Kitchen waste hydrogen-rich energy machine

Abstract

The invention discloses a kitchen waste hydrogen-rich energy machine. The kitchen waste hydrogen-rich energy machine comprises a hot water boiler (1), a kitchen waste processor main body (2), a hot water tank (3) and a hydrogen-rich generating device (4), wherein the kitchen waste processor main body (2) comprises a compression finishing section (21), a crushing section (22), a stirring heating section (23) and a dewatering section (24), a stirrer (26) is arranged in a stirring cylinder (27) of the stirring heating section (23), a heating water jacket (28) is arranged outside the stirring cylinder (27), the hot water tank (3) supplies water to the heating water jacket (28) through a hot water circulating pump (35) via a hot water supply pipeline (30), water in the heating water jacket (28)flows back into the hot water tank (3) through a hot water return pump (36) via a water return line (40), slurry kitchen waste treated by the dehydration section (24) is pumped to a slurry ejector (5) through a slurry pump (6) via a slurry pipeline (60) and is ejected into a combustion chamber of the hot water boiler (1) to be combusted as biomass fuel, and hydrogen is fed into the combustion chamber of the hot water boiler (1) by a hydrogen-rich generating device (4) to support combustion. The kitchen waste hydrogen-rich energy machine can be widely applied to the energy combustion field.

Description

technical field [0001] The invention relates to an energy burner, in particular to a kitchen waste hydrogen-rich energy machine. Background technique [0002] Environmental issues such as global climate change, acid rain pollution, ozone layer depletion, transboundary transfer and spread of toxic and hazardous chemicals and wastes, sharp decline in biodiversity, and marine pollution have become severe challenges facing mankind. Garbage is produced along with production methods and daily life processes, which puts enormous pressure on the environment and resources, seriously exceeds the natural self-purification ability, and poses a great threat to ecology, resources and human health. [0003] The existing main waste treatment technologies include anaerobic fermentation, aerobic fermentation, composting, etc., but these existing treatment technologies generally have slow response, time-consuming, low efficiency, narrow applicability, many residues, and will cause secondary po...

AI Technical Summary

Problems solved by technology

The incineration method is more efficient in treating food waste, and finally produces about 5% of residues that are suitable for disposal. The incineration is carried out in a special incinerator, and the heat energy generated can be converted into hot water or electricity, thereby realizing energy recycling. , but the food waste has a high moisture content and a low calorific value

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