Технологія виробництва біофертилізатора

Чи знаєте ви, як зробити біофірізатор? Три основні технології виробництва біофертилізатора: Технологія виготовлення біо органічних добрив, Процес виробництва сполуки, та технологія виготовлення рідких біофірування .

Виробництво біо добрив може принести вам величезні економічні вигоди. Але чи знаєте ви, як зробити біофірізатор? Сьогодні існують три основні технології виробництва біофериляції: Технологія виготовлення біо органічних добрив, Процес виробництва сполуки, і Технологія виготовлення рідких біофірування . Якщо ви хочете знати відповідну технічну виробничу лінію, Будь ласка, проконсультуйтеся з Yushunxin!

What are the professional biofertilizer production technologies?

Biofertilizer production technology refers to a series of scientific processes and equipment systems used to produce biofertilizers containing beneficial microbial strains. These technologies combine organic raw materials (наприклад, гній для тварин, agricultural waste, or digestate) with microbial agents (like nitrogen-fixing bacteria, фосфат-солюбілізуючі бактерії, or mycorrhizae) to create products that enhance soil fertility and crop growth naturally. The following are specific biofertilizer production technologies:

The technology of powdered bio fertilizer production:

The production technology of powdered biofertilizer is very simple and requires less fertilizer equipment. It includes raw material composting, подрібнення, mixing biological agents, screening, і упаковка. If you want to know more detailed production process, Ласкаво просимо проконсультуватися з нами!

Технологія виробництва порошку Bio riding

Bio organic fertilizer manufacturing process

Biofertilizer Fermentation Technology: Aerobic and Anaerobic Processes

Biofertilizer fermentation technology mainly includes aerobic and anaerobic methods. You can choose them according to your specific microbial strains and raw materials.

  • Aerobic fermentation, ideal for composting animal manure and crop residues, operates at 50–70°C for 7–15 days, promoting rapid microbial growth and pathogen reduction.

  • In contrast, анаеробне бродіння is commonly used for liquid biofertilizer production from materials like biogas slurry or molasses wastewater. This process runs under sealed conditions at 35–55°C, typically taking 15–30 days, and yields high microbial density with reduced odor emissions.

Compared to traditional composting, both fermentation methods shorten processing time by up to 50% and enhance microbial viability. Choosing the right fermentation system ensures consistent product quality and lower production costs in your biofertilizer manufacturing line.

bio organic fertilizer making line

Bio organic fertilizer manufacturing process

Popular Granulation Technologies for Microbial Fertilizer Production:

In biofertilizer production, choosing the right granulation method is crucial to ensure pellet strength, uniformity, and microbial survival. Here are the commonly adopted techniques:

  • Rotary Drum Granulation (Wet Type): This is widely used in large-scale bio-organic fertilizer plants. It combines powder materials with steam or binder solution to form granules. Однак, the high drying temperature may harm microbial strains, so it is an excellent choice for you to add beneficial microbes after cooling, either via coating machine or low-temperature spraying.

  • Disc Granulation (Pan Granulation) : A cost-effective and flexible technique ideal for medium-scale bio fertilizer operations. It uses water or organic binder to granulate materials through centrifugal motion. Microbes can be pre-mixed with raw materials, but it's essential to control drying temperature below 60°C to preserve viability.

  • Double Roller Extrusion Granulation (Dry Type): Perfect for microbial fertilizers due to its low-temperature, no-drying process. The powdered materials, along with microbial inoculants, are compressed into granules without heat. This ensures a high microbial survival rate and reduces energy cost.

rotary drum granulation method

rotary drum granulation method

pan granulation method

pan granulation method

Roller compaction method

Roller compaction method

The choice of granulation method depends not only on output but also on the heat resistance of microbial strains and your desired biofertilizer formulation. For probiotic-rich products, dry granulation or post-granule inoculation is often the best solution.

Liquid Fermentation Technology– For Bio-inoculants and Microbial Liquids

Liquid biofertilizer technology uses a sterile fermenter system with automatic mixing machine to grow beneficial microbial strains in a fully controlled liquid medium. The process includes raw material preparation, inoculation, анаеробне бродіння, filtration, і упаковка.

  • Raw Material: Anaerobic biogas slurry, molasses wastewater, sugarcane distillery residue, yeast extract, тощо.

  • Key Features: 1. Advanced process control: Температура, pH, oxygen levels, and agitation are precisely regulated inside stainless steel bioreactors. 2. Low contamination risk: The closed-loop system reduces exposure to pathogens or unwanted microbes. 3. Rapid fermentation cycle: 24–72 hours.. Full automation available with PLC-controlled fermentation tanks.

  • Підказки: You can add some additives and stabilizers to extend shelf life of liquid biofertilizer.

Лінія виробництва рідкого біофірування

Bio liquid fertilizer production unit

Bio organic fertilizer manufacturing plant setup

compound biofertilizer production line setup

What is The Key Equipment in the production of bio fertilizer:

On the basis of the above production technology of biofertilizer, we can advise the related fertilizer production macine to help you produce the high-quality bio fertilizer. Ласкаво просимо проконсультуватися з нами !

It includes horizontal fermenters, in-vessel composting systems, windrow turners, and trench type composting equipment. Allow aerobic fermentation to boost microbial activity.

Used to refine composted material for uniform particle size. There are chain crusher, semi-wet crusher, and rotary screening machine on sale in YUSHUNXIN.

  • Drum granulators, disc granulators, and double roller compactors.
  • You can convert fermented compost into stable, exportable bio fertilizer granules.

Rotary dryers and coolers remove excess moisture and stabilize biofertilizer pellets.

  • Enhance shelf-life and appearance of granules.
  • Help preserve microbial viability by adding protective film.

High-precision weighing and double-bucket packaging systems ensure market readiness.

Порошкоподібна лінія виробництва
bio fertilizer disc granulation line
Drum granulation plant

Якщо ви хочете знати більш конкретну технологію виробництва рідких добрив, Ви можете проконсультуватися Юшунксин. Ми можемо забезпечити рідкий біо добрив для курячого гною, Biofertizer Liquid NPK та інші виробничі лінії для вас.

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