Solar water quality improving machine

Abstract

The invention provides a solar water quality improving machine. The solar water quality improving machine comprises a solar power assembly, a bottom layer flocculent sludge absorption and discharge assembly, floaters, and a moving and controlling assembly, wherein the floaters are respectively used for bearing the solar power assembly and the bottom layer flocculent sludge absorption and discharge assembly; and the two floaters are integrally connected into a whole through a connection rod. According to the solar water quality improving machine provided by the invention, the solar power assembly, the bottom layer flocculent sludge absorption and discharge assembly and the like are assembled together by using solar photovoltaic power; flocculent bottom mud at a bottom layer of a water bodyis absorbed and discharged to a surface layer of the water body by using the solar photovoltaic power; the discharge amount of flocculent sludge at the bottom layer is controlled by using the illumination as a condition index, so that the sedimentation of the bottom mud of the water body is reduced; organics decomposition and nutrient release in the sludge can be promoted; the nutrient balance ofthe water body is adjusted; the water quality is improved; the sedimentation pollution is reduced; and the level of productive capacity of the water body is improved.

Description

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine

Login to view more

AI Technical Summary

Benefits of technology

The technical solution described in this patented technology involves combining two different parts - one part acts on top or bottom surfaces of an aquatic area called seawater' s algae (SSA). These areas act like valves controllers with openings at their ends where they allow airflow into them when there is no flow. By doing these movements, SSAs help break up suspended particles downward onto the sea floor without causing harmful substances such as nitrogen compounds. Additionally, the sunlight helps create energy through photochemistry, promoting biological activity within the marine community. Overall, this technology allows for efficient utilization of resources in various environments including swimming pools, fish farms, lakeshells, and wastewater treatment systems.

Problems solved by technology

Technological Problem: Current treatments used on sewage sludge involve physical removal or biodegradative processes like bacteriocides or pesticides which can lead to environmental concerns due to their harmful effects. There has been research conducted exploring ways to use these techniques without relying solely upon natural resources.

Images