Submersible micro-organism putting degreasing device

Abstract

The invention belongs to the marine oil spill processing technology field and relates to a submersible micro-organism putting degreasing device, wherein the power system of a submersible device, a micro-organism nutrient fluid storage system, a sucker nebulizer controller and a retractable controller is connected with a central control system, the micro-organism nutrient fluid storage system is connected with the sucker nebulizer controller and the retractable controller by a micro-organism nutrient fluid conveyor tube, a sucker nebulizer motion power system is connected with the sucker nebulizer controller, the sucker nebulizer motion power system is connected with a sucker injection controller by the micro-organism nutrient fluid conveyor tube, the sucker injection controller is in a consolidation manner with a sucker injector, the steering axle of a expansion bend is provided on the expansion bend and the multi-function nozzle of the expansion bend is arranged at the top of the expansion bend. The invention applies the biology method for oil slick treatment, achieving higher efficiency of oil removal, preventing the secondary pollution, avoiding the effect of possible severe marine weather or wave movement to the operation of the main body of the device, and greatly enhancing the effect of the biology oil slick treatment method.

Description

technical field [0001] The invention relates to a device in the technical field of marine oil spill treatment, in particular to a submersible microbial oil removal device. Background technique [0002] With the large-scale exploitation of marine resources by human beings, the problem of marine pollution has become increasingly serious. Among the many pollutants to marine water bodies, oil pollution occupies an important proportion. The oil pollutants at sea mainly come from sudden ship oil spill accidents. Every year, hundreds of tons of oil flow into rivers and seas in oil spill accidents around the world, causing huge damage to the water environment on the earth. The methods of dealing with oil spills widely used in the modern world are mainly physical methods and chemical methods, but both methods have many disadvantages: the physical treatment method recovers oil spills, and it is difficult to remove the oil film on the surface of seawater and the dissolved water in sea...

AI Technical Summary

Problems solved by technology

The methods of dealing with oil spills widely used in the modern world are mainly physical methods and chemical methods, but both methods have many disadvantages: the physical treatment method recovers oil spills, and it is difficult to remove the oil film on the surface of seawater and the dissolved water in seawater. oil, the treatment efficiency is low, and the use of chemical treatment will inevitably cause secondary pollution of water bodies

Although biotechnologists have made great achievements in microbial selection, there is no device designed for biological oil removal in the existing technical literature.

Images