Method for producing organic fertilizer from chicken manure

Abstract

The invention relates to a method for producing an organic fertilizer from chicken manure. The method comprises the steps of impurity removal, dewatering treatment, bran fermentation, primary fermenting treatment, secondary fermenting treatment and drying treatment. The organic fertilizer disclosed by the invention has richer nutrition, waste is turned into wealth, a development requirement of circular economy is met, resources are saved, environment is purified, pollution is reduced, fertilizer quality is high, meanwhile soil hardening and salination caused by applying fertilizers to soil fora long time are improved, permeability of the soil is improved, fertilizer maintenance and fertilizer supply capacities of the soil are improved, physical and chemical properties of the soil are improved, an effect of improving plant growth and soil ecosystem circulation is achieved, and the problem of discharging excrement in feeding pheasants is solved; by means of recycling, safety and environmental friendliness are achieved, cost is reduced, and economical benefits are improved. Compared with ordinary fertilizers, the fertilizer disclosed by the invention has the advantages of more planttillering and strong disease and pest resistance and lodging resistance; fertilizer cost for each acre is reduced by 18 to 28%, and yield of each acre is increased by 37.3% or more.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows creation of an improved type of animal feed called Ferrochelona sewages (FSC) which contains beneficial ingredients like calcium hydroxide or fluorine gas. These materials help plants absorb essential elements better while still being able to grow healthily on land. Additionally, this new production technique helps reduce environmental concerns such as disposal issues associated with traditional methods involving burning ferrous sulfate bricks containing nitrates. Overall, these technical improvements make FMCS useful for producing food supplements suitable for both human consumption and animals raised throughout their lives worldwide.

Problems solved by technology

The technical problem addressed in this patented text relating to improving the efficiency and reducing costs associated with growing chickens (chicks) without compromising their healthy environments such as water resources. Current solutions involve either artificially decompositing these waste material into useful substances like animal feeds or other beneficial uses, or utilizing specialized techniques involving specific types of animals. These processes have limitations due to factors including limited space availability, excessive land usage, poor ventilation systems, and potential contaminants present during handling.