The invention relates to a
fermentation technology of biological organic bacterial
manure, and belongs to the technical field of biological organic bacterial
manure manufacturing. The technology includes the steps that the raw materials of
chicken manure, tobacco waste and cereal, cotton and
oil processing plant waste are piled at the normal temperature to be naturally dehydrated; then, a compound
fermentation strain is added, and after two times of
fermentation and
ageing treatment, the biological organic bacterial
manure is obtained. By means of the technology,
escherichia coli,
ascaris eggs and some infectious germs in the
chicken manure can be killed in the decomposing process, worm eggs or harmful pathogens or
weed seeds in the
mixed materials can be thoroughly killed through
ageing treatment, and thus the biological bacterial manure is deeply decomposed and has high
fertilizer efficiency. The technology is
environmentally friendly in production process, short in decomposing period and small in
nutrient loss; experiments on the crops of rice,
lactuca sativa L, cotton and the like show that the yield is greatly increased, and pest and
disease damage is effectively controlled. The problems that in a traditional fermentation method, maturity is low, pathogens and
weed seeds in raw materials can not be completely killed, the fermentation process pollutes the environment and
fertilizer efficiency is low are solved.