When treating salt water, it is crucial to choose a suitable reverse osmosis system, especially the standard seawater reverse osmosis system (SWRO) and the brackish water reverse osmosis system (BWRO) have obvious advantages in treating water sources with different salt contents.

Generally speaking, basic home reverse osmosis systems cost between $200 and $600. These systems are usually suitable for small families and can meet daily drinking water needs. More powerful systems with higher processing capacity can cost up to $1,000 or even more.

The 2000 LPH reverse osmosis system is a highly efficient water treatment device designed specifically to treat large amounts of water resources every day. The "2000 LPH" here means that the system can treat 2000 liters of water per hour (Liters Per Hour).

The pore size of the reverse osmosis membrane is very small, about 0.0001 microns, so it can effectively filter out most ions, molecules and other impurities. Most dissolved solids (TDS), including hard water ions such as calcium and magnesium, can be effectively removed by the reverse osmosis system.

Whole-house water filtration systems can be roughly divided into the following categories: 1. Sediment Filters: 2. Activated Carbon Filters: 3. Ion Exchange Systems: 4. Reverse Osmosis Systems: 5. UV Purification Systems: 6. Whole-House Comprehensive Filtration Systems:

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.

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.

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%.

Industrial ionized water machine is mainly used to adjust the pH value and mineral content of water, suitable for application scenarios that need to generate water of specific pH. Reverse osmosis system is mainly used to remove soluble solids and organic pollutants in water, with the goal of obtaining pure water.

Electrodialysis is a technology that separates ions in water through an electric field. It is often used to treat water with high salt content. It can effectively remove salt from brine and has a strong ability to treat suspended particles and organic matter.