Mobile container water plant and water production process thereof

Abstract

The invention discloses mobile container water plant and a water production process thereof. The mobile container water plant comprises a water inlet pump, a static mixer, a mechanical flocculation tank, an inclined-tube sedimentation tank, a primary water tank, a level transmitter, a sand-filter water inlet pump, a primary sand filter tank, a secondary sand filter tank, a secondary water tank, a level transmitter, an ultrafiltration water inlet pump, a filter, an ultrafiltration membrane assembly, an electromagnetic flow meter, an outlet water tank, an ultrafiltration backwash pump, a sand-filter backwash pump, a dosing pump, a dosing tank, a disinfectant pump, and a disinfectants tank. The above devices are integral, and the devices are sequentially connected. The processing process comprises the steps of mechanical flocculation, inclined-tube sedimentation, quartz sand filtration, disinfection, ultrafiltration membrane filtration, and pressurized water supply. The water plant provided by the invention has the advantages of high inlet water source adaptability, safe and reliable produced water, full-automatic control, capability of remote alarming, convenient transportation, simple mounting, low maintenance work load, and the like. Produced water satisfies a national domestic drinking water hygiene standard (GB5749-2006). Also, water supply with separated qualities can be realized.

Description

technical field [0001] The invention relates to the technical field of a water plant and its water production process, in particular to a mobile container water plant and its water production process. Background technique [0002] Food is the most important thing for the people, and water is the first priority for food. Having stable, safe and clean drinking water is the basic need for human survival and the necessary guarantee for health. It is also an important foundation for getting rid of poverty, promoting social harmony and achieving sustainable development. However, when natural disasters such as earthquakes, floods, mudslides, droughts, and fires come, water supply pipelines, water supply facilities, and water plants will be destroyed, resulting in sudden water pollution; accidental damage to water supply facilities, man-made damage to water sources, and major All man-made emergencies may destroy drinking water sources, resulting in the inability to supply drinking w...

AI Technical Summary

Problems solved by technology

However, when natural disasters such as earthquakes, floods, mudslides, droughts, and fires come, water supply pipelines, water supply facilities, and water plants will be destroyed, resulting in sudden water pollution; accidental damage to water supply facilities, man-made damage to water sources, and major All man-made emergencies may destroy drinking water sources, resulting in the inability to supply drinking water that meets the sanitation and safety requirements during the disaster period and for a period of time after the disaster

[0003] Furthermore, due to the constraints of natural, economic and social conditions, it is uneconomical to temporarily build contiguous water supply projects or build centralized water supply projects in rural areas with sparsely populated land, complex terrain, and scattered residences. my country's rural water supply facilities Traditional, backward, small, scattered, and primitive water supply facilities are the mainstays, and the penetration rate of tap water is low. Residents have long-term drinking water difficulties and safety problems

[0004] For large-scale oil exploration, water conservancy and hydropower construction, railway and other field operation units, direct use of groundwater cannot guarantee the health of construction personnel, and currently there is no special high-clean field water supply station system in China

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