Water Purification*Industrial Water Purification*Desalination*Agriculture*

Types of Polyethylene Fittings Polyethylene pipes have a wide variety of fittings that connect the pipes to each other, creating a network of interconnected pipes in various projects. Some of these fittings include: Screw fitting Clamp fitting Threaded fitting Sewage welding fitting High-pressure welding fitting Electrofusion fitting Various fittings specific to drip irrigation and sprinkler irrigation Polyethylene fittings come in two models: welded and threaded, including tees, elbows, flanges, reducers, cross fittings, and more. Welded Polyethylene Fittings: Another method of connecting two polyethylene pipes is using polyethylene welded fittings. As the name suggests, these fittings are made of polyethylene, and due to the extensive applications of polyethylene pipes, these fittings are widely used. Applications of Polyethylene Fittings Water supply system: Polyethylene water pipes are used for water transfer in urban, rural, and intercity systems, making the use of polyethylene welded fittings common in water supply. Gas transfer: Polyethylene gas pipes are used for gas transfer or export, and polyethylene welded fittings are used to connect two pipes. Chemical transfer: Since polyethylene is resistant to chemicals, acid corrosion, and alkaline substances, it is the best option for chemical transfer pipes and consequently for polyethylene welded fittings. Welded Polyethylene Fittings Another method of connecting two polyethylene pipes is using polyethylene welded fittings. As the name suggests, these fittings are made of polyethylene, and due to the extensive applications of polyethylene pipes, these fittings are widely used. Applications of Polyethylene Fittings Water supply system: Polyethylene water pipes are used for water transfer in urban, rural, and intercity systems, making the use of polyethylene welded fittings common in water supply. Gas transfer: Polyethylene gas pipes are used for gas transfer or export, and polyethylene welded fittings are used to connect two pipes. Chemical transfer: Since polyethylene is resistant to chemicals, acid corrosion, and alkaline substances, it is the best option for chemical transfer pipes and consequently for polyethylene welded fittings. Welded Polyethylene Fittings Types of Polyethylene Fittings Polyethylene pipes have a wide variety of fittings that connect the pipes to each other, creating a network of interconnected pipes in various projects. Some of these fittings include: Screw fitting Clamp fitting Threaded fitting Sewage welding fitting High-pressure welding fitting Electrofusion fitting Various fittings specific to drip irrigation and sprinkler irrigation Features of Fittings Used in Polyethylene Pipes Very high resistance to cracking and breakage that may occur due to external pressure on the fitting body Resistance to chemicals and rust Flexibility and low installation cost Quick installation without the need for heavy and specialized tools And more... Due to the numerous advantages of polyethylene fittings, they have gained significant popularity and application. Polyethylene fittings are used in water supply and sewage pipelines, gas lines, industry, underwater installations, electrical and telecommunication cables, and more. Here are some of these advantages: Very high strength and long lifespan Cost-effectiveness High durability and resistance under harsh and variable temperature conditions Leak-proof due to welding connection method Resistance to chemicals Types of Polyethylene Fittings include: Welded polyethylene fittings In this type, electrofusion welding is used to connect pipes and fittings. Screw polyethylene fittings As the name suggests, bolts and nuts are used to connect pipes and fittings and prevent leaks. Despite their widespread use, welded polyethylene fittings are more popular. Water supply polyethylene fittings Used in water transfer systems, for example, widely used in water and sewage companies. Drip irrigation polyethylene fittings Used in agricultural field irrigation and plant watering. Although all factors affecting polyethylene pipe prices also influence the price of these fittings, polyethylene fittings come in a wide variety, and their prices vary greatly depending on model and application. Since most problems occur at fittings, high quality and performance must be carefully considered when purchasing polyethylene fittings. Types of Polyethylene Fittings include: Injection fittings Electrofusion fittings Corrugated fittings Screw fittings Sewage fittings Advantages of Polyethylene Fittings Polyethylene pipes offer desirable properties such as light weight, abrasion resistance, corrosion resistance, high impact resistance, and superior flexibility. Other features and advantages of polyethylene pipes include: Easy Handling Polyethylene pipes are easier to transport and install compared to other options, offering significant cost and ROI benefits. Polyethylene density is about one-eighth that of steel, so heavy lifting equipment is not needed during installation. Thanks to their excellent flexibility, polyethylene pipes can be bent without additional fittings, allowing easy installation in uneven terrains and continuous lengths. Reduced Installation Costs High-density polyethylene systems can be welded into seamless, leak-free pipes requiring fewer fittings, resulting in significant labor and installation savings. Thermal Fittings Polyethylene pipes are thermally joined, creating a connection stronger than the pipe itself. Electrofusion is a reliable welding method used for polyethylene pipes, offering significant installation advantages over traditional pipe materials. Corrosion and Chemical Resistance Polyethylene does not rust, corrode, or support biological growth. Compared to traditional pipe materials, polyethylene pipes have excellent chemical resistance, resisting corrosion, acids, bases, and salts. They are also unaffected by fungi and bacteria, enabling resistance to organic materials. Pipeline Rehabilitation Trenchless technologies also use polyethylene pipes and fittings to repair old and damaged pipelines. Several technologies are available for rehabilitating old pipelines, including slip lining and pipe bursting. Both are excellent techniques for restoring or replacing and upgrading existing urban infrastructure. Trenchless Installation Traditional piping systems are installed by open-cut trenching, causing traffic and environmental disruption. Polyethylene pipes can be installed using this traditional method or environmentally friendly trenchless technology. For trenchless installation, a device drills a continuous horizontal hole underground. When the drill head reaches the hole's end, the pipe is attached and pulled back through the hole. The flexibility, outstanding tensile strength, and abrasion resistance of polyethylene pipes make them the preferred and proven choice for trenchless installation technology. Pipes can be installed under streams, rivers, lakes, roads, or straight paths with minimal environmental and public disruption. Compared to a non-plastic pipe installed by open-cut methods, a leak-free polyethylene system installed using non-invasive trenchless technology is more cost-effective. Advantages of Welded Polyethylene Fittings Long lifespan: Polyethylene inherently has a long life, so welded polyethylene fittings, when properly connected, can last close to 50 years. Easy installation: Another reason for the widespread use of welded polyethylene fittings is their easy installation using a welding iron. No size limitations: Electrofusion fittings in Iran have size limitations, but these fittings do not, making them popular. High resistance: Due to polyethylene's high resistance to pressure, temperature, chemicals, and UV radiation, welded fittings share these advantages. Low cost: Cost is a key factor for any employer in a project, and the low price of these fittings has made them popular among employers.

When coagulation is performed inside the reactor with the help of electric current instead of relying on direct coagulant injection. The image shows an electrocoagulation package made by Palood Sanat Company; a process in which metal electrodes under direct current generate coagulant species within the reaction environment, facilitating the destabilization and aggregation of some suspended pollutants, colloids, and certain separable compounds. In this technology, performance quality depends not only on the "presence of electricity and electrodes." Parameters such as electrode material and spacing, current density, electrical conductivity, acidity (pH), retention time, reactor hydraulics, mixing method, and the separation technique of the produced flocs and sludge must be determined according to the actual characteristics of the wastewater. In some applications, fine bubbles generated in electrochemical reactions can also assist in the flotation of some flocs; however, the choice of the final separation arrangement should be based on the nature of the wastewater and process test results. Electrocoagulation can be an option for certain industrial wastewaters where the removal of turbidity, suspended solids, color, oil, or specific pollutants is desired; but its capacity and efficiency must be determined through testing, design, and the actual conditions of each project, and a fixed solution cannot be applied to all wastewaters. Engineers of Palood Sanat Design and implementation of electrocoagulation systems and physico-chemical water and wastewater treatment processes ☎️ 021-44717343 ☎️ 021-44717353 ☎️ 021-44717363 ? 09123311069 ? palood.org ? Tehran, Tehransar

Ozone must be produced on-site; however, the quality of an ozone generation system is not limited to just ozone production. What is shown in the image is part of the Ozone Generation & Control System implemented by Palood Sanat engineers; a system designed for stable operation, equipment control, and integrated management of the ozonation process. Ozone, as a strong oxidizer and disinfectant, can be used according to project conditions in water and wastewater treatment, microbial load reduction, oxidation of certain compounds, and improvement of the final flow quality. However, selecting an ozone generator is not done solely by specifying the device capacity. In an engineering design, flow rate, water or wastewater quality, required ozone amount, gas transfer method to the liquid phase, contact time, control equipment, and safe management of the output gas must all be considered together. At Palood Sanat, the ozonation system is designed and equipped according to the actual conditions of each project; from selecting the generator capacity and auxiliary equipment to the control panel, instrumentation, and integration with the process line. Design and implementation of ozonation, disinfection, and water and wastewater treatment systems