In today’s new era of increasing environmental awareness, the importance of industrial composting for the treatment of organic waste is self-evident. This not only helps to reduce the pressure on landfills, but also converts organic waste into valuable organic fertilizer resources, contributing to the sustainable development of my country’s agriculture. However, the current reality is that traditional composting methods have certain limitations in processing speed, efficiency and environmental protection. Against this background, the emergence of commercial fermentation tanks has brought revolutionary changes to the field of industrial composting, greatly improved the processing capacity of organic waste, and injected new vitality into the environmental protection cause.

Why is the fermentation tank the future of industrial composting?

Industrial composting, in simple terms, is the process of aerobic or anaerobic decomposition of organic matter such as kitchen waste, crop waste, and animal manure in daily life by industrial means, and converting them into organic fertilizers. It is like an accelerated version of the decomposition of organic matter by soil microorganisms in nature, except that it is completed in the factory through technical means.

However, compared with traditional industrial composting, fermentation tanks have shown significant advantages in efficiency and environmental protection. Traditional composting usually relies on natural conditions, and the decomposition process is slow, often taking months to complete. Fermentation tanks shorten the composting cycle to weeks by precisely controlling temperature, humidity and oxygen concentration, greatly improving efficiency. In addition, traditional composting occupies a large amount of land and is prone to odor and greenhouse gas emissions, which increases the burden on the environment. Fermentation tanks adopt a closed design, which reduces the emission of odor and pollutants, and takes up less space, making them suitable for large-scale composting projects on an industrial scale. Although the initial cost of fermentation tanks is high, their efficient decomposition speed and environmental benefits bring more significant economic benefits in long-term operation. With the increasing environmental protection requirements for industrial composting, fermentation tanks are undoubtedly the future of modern composting solutions.

Bolong: An excellent industrial fermentation tank manufacturer

Bolong specializes in the production of high-efficiency industrial composting tanks, which can quickly convert organic waste such as animal manure, crop straw, animal carcasses, etc. into high-quality organic fertilizer in just seven days. Unlike traditional industrial composting systems, Bolong’s fermentation tanks only need to ensure that the moisture content of the waste is below 70%, and no auxiliary materials need to be added. This will allow normal high-temperature aerobic fermentation. This process greatly simplifies the operation process and ensures the efficiency and stability of the composting process.

Bolong’s fermentation tank can not only process organic waste quickly and on a large scale, but also ensure the quality and uniformity of the output organic fertilizer. Since the advent of the fermentation tank, it has been widely praised by the market. At present, Bolong’s high-temperature aerobic fermentation fermentation tank has gone abroad and successfully provided personalized harmless treatment solutions for livestock and poultry waste to more than 30 countries around the world. With its efficient and environmentally friendly processing capabilities, Bolong has won wide recognition and good reputation in the international market and has become a leading brand in the field of industrial composting.

Advantages of Bolong Fermentation Tank

1.Sealed tank: It is a fully enclosed structure which does not influence by the external climatic condition; thus getting the good quality of organic fertilizer production.

2.Efficient insulation:The outer layer plays the insulator role, with the inner surface of the tank adopting polyurethane foaming agent for the insulation cause to reduce the impacts from the external environment.

3.Intelligent heat exchange system: The specific heat exchange equipment is used to circulate the high-temperature gas from fermentation to preheat the air for the next cycle, so as to achieve the following purposes: the energy utilization rate is increased, and the power consumption is reduced to achieve energy saving effects.

4.Save space: The three-dimensional design requires least land use area and is well suited for large scale industrial project.

5.Environmentally friendly design: provided with the system of exhaust gas treatment to remove hazardous gases in fermentation while the organic fertilizer of high quality will be good for the soil condition.

6.Biofilter deodorization: applying microorganisms to break down toxic substances in exhaust gas, easy operation and maintenance, no generation of other pollutants or residues, and relatively stable and long lasting efficiency.

Conclusion

In summary, commercial fermentation tanks, with their innovative technology, not only ensure the efficient and stable production of organic fertilizers, but also provide space-saving, energy-saving and consumption-reducing high-quality solutions for large-scale industrial composting, which will play a greater role in the future! Whether in terms of treatment efficiency, environmental protection effect or resource utilization, Bolong fermentation tanks have shown excellent performance. With the growing global demand for sustainable development and green agriculture, Bolong will continue to lead the industry, provide customized organic waste treatment solutions for more countries and regions, and help the development of global environmental protection. If you are interested, please contact us!