Marine floating type garbage recycling device driven by wave energy

Abstract

The invention specifically relates to a marine floating type garbage recycling device driven by wave energy. The marine floating type garbage recycling device driven by the wave energy comprises a floating type overwater garbage can and a pair of floating type fences, wherein the pair of floating type fences are connected with the floating type overwater garbage can, the floating type overwater garbage can is connected with a wave energy water pump by virtue of a pumping pipe arranged at the bottom of the floating type overwater garbage can, and the wave energy water pump is arranged on a wave energy capture device and is connected with an oil separation pool by virtue of a water outlet pipe. By using the pair of floating type fences, floating garbage and spilling oil near a harbor frontage are intercepted to enter the floating type overwater garbage can by the floating type fences, and the wave energy water pump is driven to continuously pump water in the floating type overwater garbage can to the oil separation pool by the wave energy capture device so as to separate. The device has the advantages of high efficiency in cleaning and no pollution and can be applied to inner harbors and adjacent seas, and offshore floating garbage and sea oil of the inner harbors can be simultaneously recycled.

Description

technical field [0001] The invention relates to the technical field of marine environment cleaning, in particular to a wave energy-driven marine floating garbage recovery device. Background technique [0002] According to statistics published in the American journal Science published in 2015 by a research team from the University of Georgia, the global annual flow of plastic waste into the ocean ranges from 4.8 million to 12.7 million tons. Among them, China is the country with the largest amount of garbage outflow in the world (1.32 million to 3.53 million tons). According to the "2015 China Marine Environmental Status Bulletin" issued by the State Oceanic Administration of my country, the floating garbage on the sea surface of my country's sea areas is mainly polystyrene foam fragments, plastic bags and plastic bottles. The amount of polystyrene foam plastic waste is the largest, accounting for 46%, followed by plastic and wood products, accounting for 31% and 16% respect...

AI Technical Summary

Problems solved by technology

Due to the scattered distribution of floating garbage on the sea, it is extremely time-consuming and labor-intensive to rely on traditional manual boats to clean up. At present, professional garbage ships are only suitable for a small sea area where a large amount of floating garbage is collected, and cleaning consumes a lot of traditional energy at the same time, resulting in new pollution

In addition, traditional cleaning methods still have many problems such as high cleaning costs and low efficiency.

At the same time, there is currently no perfect solution for the recovery and treatment of floating garbage and sea oil pollution in the open waters near the coast and the inner harbor

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