The quality of groundwater is affected by the geographical environment, soil structure, rock composition and human activities. For example, groundwater in some areas may contain high concentrations of iron, manganese, sulfide or high hardness, resulting in yellow water, odor, scaling and other problems.

Adsorption refers to the process by which one substance attaches to the surface of another substance. Specifically, adsorption uses the surface of porous materials to attract and fix pollutants in water on its surface, thereby separating these pollutants from the water body.

The capacity and processing capacity of container water treatment systems is another key factor. You need to choose a system of the right size based on your actual needs. Processing capacity is usually measured in terms of the amount of water treated per hour or day.

Unlike traditional manual filters, the automatic backwash filter uses a built-in automatic control system to continuously remove dirt on the filter screen, ensuring that the equipment maintains a good filtering effect during long-term operation.

If the filtered water quality is significantly reduced, the TDS value (total dissolved solids) is increased, or the water outlet speed is significantly slowed down, the reverse osmosis membrane should be considered for replacement.

Main types of water treatment machines: Reverse osmosis (RO) water treatment machine Ultraviolet (UV) disinfection water treatment machine Activated carbon water treatment machine Water softener Ultrafiltration (UF) water treatment machine Electrolysis water treatment machine

Well water and groundwater usually contain more silt, rust and organic matter, and the hardness is also high. In this case, it is recommended to install a mechanical filter or activated carbon filter first, and then install a water softener to ensure a comprehensive improvement in water quality.

A standard water treatment system usually consists of a pretreatment unit, a core treatment unit, a post-treatment unit, and auxiliary equipment. These parts work together to ensure that the water quality meets the expected standards.

The EDI water treatment system is a new water treatment process that combines electrodialysis (ED) and ion exchange technology, mainly used to produce high-purity deionized water. "2000L/H" means that the water output of the EDI system is 2000 liters per hour.

The higher the desalination rate, the better the purification effect of the system and the less dissolved solids in the pure water produced. Most high-quality reverse osmosis systems have a desalination rate of more than 90%, and some can even reach 99%.