Device for treating neuston pollution by microwave

Abstract

The invention provides a device for treating neuston pollution by microwave. The device comprises a microwave treatment module, a lift adjustor and a buoy. The device is characterized in that the device is impelled on the water by drive of dynamic equipment; stream with the neuston flows into a treatment cavity of the microwave treatment module from a water inlet of the microwave treatment module, after receiving microwave radiation, living cells of the neuston are killed, and the living cells flows out of a water outlet; the lift adjustor is used for adjusting the draft of the microwave treatment module, namely the thickness of a water layer to be treated; the buoy makes the whole device for treating the neuston pollution by the microwave float on the water; and a power supply required by the device can be supplied by a generator, a storage cell, solar energy and wind energy. The device kills the neuston by a physical method, does not have residue or pollution, and does not cause public hazard, not only can be used for killing blue algae, water lettuce and other floating plants, but also can be used for killing wiggler and other harmful plankton.

Description

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AI Technical Summary

Benefits of technology

This patented method uses various techniques like physical or chemical means to killing unwanted objects that may come off your body during any type of activity. Additionally, this process does away from causing environmental damage by releasing unhealthy substances into our environment through wastewater discharge systems. Overall, these technical features improve safety measures against contamination caused by cyanosis and malaria attacks on people's healthcare workers who work at sea level locations around the world.

Problems solved by technology

The technical problem addressed in this patents relating to improving the efficiency of treatments against bioremediation (euconazoid) diseases such as cyanophiles has been finding ways to reduce their impact on both natural resources like sea grass crops and lakes. Current solutions involve physical means but these techniques may still result in environmental contaminations due to unnatural colors associated therewith. Therefore, new technologies aim towards developing more efficient and effective processes for managing cyanobiodebial blooming (cyana bloaquaria).

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