Pure Water: Refers to water that is sealed in a container and processed by appropriate methods such as electrodialysis, ion exchange, and distillation, meeting the hygiene standards for drinking water as raw water and is safe for direct consumption.

2. Ultra-pure Water: It is a type of water that further removes almost all conductive media from pure water, ensuring that colloidal substances, gases, and particles are removed to an extremely low level. Ultra-pure water is difficult to achieve through conventional techniques. It can be produced by using microfiltration, ultrafiltration, and EDI technologies, as well as ion exchange techniques.

Ultra-Pure Water Equipment Features:

Highly integrated, easy to expand; increasing the number of membranes can increase processing capacity.

High level of automation, stops immediately upon failure, with automatic protection features.

The membrane components are rolled from composite film, demonstrating higher solute separation rates and permeation rates.

Low energy consumption, high water utilization rate, and low operation costs. Reasonable structure, minimal land area.

The advanced membrane protection system allows for automatic cleaning of the membrane surface contaminants with water during shutdown, extending the membrane's lifespan. The equipment is designed with a membrane cleaning system that incorporates a scale inhibition system.

Characteristics of Pure Water Equipment Structure

High desalination rate, low operating pressure American ultra-low pressure spiral composite membrane, excellent water quality of produced water, low operation cost, and long service life.

Low-noise, high-quality high-pressure pumps

The online product conductivity meter can monitor water quality at any time.

Each product water and concentrated water are equipped with flow meters to monitor the system's output and recovery rate.