Sewage treatment dual-system integrated full-automatic equipment

Abstract

The invention discloses sewage treatment dual-system integrated full-automatic equipment which comprises a container, a forward osmosis system, a high-salt concentration system and an equipment pipeline; a double-door power distribution cabinet and a dual-system equipment rack are arranged in the container; the forward osmosis system is mounted on the dual-system equipment rack, the forward osmosis system is connected with the double-door power distribution cabinet, and the forward osmosis system can perform forward osmosis treatment on sewage; the high-salt concentration system is mounted on the dual-system equipment rack, the high-salt concentration system is connected with the double-door power distribution cabinet, and the high-salt concentration system can perform high-salt concentration treatment on the sewage; and the equipment pipeline is arranged in the container and is connected among the double-door power distribution cabinet, the forward osmosis system and the high-salt concentration system. The equipment has the advantages of high maneuverability, high adaptability, small occupied space area, full automation, convenience in increment and capacity expansion, simplicity and convenience in manual overhaul, maintenance and replacement of parts, capability of being mounted and moved according to environmental terrains, capability of directly performing large-scale treatment and the like.

Description

technical field [0001] The invention relates to the technical field of sewage treatment devices, in particular to a dual-system integrated fully automatic equipment for sewage treatment. Background technique [0002] At present, the treatment products for the treatment of difficult and high-salt sewage are still relatively single, and the requirements for the treatment capacity of highly polluted water equipment are also relatively high. Currently, only traditional simple processes and equipment can be used to treat low-concentration water, which is still not effective. Zero emission standard. However, in the face of difficult and highly polluted wastewater treatment, the traditional sewage treatment equipment for high-concentration industrial wastewater has its own technical design, which is not up to date, easy to block, and prone to equipment shutdown and maintenance problems. For example, the design of the membrane structure on the equipment takes a long time The operat...

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Problems solved by technology

[0002] At present, the treatment products for the treatment of difficult and high-salt sewage are still relatively single, and the requirements for the treatment capacity of highly polluted water equipment are also relatively high. Currently, only traditional simple processes and equipment can be used to treat low-concentration water, which is still not effective. zero discharge standard

However, in the face of difficult and highly polluted wastewater treatment, the traditional sewage treatment equipment for high-concentration industrial wastewater has its own technical design, which is not up to date, easy to block, and prone to equipment shutdown and maintenance problems. For example, the design of the membrane structure on the equipment takes a long time The operating membrane and membrane elements are easily deformed, and the water quality cannot be achieved. It is prone to fouling and clogging, and the efficiency is low. Due to the long-term operation instability, the water production rate will drop significantly.

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