A water purifier is a device that removes impurities, dissolved substances and microorganisms from tap water or other water sources through advanced water treatment technology to produce nearly pure water. The working principle of a water purifier is usually based on reverse osmosis (RO) technology.

LPH is the abbreviation of "Liters Per Hour", which means the amount of water processed per hour and is usually used to measure the flow capacity of a water filter. In other words, the LPH value represents the amount of water that a water filter can filter per hour under standard operating conditions.

If the rust particles in the well water are large, a filter of 10 to 20 microns can be selected; if the rust particles are fine, a filter of 5 to 10 microns should be selected.

The faucet water filter is a small filtration device installed at the water outlet of the household faucet. It is designed to remove suspended particles, chlorine, odors, bacteria and some harmful chemicals in the water through simple mechanical filtration or adsorption.

The reverse osmosis membrane is one of the most expensive parts in an industrial water purifier. Although its service life is usually 2 to 3 years, the cost of RO membranes is relatively high, and the replacement cost usually occupies a considerable part of the overall system maintenance budget.

When choosing a commercial water filter, reverse osmosis systems, activated carbon filters, UV sterilizers, and ion exchange systems are some of the most effective options.

The brine softener control unit is an electronic or mechanical device responsible for managing and controlling all key functions of the softener, including the start of the regeneration cycle, the regulation of the regeneration process, the operating status monitoring of the softener

Although industrial distilled water is superior to conventional drinking water in purity, it is not recommended as daily drinking water because it lacks necessary minerals and may have secondary pollution and microbial risks.

Three main problems of desalination: Issue 1 Environmental impact ● Brine discharge ● Use of chemicals ● Long-term impact on marine ecology Issue 2 High energy consumption ● Scale of energy consumption ● Energy sources and environmental impact ● Restrictions on renewable energy Issue 3 Economic cost ● Initial investment and operating costs ● Water prices and economic feasibility ● Funding and resource allocation

For areas with complex water quality, such as high heavy metal content or more organic pollutants, reverse osmosis systems are the best choice. Its high-efficiency filtration capacity can ensure water quality safety, but you need to pay attention to its wastewater ratio and maintenance costs.