Polluted water and muddy water synchronous repair ship and application method

Abstract

The invention discloses a polluted water and muddy water synchronous repair ship and an application method, and belongs to the technical field of water treatment. The synchronous repair ship comprises a ship body, a disturbance system, an aquatic plant harvesting system and a floating object collecting system, wherein the disturbance system comprises an anti-rolling car, a centrifugal pump, an airbag and a rotating roller; the aquatic plant harvesting system comprises a fixed blade, a rotating blade and a plant guide plate; the floating object collecting system comprises a driving wheel and a collecting net; and the aquatic plant harvesting system and the floating object collecting system remove impurities in water. When the synchronous repair ship is used, firstly, the centrifugal pump is started, a mud spraying control valve is opened, and the disturbance system is started; in the ship advancing process, the aquatic plant harvesting system and the floating object collecting system are started; and in the final phase, the spraying control valve is opened to suck muddy water to spray to flowers and trees on banks. The synchronous repair ship can realize the muddy water synchronous repair, so that the muddy water is prevented from penetrating through bottom mud to pollute underground water, and the repair efficiency is improved; and the synchronous repair ship has such additional functions as collection of impurities in water and mud bottom reclamation.

Description

Technical field: [0001] The invention belongs to the technical field of water treatment, and in particular relates to a muddy and water synchronous repair ship for polluted water bodies and a use method thereof. Background technique: [0002] With the rapid development of social economy, a large amount of domestic sewage and industrial wastewater without effective treatment are discharged into urban rivers, lakes, etc., causing serious pollution of the water environment, directly affecting the health of the river ecosystem, and seriously affecting the healthy development of urban ecology. . [0003] At present, the treatment methods for surface water pollution mainly include sediment dredging, adding chemical agents, adding biological bacteria agents, aeration and reoxygenation, etc. However, due to the high cost of sediment dredging, dredging may affect the stability of the water body ecosystem, and dredging may cause pollutants in the sediment to be released to the overly...

AI Technical Summary

Problems solved by technology

However, due to the high cost of sediment dredging, dredging may affect the stability of the water body ecosystem, and dredging may cause pollutants in the sediment to be released to the overlying water, so the international community is cautious about dredging projects for rivers and lakes. ; Dosing of chemical agents is generally used for emergency measures, which may have some potential threats to the ecological environment of water bodies, and is expensive, and the duration of the restoration effect is short; bioremediation technology mainly refers to the addition of biological agents. Studies have shown that adding bacteria The removal effect of the agent on the total phosphorus and turbidity in the water body is not obvious, and it takes a long period to domesticate and cultivate microorganisms adapted to the water quality

Currently retrieved patents related to the remediation of polluted water bodies or dosing equipment such as dosing pipes and dosing pumps on the hull, using this method to directly add chemicals to the water body can only change the existing form of pollutants, and the pollutants still exist , has not been effectively degraded; or the method of aeration and reoxygenation is used to increase the dissolved oxygen level in the water, but this repair method can only temporarily repair the polluted overlying water, and the water body pollution is very likely to come back after stopping aeration for one month

Images