

To improve product stability or add microbial strains post-granulation, a coating machine can be used—ensuring high survival rates of functional microbes.

7. Packaging

A biofertilizer bagging machine ensures accurate weight control, high-speed packaging, and sealing, whether for 20kg retail bags or bulk orders.

Key Equipment in a Biofertilizer Production Line

Equipment Function
Fermentation Windrow Turner Speeds up aerobic composting
Vertical Crusher Breaks down large compost chunks
Horizontal Mixer Blends microbial agents and additives
Double Roller Granulator Cold granulation, ideal for microbial agents
Rotary Dryer & Cooler Reduces moisture, hardens granules
Rotary Screener Classifies and refines final product
Coating Machine Adds microbial agents post-granulation
Bagging Machine Ensures efficient final packaging

Flexible Production Lines to Match Your Needs

Whether you’re building a 1 t/h microbial biofertilizer line for local farms or a 20 t/h industrial plant, YUSHUNXIN offers tailored solutions:

  • Powder Biofertilizer Line: Simple, cost-effective, no granulation

  • Granular Biofertilizer Line: Higher value, longer shelf life

  • Customized Integration: Based on raw materials and microbial inputs

Ready to Start Your Biofertilizer Factory?

Whether you’re an organic grower, agribusiness, or waste recycling facility, investing in the production technology of biofertilizer helps you turn waste into value. At YUSHUNXIN, we offer:

  • Free factory layout design

  • Equipment selection and technical support

  • Turnkey project service and on-site installation

  • Support for microbial agent integration

Contact us now to learn more about our biofertilizer production lines for sale, and start making sustainable agriculture your profitable future.