Making rhizobium biofertilizer is a choice for biofertilizer production. The use of rhizobium biofertilizers can reduce the dependence on chemical nitrogen fertilizer and improve the nitrogen utilization rate. The preparation of rhizobia biofertilizers requires the use of carrier materials. Then on this basis, the subsequent grinding, granulation production. You should pay attention to choose with spraying device of the production machine to add the rhizobia.

First, you need to prepare carrier materials to improve the viability and spread of the fungus, such as preparing organic waste compost. During the composting fermentation stage, the rhizobia should be evenly distributed and fully mixed with the carrier material to maintain the vitality of the bacteria. The fermented rhizobia biofertilizer is then crushed, sieved, and packaged to make a powdered finished product. Also, you can use a biofertilizer granulator to make granular rhizobium biofertilizer pellets. In order to ensure the quality, it also needs to go through the drying, cooling, and coating process.

The most important thing in making Rhizobium biofertilizer is the way of adding it. Therefore, in the selection of production machine, it is necessary to buy them with a spraying device. Especially in the fermentation mixing, granulation stage. YUSHUNXIN specially designs the windrow compost turners— crawler type compost turner and self-propelled pile tiller. You can add the spray pipes with them. This can ensure even distribution of rhizobial agents and increase the fertilizer efficiency of the compost.

In addition, when granulating powdered rhizobia biofertilizers, we advise you choose a wet granulating machine, such as disc granulators, drum pelletizers. They can enhance the particle size of the biofertilizer and ensure the spraying of the rhizobium agent. However, you need to dry at a low temperature to prevent loss of bactericide activity.

Rhizobium is a soil bacterium that has the ability to form a symbiotic relationship with leguminous plants. These bacteria are able to fix atmospheric nitrogen into a form that plants can use, and therefore play a vital role in the nitrogen cycle. The symbiotic relationship between rhizobium and legumes is beneficial to both sides. Plants get nutrients (nitrogen), while bacteria get their energy source from the plants. Rhizobium biofertilizers can enhance soil nitrogen fixation and reduce the need for synthetic nitrogen fertilizers.