Water storage system of integrated overflow water storage tank

Abstract

The invention aims to provide a water storage system of an integrated overflow water storage tank. The technical scheme is that the water storage system of the integrated overflow water storage tank is characterized by consisting of groups of primary reverse osmosis devices, a secondary reverse osmosis raw water storage tank, a deep well water pond and a circulating water pond, wherein the secondary reverse osmosis raw water storage tank is placed higher than the deep well water pond and the circulating water pond; an adjusting valve is additionally mounted between the deep well water pond and the circulating water pond to adjust water quantity; and the body of the secondary reverse osmosis raw water storage tank is sealed and heightened, so that the water level difference that two overflow pipes respectively reach the circulating water pond and the deep well water pond is realized, and the water balance of the whole system is adjusted by controlling the water quantity of the overflow pipes to the circulating water pond, therefore, the quantity of the pipelines is effectively reduced, the material input and the maintenance cost are lowered, the pipelines are simple in structure and easy to operate, the balance degree of controllability of the circulating water pond is improved, the control precision is high, the utilization ratio of circulating water is improved, and the water and electricity consumption is effectively reduced.

Description

technical field [0001] The invention relates to the technical field of water treatment, in particular to an integrated overflow water storage tank water storage system. Background technique [0002] The water quality of the raw water produced and recycled in the workshop has been difficult to meet the use standard, and it needs to be purified by two-stage reverse osmosis treatment. Before the treated raw water enters the workshop, it must be transported to the water storage tank, circulating pool and deep well pool through pipelines respectively. The pipeline is complicated and the control is difficult. There are three sets of filtering equipment, and each filtering equipment has multiple water pipelines. When adjusting the water volume of a certain pool, it is often necessary to adjust multiple pipeline valves, and it is easy to affect other pools. The control independence is poor, the accuracy is low, and the operation is complicated, which easily causes waste of water res...

AI Technical Summary

Problems solved by technology

Before the treated raw water enters the workshop, it must be transported to the water storage tank, circulating pool and deep well pool through pipelines respectively. The pipeline is complicated and the control is difficult. There are three sets of filtering equipment, and each filtering equipment has multiple water pipelines. When adjusting the water volume of a certain pool, it is often necessary to adjust multiple pipeline valves, and it is easy to affect other pools. The control independence is poor, the accuracy is low, and the operation is complicated, which easily causes waste of water resources, and also causes a lot of waste of manpower and material resources.

Images