Ship type garbage processing device capable of processing water borne garbage

Abstract

A ship type garbage processing device capable of processing water borne garbage comprises a waste treatment device, a waste treatment ship, a stirring device, and a generator. The waste treatment device, the stirring device, and the generator are mounted on the waste treatment ship. The waste treatment device comprises a top cover, a first work box, and a second work box. The first work box is arranged on the upper part of the second work box. The first work box comprises an ozone generator and an automatic control device. The second work box comprises an oxygen production device and a nano bubble device. The automatic control device is electrically connected to the ozone generator, the oxygen production device, and the nano bubble device. The nano bubble device is connected to the ozone generator and the oxygen production device. The ship type garbage processing device can effectively decompose and eliminate organic drifts and odor of water; moreover, nano bubbles can adsorb suspensions and algae in polluted water, the water transparency is improved, and the positive cycle of water is promoted.

Description

technical field [0001] The invention belongs to the technical field of sewage treatment robots, and in particular relates to a ship-type garbage treatment device capable of treating water garbage. Background technique [0002] Organic compounds such as carbohydrates, proteins, fats and lignin contained in domestic sewage and some industrial wastewater can be finally decomposed into simple inorganic substances under the action of microorganisms. These organic substances need to consume a lot of oxygen during the decomposition process, so they are called aerobic pollutants. In addition, some reducing inorganic substances will also consume oxygen in water, such as NH 3 h 2 S, sulfite, etc. After these pollutants enter the water body, they will consume a large amount of dissolved oxygen in the water, and even cause a large number of aquatic animals to die. Hydrogen sulfide gas, etc., causes the water body to become black and smelly, forcing the material circulation to stop, ...

AI Technical Summary

Problems solved by technology

After these pollutants enter the water body, they will consume a large amount of dissolved oxygen in the water, and even cause a large number of aquatic animals to die. Hydrogen sulfide gas, etc., cause the water body to become black and smelly, forcing the material circulation to stop, and the self-purification function of the water body is almost lost

Due to the long-term lack of oxygen in the black and smelly river, there is a large amount of organic sludge and anaerobic fermentation in the bottom mud of the river. The method of simply emptying the river and refilling the water will only treat the symptoms but not the root cause.

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