Water body floating object environment-friendly remover and using method thereof

Abstract

The invention discloses a water body floating object environment-friendly remover and a using method thereof, and belongs to the technical field of water body treatment and environmental protection. Removal of floating objects of different sizes can be realized, and meanwhile, automatic adjustment can be carried out according to the cleaning amount of the floating objects; and on one hand, the active adjustment is carried out by rotation in the horizontal direction, and on the other hand, the removal at the height of the water surface is maintained by descending in the vertical direction. Theremoved floating objects are effectively collected and prevented from escaping back to a water body again, and in the clearing process, through the disturbance effect of the water body, the breathingeffect of a lung is simulated to actively capture and adsorb the small floating objects in the water body, and the small-sized floating objects are removed, so that the removing effect on the water floating objects is improved; and in addition, technical personnel can be timely reminded to recycle through specular reflection when removal is saturate, the removing cost is low, repeated utilizationcan be achieved after treatment, all-weather quick removing is carried out in an unpowered mode, the removing effect is remarkable, environmental protection is achieved, and secondary pollution is avoided.

Description

technical field [0001] The invention relates to the technical field of water body treatment and environmental protection, and more specifically relates to an environmental protection remover for water body floating objects and a use method thereof. Background technique [0002] With the development of social economy and the improvement of people's living standards, the process of urbanization is gradually accelerating, and construction projects of artificial landscape waters and water ecological restoration are emerging in various cities. However, due to various reasons, there are often some garbage floating on the water surface in the landscape waters, which not only causes visual impact, but also causes deterioration of water quality and peculiar smell of the water body, which violates the original intention of the landscape waters. One of the biggest characteristics of some water bodies is that the water-soil interface is constantly disturbed by wind and waves. Surface se...

AI Technical Summary

Problems solved by technology

However, due to various reasons, there are often some garbage floating on the water surface in the landscape waters, which not only causes visual impact, but also causes deterioration of water quality and peculiar smell of the water body, which violates the original intention of the landscape waters. One of the biggest characteristics of some water bodies is that the water-soil interface is constantly disturbed by wind and waves. Surface sediments, animal and plant residues and other particulate matter are suspended in large quantities and enter the water body again, and the particulate matter will continuously interact with the water body through adsorption, desorption, complexation, and flocculation during the suspension and sedimentation process, thereby affecting water quality and nutrient levels. impact on the ecological risks of aquatic organisms

[0003] At present, the removal of floating objects in water bodies is mostly carried out manually using traditional tools such as hand-held net bags. Not only the removal efficiency is slow, the effect is poor, and the labor cost is huge, but mechanical removal is often carried out by casting nets from ships. It has the characteristics of not being environmentally friendly, and it has great interference to the environment of the water body. It is only suitable for emergency removal of large water bodies. In addition, the most important thing is that this method can only remove some larger water body floating objects. For small particle size The removal effect of floating matter is poor, and the removal effect on particulate matter and flocculated floating matter is almost zero. Therefore, the removal of floating matter in water bodies is still only on the surface, far from reaching the point of water ecological restoration.

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