With global agriculture facing the dual challenges of environmental pollution and soil degradation, the traditional use of chemical fertilizers is no longer the best choice for sustainable development. Although chemical fertilizers can rapidly increase yields, they bring a series of ecological problems such as soil infertility and water pollution. On the contrary, organic fertilizer can not only effectively improve the quality of soil, but also enhance the health and yield of crops.

The use of efficient organic fertilizer fermenter for organic fertilizer production, not only to accelerate the conversion of fertilizer, but also to promote agriculture to green, sustainable direction.

1.The harm of large amounts of chemical fertilizers

① Large-scale use of chemical fertilizers in agriculture will lead to the destruction of soil structure, reduce soil fertility and biodiversity.

② Fertilizers in the nitrogen, phosphorus and other elements in excess will flow into rivers and lakes with the rain, causing eutrophication of water bodies, resulting in the death of aquatic organisms, damage to the aquatic ecosystem.

③ Heavy metals and toxic substances in chemical fertilizers may accumulate through the food chain, posing a threat to human health. Long-term reliance on chemical fertilizers may also lead to a decline in crop quality, affecting food safety and sustainable development of agriculture.

2.Benefits of using organic fertilizer

① The use of organic fertilizer can significantly improve the soil structure, increase the organic matter content of the soil, improve the soil’s ability to retain water and fertilizer and microbial activity, thereby promoting the healthy growth of crops.

② Organic fertilizer releases nutrients slowly, which can reduce the loss of nutrients and reduce the risk of environmental pollution. Moreover, organic fertilizer comes from natural substances, such as plant and animal residues, manure, etc. It is safe to use, does not cause chemical pollution to the environment, and helps to maintain ecological balance and biodiversity.

③ Long-term use of organic fertilizer can also improve the quality and taste of agricultural products and meet people’s demand for green food.

3.Organic fertilizer fermenter is how to break the plight of chemical fertilizer

Organic fertilizer fermenter, as an important support for the development of modern agriculture, can convert organic waste into high-quality organic fertilizer in just a few days. Take the high-temperature aerobic fermenter of Bolong Group as an example, its efficient processing capacity provides strong support for sustainable agriculture, which I will briefly introduce below.

3.1 Aerobic fermentation in high temperature aerobic fermenter

Aerobic fermentation is a decomposition process of organic materials in an aerobic environment, mainly through the active role of microorganisms, the organic matter is converted into mineralized, putrefied and harmless fertilizer.

In this process, not only are large amounts of carbon dioxide and water produced, but also many plant-absorbable nitrogen, phosphorus, potassium and other nutrients are generated.

In addition, the microorganisms synthesize new macromolecular compounds – humus – which is the key active ingredient for enhancing soil fertility. In this natural and efficient way, aerobic fermentation provides a sustainable method of fertilizer production for agriculture.

3.2 Principle of Bolong High Temperature Aerobic Fermentation tank

Bolong High Temperature Aerobic Fermentaton tank utilizes aerobic microorganisms to decompose and metabolize organic matter and residual proteins in livestock and poultry manure by rapid multiplication under high temperature, suitable humidity and sufficient oxygen. This process produces ammonia, carbon dioxide and water vapor, and releases a lot of heat, so that the temperature inside the tank rises.

Through an automatic monitoring and control system, the material is maintained at a high temperature stage of 70°C for about five days to achieve decomposition of organic matter, reduction of moisture and killing of pathogenic bacteria and weed seeds. The whole fermentation process takes only seven days, while the material is further mixed by the internal leveling device to improve the quality of organic fertilizer.

The equipment is also equipped with an independent deodorization device, which centrally collects the odor generated during the fermentation process and ensures fresh air in the surrounding environment of the plant.

3.3 High-quality organic fertilizer produced by Bolong fermenter

The total effective nutrients of Bolong Organic Fertilizer are up to 12%, including 8% effective nitrogen (N), 2% effective phosphorus (P205), 2% effective potassium (K20), which provides comprehensive and balanced nutritional support for crops.

In addition, Bolong Organic Fertilizer is also rich in the medium elements of calcium, magnesium, sulfur and a variety of trace elements such as boron, manganese, copper, iron, zinc, molybdenum, to ensure that the crop can obtain the necessary micro-nutrients at all stages of growth.

The composite microorganisms contained in the compound microbial functional flora not only promote soil health and improve soil fertility, but also enhance the crop’s resistance to disease and adversity to achieve high and stable yields.

4.Conclusion

Through the promotion of organic fertilizer fermenter, agricultural production will be freed from the predicament of relying on chemical fertilizers, and move towards a greener and more sustainable development path. The high-temperature aerobic fermentation tank of Bolong, with its high efficient processing capacity and automatic control system, is able to convert organic waste into high-quality organic fertilizer in a short period of time, promoting the green transformation of agriculture.

Facing the demand of global environmental protection and sustainable development, organic fertilizer fermenter is undoubtedly an indispensable key equipment in future agricultural production. We look forward to more agricultural producers can actively adopt this innovative technology, and jointly promote the future of green agriculture. Welcome to contact us!