How to Make High-Quality Organic Fertilizer In recent years, as people's living standards have improved, more attention has been paid to health and the taste of food. Vegetables and fruits grown with organic fertilizers are becoming increasingly popular due to their natural flavor and quality. This trend has encouraged more farmers to adopt organic fertilizers in their cultivation practices. Many are now choosing trusted starter cultures—like the Kinpo-type fertilizer starter—to ferment their own organic fertilizers at home. Organic fertilizer is a complete and balanced source of nutrients. It contains not only large amounts of essential elements but also various trace elements, hormones, and beneficial microorganisms that support plant growth. Its main benefits include: 1. **Improving Soil Nutrient Conditions**: When applied to the soil, organic matter is broken down by microorganisms into nutrients that plants can easily absorb. Organic acids in the fertilizer form complexes with minerals like calcium, magnesium, iron, and aluminum, reducing phosphorus fixation and the toxicity of heavy metals. These acids also help buffer soil pH, improving its overall fertility. 2. **Enhancing Soil Structure**: The humus created by microbial activity acts as an organic colloid that binds soil particles together, forming stable aggregates. This improves aeration, water infiltration, and nutrient retention, creating a more favorable environment for plant roots. 3. **Boosting Microbial Activity**: Organic fertilizers provide energy for microbial life, accelerating the breakdown of organic matter and releasing essential nutrients like phosphorus and potassium. This promotes a healthy soil ecosystem and supports long-term soil fertility. So, how do you make good organic fertilizer? First, choose a reliable fermentation starter. Products like the Golden Baby or Jinbao type starters are popular choices. These are natural bacterial agents developed using advanced biotechnology from Europe, America, Japan, and Korea. They contain a mix of bacteria, fungi, yeasts, and actinomycetes that work together to decompose organic waste efficiently. These microbes break down materials, eliminate odors, kill pests, and sterilize, turning waste into valuable nutrients. Next, control the moisture level of the organic material. Moisture plays a key role in microbial activity. Too little moisture slows down decomposition, while too much leads to anaerobic conditions. The ideal moisture content is between 40-65%. You can adjust it by mixing dry and wet materials or using mechanical methods if needed. Then, monitor the temperature. Different microorganisms thrive at different temperatures: mesophiles (25–35°C), thermophiles (40–50°C), and hyperthermophiles (60–65°C). Maintaining the right temperature range ensures optimal microbial activity. In colder months, you may need to heat the pile or increase its size to retain warmth. Ventilation is also crucial. Proper aeration allows aerobic microbes to function effectively, speeding up decomposition and preventing bad smells. In the early stages, ensure enough oxygen is available to promote high-temperature fermentation. Later, reduce aeration to help form stable humus and preserve nutrients. By carefully managing all these factors, you can produce high-quality organic fertilizer that enhances soil health and crop yield. For more details, visit our website or contact us directly.
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