Vertical reverse osmosis desalination ion fully automatic water treatment equipment
Core disassembly and supplementary explanation
Accurate correspondence of key terms
Vertical: Vertical (equipment structure form, different from horizontal/horizontal placement)
Reverse osmosis filtration: Reverse osmosis filtration (RO core process, industry abbreviation RO filtration)
Salt ion: Salt ion (specifically referring to soluble salt ions such as calcium, magnesium, sodium, chlorine, etc. in water, the core removal target)
Automatic water treatment equipment: Fully automatic water treatment equipment (including automatic start stop, backwashing, regeneration, water quality monitoring closed-loop control)
In practical engineering, due to its core function of reverse osmosis desalination, the commonly used simplified term in the industry is: vertical fully automatic reverse osmosis desalination equipment (omitting “ion/filtration”, which does not affect professional understanding and is a common expression in the industry)
The core feature of the equipment is that it is a vertical integrated desalination device that integrates reverse osmosis (RO) membrane separation technology. It can automatically remove soluble salt ions, heavy metals, colloids, microorganisms and other impurities in water, and treat raw water (tap water/well water/groundwater) into pure water/ultrapure water. Unlike split RO equipment, the vertical structure occupies less space and has higher integration. It is suitable for small and medium-sized water use scenarios (such as laboratories, small factories, commercial water purification stations).
Terminology for supporting similar equipment (connected to the previous text)
Based on your previous mention of sand filter/carbon filter/water softener, a complete description of the entire set of pretreatment+core desalination equipment: quartz sand filter+activated carbon filter+water softener+vertical fully automatic reverse osmosis desalination equipment (industrial pure water preparation standard pretreatment+core process combination)
Post time: Jan-29-2026