If you have a private water source, it's critical that you maintain its safety. Particularly, well water may include hazardous germs, viruses, or cysts that can be harmful to you, your family, pets and livestock. The best way to disinfect your own home's private water supply is with an ultraviolet (UV) sterilizer. They come in a variety of sizes and can sanitize single taps or the entire property's water. Here are the main advantages of UV water purification systems: 1. Eliminates 99.9% of microorganisms UV water purification can

Nowadays, many families are choosing to install a water treatment system in their home. This is because there is a greater emphasis on health and safety. A whole house water treatment system will ensure the cleanliness of your drinking water, whether it comes from a municipal supply or a private well. The aging infrastructure and the spread of housing as a result of manmade aquifers can lead to contamination. This means that your water might be polluted with things like bacteria and organic matter, such as giardia, E-Coli,

Since the discovery of the sterilization effect in ultraviolet, UV water treatment has been used in the sterilization of wastewater. UV is suitable for the water treatment for domestic wastewater, municipal water supply, aquaculture, swimming pool and other applications. Today, UV water treatment plays an irreplaceable role in the field of water sterilization. We have long been engaged in the design, manufacture and foreign trade of a variety of UV water treatment equipment. Based on our years of experience in manufacture, the quality of UV water treatment equipment

Fresh water is limited resource in the process of sea transportation. Since the space within any ship is compact, special attention needs to be paid to the sanitation of fresh water that is being and to be used. And it was not easy to do so. In our previous blog article UV Ballast Water Treatment, we talked about the importance of sterilizing ballast water used by container ships. UV water treatment can provide an effective sterilization of the used water which contains potentially harmful microorganisms. Ultraviolet water treatment

It is necessary and important to ensure the sanitation of agricultural water. Whether for crop cultivation or livestock breeding, agricultural production is characterized by its large scale. Therefore, the outbreak of diseases will cause a huge impact, bringing huge economic losses. UV water treatment will be a priority for sterilization of water used for livestock drinking or crop irrigation. UV water treatment for agricultural water can ensure that the treated water is free of microorganisms such as bacteria, fungi, viruses, nematodes, etc. Regular inspections of water are necessary

Municipal drinking water and wastewater disinfection play an important role in ensuring the water supply and sanitation to urban, suburban and surrounding rural areas. Through the treatment of source water, the water flowing from consumers' taps can be guaranteed to be clean and safe. Previously, municipal wastewater disinfection has been dominated by chlorination. With the today’s concept of environmental protection, whether for drinking water treatment or urban wastewater treatment, UV water treatment method has been proved to be the best option. Water reuse through UV water treatment is

Ultrapure water refers to water with little or no contamination. Ultrapure water was originally developed to meet the needs of industries such as semiconductors and nanoscale fine ceramic materials. For many industries, their requirements for the water quality are not as high as at that for ultrapure water. But for pharmaceutical industry, semiconductor industry, power generation industry, lab applications, and several other industries, the demand for ultrapure water is always practical. In the electromagnetic spectrum, ultraviolet light lies between visible light and X-rays. For its advantages, UV water

It is difficult or almost impossible to achieve an effective control of harmful microbes in natural water. The increased consumption of aquatic products by consumers all over the world has led to more and more fish farming in limited environments. This has brought enormous environmental pressure and, at the same time, increasing crisis in habitat water sources at hatcheries and seafood rearing facilities. Today, there is growing concern about the impact of problematic natural water on aquaculture. Taking salmon as an example, many farmed fish can be affected

The sterilization function of UV radiation from the Sun has been learnt since the late 19th century. In the early 20th century, ultraviolet light began to appear in medical and drinking water sterilization. Later, since the 1960s, UV has been used commercially on a large scale, providing an excellent alternative to conventional chemical treatment solutions in many industries. As an excellent sterilization method for water treatment, UV has a series of advantages that traditional chlorination treatment is incomparable. For example, when it is used, its action duration against

Water quality is undoubtedly important for the fish that live in it. Two types of common problems for aquariums are fish diseases and algae growth in the water. Chlorination, which is commonly used to disinfect tap water, is fine for daily use. But even a low level of chlorine in water can affect the life of the fish. Ultraviolet (UV) water treatment is a better choice because it is non-chemical. And to achieve an UV treatment for an aquarium is not difficult. An aquarium UV sterilizer can help

Although the vast majority of the earth's surface is covered by oceans, fresh water resources are always scarce and unevenly distributed. As a method to save fresh water, rainwater harvesting systems can collect rainwater from the ground and store it for later reuse. We use rainwater harvesting systems to save water, but that's not the whole story. This is an action that makes economic as well as environmental senses. In our life, according to statistics, about 1/3 of the fresh water resources will be wasted in various ways.

Ultraviolet dechlorination (UV dechlorination) is not as well-known as UV water treatment. Due to the widespread use of chlorination of water, chlorine residue in water has become a problem in many industries. In our homes and many industrial processes, we need pure water that is free of chlorine. So, many dechlorination methods have been tried to get rid of the chlorine left in water. After practical use and selection, before the application of UV, the most popular methods are those that use granular activated carbon filters and neutralizing