Integrated water treatment equipment

Abstract

Integrated water treatment equipment comprises a septic tank, a filtration tank and a discharging system, which are all installed below the ground surface with bottoms arranged on a prefabricated concrete slab. One side of the septic tank is provided with a water inlet pipe, and the upper part of the other side is connected to the filtration tank through a connecting pipe. The septic tank and the filtration tank both comprise a tank, a stiffener at the outside of the tank and a ventilating window at the top of the tank. The tank of the septic tank is divided into two septic chambers. A three-way pipe is arranged above a separator plate between the two septic chambers. A flow deflector is vertically arranged above the septic chambers. There is a gap between the flow deflector and the bottom of the tank. A filter, a chlorine dioxide water-purifier and a back-flusher are arranged inside the filtration tank. One side face of the filtration tank is connected to the discharging system. The invention has the following advantages and beneficial effects: the equipment meets special requirements of water treatment systems in remote areas on space and region, and installation trend and standardization of water treatment technology are realized.

Description

technical field [0001] The invention belongs to water treatment equipment, in particular to an Internet of Things and integrated water treatment equipment. Background technique [0002] At present, my country's water treatment technology and equipment are mainly used for large-scale industrial water and urban centralized water use, and are suitable for small flow and decentralized water treatment systems far away from urban water treatment pipe networks. Within the same set of equipment, many of them just copy the traditional process, which is only a reduced version of urban water treatment, which has difficulties in collecting on-site, low treatment efficiency, high investment, improper sludge treatment, large footprint, applicability and scalability Extensibility is not strong and other issues. At the same time, the equipment generally has unstable technical performance and unsatisfactory treatment effects. Sewage can only remove organic matter, but ignores denitrification ...

AI Technical Summary

Problems solved by technology

[0002] At present, my country's water treatment technology and equipment are mainly used for large-scale industrial water and urban centralized water use, and are suitable for small flow and decentralized water treatment systems far away from urban water treatment pipe networks. Within the same set of equipment, many of them just copy the traditional process, which is only a reduced version of urban water treatment, which has difficulties in collecting on-site, low treatment efficiency, high investment, improper sludge treatment, large footprint, applicability and scalability Issues such as poor extensibility

At the same time, the equipment generally has unstable technical performance and unsatisfactory treatment effects. Sewage can only remove organic matter, but ignores denitrification and phosphorus removal; drinking water only eliminates visible impurities in water sources, but cannot treat difficult-to-see Colloids and invisible germs, etc., make the effluent water quality not up to standard

Moreover, the treated sludge is often landfilled on a large scale, and resource utilization is low.

In addition, it is difficult to supervise the equipment in the later stage and the maintenance cost is high, which leads to the low normal operation rate of the existing water treatment facilities, and it is difficult to meet the requirements of water treatment technology and equipment in remote and remote areas far away from the city. Growing demand for ease of maintenance, etc.

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