Under-counter water purifier is a water purification device installed under the kitchen sink. Unlike traditional countertop water purifiers, it mainly saves space through hidden installation, and directly supplies filtered clean water through a special faucet or connected to the existing water pipe system of the home.

Components of portable desalination devices: 1. Water Intake System 2. Pre-treatment System 3. High-pressure Pump 4. Reverse Osmosis Membrane 5. Brine Disposal System 6. Freshwater Storage System 7. Power Supply System 8. Control System

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.

A portable desalination device, as the name suggests, refers to a device that can be carried around, easily moved, and can desalinate seawater. It is usually designed in a compact form and is suitable for use by individuals, teams or small units in emergency situations, especially when fresh water resources are scarce at sea or in coastal areas.

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%.

As a key indicator, TKN plays a vital role in the wastewater treatment process. It not only helps determine the degree of wastewater pollution, but also directly affects the process selection and management strategy of wastewater treatment.

According to Brita's official recommendation, the service life of the P1000 filter is 4 months or about 1,200 liters of water, depending on the above factors. In actual use, users should judge whether the filter needs to be replaced in advance based on their own water quality and usage.

In the water treatment industry, RO membranes are usually named in a combination of numbers and letters, which include the size and characteristics of the membrane element. For the 4040 RO membrane, "4040" represents the size of the membrane element