Method for distributed quantitative direct-application of pulp-like organic biomass compost

Abstract

The invention discloses a method for distributed quantitative direct-application of pulp-like organic biomass compost. The method comprises the steps of arranging movable burrow excavation equipment,providing pulp-like organic biomass compost, excavating distributed quantitative burrows and directly applying the pulp-like organic biomass compost. Burrow openings are buried in situ, the distributed quantitative burrows are excavated by the movable burrow excavation equipment, pulp-like organic biomass is quantitatively irrigated in the burrows, the burrow openings are buried in situ, direct application of the pulp-like organic biomass compost is realized, rapid and precise application is realized, the entire operation process is simple, practical, feasible and wide in application range.

Description

technical field [0001] The invention relates to a method for composting and fertilizing, in particular to a method for distributed and quantified direct application of puree organic biomass composting. Background technique [0002] With the construction of national waste-free cities, the construction of beautiful countryside and the construction of ecological civilization, cities and villages are moving towards large-scale intensification. In this process, the explosive growth of pure organic waste needs to be disposed of in a timely manner, otherwise it will bring environmental pollution. For example: greening and pruning in cities and towns, a large number of grass leaves and flower branches are stored; after the farmland is small and large, concentrated planting and harvest, a large amount of waste such as straws, fruits and vegetables is collected and stored; household garbage is sorted, and a large amount of storage is stored. Pure kitchen waste, etc., a large amount of...

AI Technical Summary

Problems solved by technology

[0004] The current composting methods are classified according to different methods. According to the temperature requirements, they can be divided into medium-temperature composting and high-temperature composting. According to the operation mode of the composting process, they can be divided into static composting and dynamic composting. It is open-air composting and mechanical seal composting; the most commonly used classification method is to divide solid waste composting into aerobic composting and anaerobic composting according to the different oxygen requirements of the microorganisms that play a role in the biological treatment process. Under certain conditions, the decomposition and fermentation process carried out in the presence of free oxygen, due to the high temperature of the compost heap, generally at 55-65 ° C, sometimes as high as 80 ° C, so it is also called high-temperature composting, the latter is to use anaerobic microorganisms to ferment and make fertilizer. The characteristics are that the air is isolated from the compost, the temperature is low, and the process is simple, but the composting cycle is long, the smell is strong, and the product decomposition is not completely stable. Due to the aerobic composting, the fermentation cycle is short, the degree of harmlessness is high, the sanitary conditions are good, and it is easy to compost. Due to the characteristics of mechanized operation, the vast majority of domestic and foreign composting factories using organic waste such as garbage, sludge, human and animal waste, etc., use aerobic composting. The problems faced by these composting methods are the need for site, hardware investment, and disposal capacity. Low, long disposal cycle

Images