Organic fertilizers are made primarily from organic-rich resources such as animal and plant waste and excrement, and are fermented and decomposed to produce carbon-containing materials. These materials include human feces, manure, and compost. Microbial decomposition slowly releases nutrients, improving soil structure, enhancing water and nutrient retention, and regulating the soil's microecological balance, thereby enhancing the quality of agricultural products and soil productivity.

Organic fertilizers are made primarily from organic-rich byproducts such as animal waste and plant waste, and are fermented and decomposed. Organic fertilizers improve soil quality, enhance soil fertility, increase soil nutrient availability, purify the soil ecosystem, and ensure high-quality, high-yield, and high-profit vegetable production. They are an irreplaceable fertilizer for greenhouse vegetable cultivation.

PRODUCT USES

Soil Improvement and Fertilization

The primary component of organic fertilizers is organic matter. Applying organic fertilizers increases the organic matter content in the soil. Organic matter improves the physical, chemical, and biological properties of the soil, matures the soil, and improves soil fertility. Using organic fertilizers not only increases the amount of organic colloids but also, through the action of microorganisms, decomposes and converts much of the organic matter into organic colloids. This significantly increases the soil's adsorption surface area and produces a large amount of adhesive substances, which bind soil particles together into a stable aggregate structure. This improves the soil's ability to retain water and fertilizer, maintain air permeability, and regulate soil temperature.

Increasing Crop Yields and Improving Agricultural Product Quality

Organic fertilizers contain a large number of nutrients essential to plants, including various trace elements, sugars, and fats. Analysis shows that pig manure contains 2.91% total nitrogen, 1.33% total phosphorus, 1.0% total potassium, and 77% organic matter. Livestock and poultry manure contains 21.7-24 mg/kg of boron, 29-290 mg/kg of zinc, 143-261 mg/kg of manganese, 3.0-4.2 mg/kg of molybdenum, and 29-290 mg/kg of available iron. These fertilizers can effectively increase wheat and corn yields, and yields increase with increasing fertilizer application.