In the production process of organic fertilizer granulator, temperature control is the key link, which directly affects the quality and yield of the particles. Appropriate temperature can promote the decomposition and transformation of organic materials, improve the density and hardness of particles.
The granulation temperature has an important effect on the quality of organic fertilizer particles. Appropriate temperature is conducive to the growth and reproduction of microorganisms in organic materials, accelerate the decomposition of organic matter, and improve the nutritional value of fertilizer. The temperature has an obvious effect on the molding and curing of the particles, and too high or too low temperature will lead to insufficient strength of the particles, loose and easily broken. Temperature will also affect the color, odor and other appearance quality of the particles, too high or too low temperature may lead to improper color and bad odor.
In order to ensure the quality of organic fertilizer particles, the organic fertilizer granulator should adopt a reasonable temperature control strategy. On the one hand, according to the characteristics of organic materials and the needs of the fermentation process, the appropriate temperature interval should be set to achieve the best effect in the fermentation, decomposition, molding and other aspects of the material. On the other hand, to achieve accurate temperature control, real-time monitoring of temperature changes through sensors, adjust the working state of heating or cooling equipment, to ensure that the temperature fluctuates within the appropriate range.
In the actual production process of organic fertilizer production line, it is necessary to select and adjust the granulation temperature reasonably according to the characteristics of organic materials, fermentation conditions and other factors to improve the quality and yield of organic fertilizer particles. At the same time, it is necessary to strengthen the construction and maintenance of temperature control systems to lay the foundation for the efficient, environmentally friendly and sustainable development of the organic fertilizer industry.
