Water Treatment System
The origin of life on Earth is closely related to the existence of water.
One of the primary ways to address water scarcity and pollution is through water treatment.
As a fundamental component of living organisms, the unique properties of water form the foundation on which life relies for survival, while also serving as the lifeline of the national economy. However, the growth of population and economy imposes increasing demands on water, while at the same time the scale and severity of water pollution has escalated. China, being a nation with subpar water resources, struggles with issues such as inadequate total quantities, uneven distribution and severe contamination.
One of the main ways to solve water shortage and water pollution is water treatment. Many parts of our country face a shortage of potable water, while others grapple with poor water quality. The purpose of a water treatment system is to improve water quality by using engineering techniques to remove impurities from raw water, and subsequently process it into finished water that meets production or domestic water quality requirements, finally transport it to users. Additionally, these systems facilitate the collection and treatment of used wastewater until it meets the requirements for recycling and discharge.
Introduction of water treatment system
Beverage processing system
The system includes multi-media filter, activated carbon filter, iron and manganese removal filter, fluorine removal filter, etc., which mainly treats solid particles, colloids, suspended solids, free residual chlorine, organic matter and some ions in raw water to ensure compliance with requirements.
Deep membrane treatment system
Membrane filtration technology is a pressure-based membrane separation method employed in advanced water treatment, also referred to as advanced membrane filtration technology. Under a certain pressure, when the stock solution flows over the membrane surface, and small molecular substances to pass through to become permeate, while the substances in the stock solution whose volume is larger than the micro-pores on the membrane surface are trapped at the liquid inlet side of the membrane and become concentrated solution, thus achieving the purpose of separating and concentrating the stock solution.
The membrane treatment system sets itself apart from conventional filtration technology by offering selective separation on a molecular level, including three distinct components: ultrafiltration, nanofiltration and reverse osmosis.
Mineral addition system
Mineral is an essential element for normal physiological function of human body. Since they cannot be naturally synthesized within the body, they must be obtained through water and a balanced diet. Mineral addition system is designed to add a certain proportion of minerals to pure water to supplement human needs.
Ion exchange system
Polymer (anion and cation resin) is used as medium to replace one or more ions in water to achieve the purpose of hardness reduction and desalination.
Sterilization system
Water treatment sterilization mainly includes ultraviolet sterilization and ozone sterilization. Ultraviolet disinfection is a physical method to achieve disinfection by using light irradiation in this wavelength range. On the other hand, ozone sterilization is the oxidation-reduction reaction of ozone in water, which produces monoatomic oxygen (O) and hydroxyl (OH) with strong oxidation ability, and oxidizes organic substances, bacteria and microorganisms in water.
● Short contact time and strong sterilization ability;
● The equipment is simple, the operation and management are convenient, and ozone sterilization is sustainable.
