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Water treatment refers to a wide range of physical and chemical measures taken to make water quality meet certain use standards and specific industry demands.  Common water treatment application industries include farm irrigation, municipal drainage, chemical industry, coal cleaning plant, and so on. Filtration solution for farm irrigation water treatment Why does farmland irrigation water need to be treated? There are various sources of water for irrigation, including rivers, springs, lakes, groundwater, and wells, with many harmful substances and impurities. In order to prevent clogging and crop yield reduction, farm irrigation filtration is necessary. Solution Scraper self-cleaning filters are generally adopted for farm irrigation water filtration. Compared with traditional filters, scraper self-cleaning filters can not only effectively remove impurities from irrigation water, but also eliminate the need for manual cleaning and cartridge replacement, with higher efficiency, more st

A process that removes particles of a certain size from liquids is called liquid filtration.  Liquid Filtration is a fundamental unit operation extensively practiced throughout the chemical process, petroleum, and allied industries. Many industries can use liquid filtration systems, like water treatment, pharmaceuticals, biotechnology, food and beverage, and other industries. • Water treatment There are four major water treatment processes: coagulation, sedimentation, filtration, and disinfection. Water treatment is the most common liquid filtration system. The end use may be drinking, industrial water supply, irrigation, river flow maintenance, water recreation, or many other uses, including being safely returned to the environment.  • Pharmaceuticals Another big industry that uses liquid filtration systems is the pharmaceutical industry. Every type of medicine goes through rigorous quality control tests to ensure impurities are removed from the final product, from over-the-counter dr

What Are The Stages of Wastewater Treatment? There are three main stages of the wastewater treatment process, aptly known as primary, secondary, and tertiary water treatment. More advanced treatment is required in some applications, known as quaternary water treatment. What is the primary water treatment? Primary wastewater treatment is the process of removing solid matter from wastewater. This process generally utilizes mechanical equipment to break up larger particles. What is the secondary water treatment? Secondary water treatment uses biological processes for extraction. Through secondary wastewater treatment, smaller particles are removed. What is the tertiary water treatment? The aim of tertiary wastewater treatment is to raise the quality of the water to domestic and industrial standards or to meet specific requirements around the safe discharge of water. Contact email: sales@ubowire.com

We specialize in producing and manufacturing wedge wire screen products. Our wedge wire filters include screen panels/cylinders/pipes, filter nozzles, false bottom, and sieve bend screens. •Wedge Wire Screen Panel

Profile Screen Laterals -Provide Support for Average Water Distribution Profile screen laterals have 2 types including header laterals and hub laterals. The design provides support for average water distribution and ensures uniform collection or distribution flow of a gas or liquid through treatment media without dead zones. Header lateral The header lateral design is used for horizontal vessels, larger diameter vertical vessels, and rectangular underdrains. This design provides the best distribution and makes the most effective use of media. Hub lateral In small diameter vertical vessels the hub lateral design may be utilised for economy. Lateral pipe-screen  The lateral pipe screen is the important component of the profile screen lateral. Can be a wedge screen or other. For collection and distribution applications where additional strength is required,standard screens with heavy internal drilled pipes may be utilized. Internal support bars can also be added where extra beam strength

Wedge wire screen is widely used in under-draining applications. Wedge wire lateral assemblies are a typical screen type used in the under-draining. The purpose of designing lateral pipe Designed to evenly distribute flow over the entire screen area, pipe-based laterals are typically connected to distributors and under-drain headers by NPT or flanged fittings.  Hub assemblies Each system is specifically designed for your application and serves both as a collector of down-flow service and a distributor of incoming backwash water. Header systems Various header systems are available to suit your specific vessel diameter, flow rate, and media size. We can help design your system to maximize optimal distribution throughout your media bed. Custom design service: E-mail: sales@uboscreen.com WhatsApp/skype: +86 136 5328 5589 WeChat: +86 173 6301 0656

Each header lateral consists of a series of screen laterals connected to a central header.  The assemblies allow designing for uniform flow through the treatment media at a wider range of rates and for a variety of vessel sizes and shapes.  Header laterals screen can be used to either distribute inflow or collect flow, depending on their location within a vessel. Installation position and function A common vessel arrangement would use a header lateral assembly at the top of the vessel to distribute inlet flow evenly across the bed surface. A second assembly, located at the bottom of the vessel, collects the treated flow ensuring uniform fluid distribution across the entire length and cross-section of the vessel. Application For example,  ion exchangers, clay and sand filtration applications, carbon towers, etc.  By the way, various header systems are available to suit your application, specific vessel diameter, flow rate, and media size. We can fabricate a new system or replace an ex

In wastewater treatment filtration systems , the Static Screen filter is used for pre-treatment.  Which types of screens are used in wastewater treatment? Proven by practice, the wedge wire static screen is the most ideal choice in the wastewater treatment process. The reasons are as follows: •The specifications and the slot size all can be customized according to requirements. The slot size can be ranging from 0.25 to 6 inches. •Less prone to clogging. •High open area. •Able to withstand strong pressure. •Others. By the way, the wedge wire static screen is genellary used by large treatment plants with ample floor space. What kind of impurities does the static screen filter? The static screen mainly separates solids and liquids. It is used for both municipal and industrial applications, particularly for screening fibrous and non-greasy solids. In which industries is the static screen used for wastewater screening? Like: plastics, paper, textile, tanning, laundry, milk, and food industr

Where should you install a resin trap? A resin trap should be installed in the product water line of most resin and media-based water treatment equipment. For example,  Softeners, Dealkalizers, Condensate Polishers Demineralizers, Carbon Filters, Sand Filters Portable DI Tanks, Greensand Filters, Multi-Media Filters Moreover, a resin trap also should be considered in the backwash lines of most ion exchange and carbon systems. Why should you need a resin trap? Reducing cost and recovering loss is one of the biggest advantages of the resin trap.  •Prevent the loss of expensive media/resin •Protects downstream pumps&equipment from damage How do you choose suitable a resin trap? Someone once said what fits is best. Factors to consider in choosing a suitable resin trap involve pressure, flow rate, filtered liquid, temperature, and so on. You should consider all of these. YUBO Filtration Equipment Co., Ltd.  offers the custom styles, materials, and specifications of resin traps according