Separation barrel sea surface floating oil recovery device

Abstract

The invention discloses a separation barrel sea surface floating oil recovery device. The device comprises a floating body sucking disc, a seawater floating oil pipe, a sucking pump, a seawater floating oil collection barrel, a seawater discharge valve, floating oil discharge valves, a floating oil collection barrel and the like, wherein one end of the seawater floating oil pipe is connected with the sucking disc, and the other end of the seawater floating oil pipe is connected with the sucking pump; the seawater floating oil collection barrel is provided with a first-stage floating oil discharge valve, a second-stage floating oil discharge valve and a third-stage floating oil discharge valve; the floating oil collection barrel is arranged below a floating oil discharge port; and the bottom of the seawater floating oil collection barrel is provided with the seawater discharge valve. Compared with the prior art, the device has a simple structure and certain popularization space, and is clear in physical concept, low in cost, obvious in seawater floating oil separation effect, high in floating oil purification degree, convenient to use and overhaul, energy-saving, environment-friendly, and suitable for separating and recovering sea surface floating oil.

Description

Technical field [0001] The present invention is aimed at the situation that the recovery of floating oil is relatively low after the oil spill occurs in the current offshore oil exploration or marine oil transportation. A separated barrel type sea surface oil recovery device is designed, which can be implemented using the device of the present invention Sea surface oil slick recovery. It belongs to the technical field of environmental protection and pollution control. Background technique [0002] At present, there are three main methods for treating sea surface oil slick. One is to use chemical dilution and decomposition to decompose the slick surface into small particles of oil and wait for it to diffuse; the other is to use linoleum to absorb oil. This method is expensive and rarely practical; the third method is not to deal with the oil spill and let the ocean bear it. At present, as long as an oil spill occurs in the ocean, the marine life in the area affected by the oil s...

AI Technical Summary

Problems solved by technology

[0002] At present, there are three main ways to deal with the oil slick on the sea surface. One is to use chemical dilution and decomposition to decompose the oil slick surface into small particles of oil droplets and wait for them to diffuse; the other is to use linoleum to absorb oil physically. This method is expensive and rarely practical; the third method is not to deal with the oil spill and let the ocean itself bear it

At present, as long as an oil spill occurs in the ocean, it will be a heavy blow to the marine life in the area affected by the oil slick, and it will be a serious pollution to the marine environment.

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