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Water Purifier Dual Media Filter+ The purchase price

A dual media filter is a type of water purifier which has its special features and applications. This type of water purifier has both a distributor for the incoming airflow and a collecting system for the debris that settles to the bottom. The system has frontal pipe work and isolation valves that are fitted externally onto the front of it. Sand is used in the process of removing the particles that are suspended in the water. We filter the water through anthracite so that it can be used for a variety of purposes. They are also helpful in extracting odor, color, and other such characteristics. All forms of media are supported by the provision of gravel and pebbles. There will be times when the sand-anthracite filter will backwash, which will cause the flow of water through the sand-anthracite filter to be disrupted. During the process of filtration, the anthracite is responsible for removing the particles that are the largest. The remaining particulate matter is subsequently captured by the sand as a result of a synergistic interaction between adhesion and pressure. Because water particles are filtered out at different depths in a dual media filter, the filter does not clog as quickly because the top layer has already collected all of the particles. You can get the very best filter or any other replacement part for your RO, DM, and softeners by going to our service page. What is meant by the term "dual media filters"? Anthracite is one of the media in a dual-media filter, along with marbled and gravel-reinforced fine sand. An anthracite layer measuring between 1.25 and 2.5 millimeters thick sits atop a layer of very fine sand in these filters (1-1.5mm). The particles of anthracite are large, and when compared to those of fine sand, they have a greater capacity for retaining dirt. In areas where suspended contaminants, turbidity, and iron are present in the raw water, we utilize dual media as a water treatment method. In situations in which the volume of the filtering system is relatively high, dual media filters are also capable of providing very effective particle removal. These filters use layers of anthracite and garnet pollutants as a filter medium, and they have a filter system quantity of 98 percent down to 2 microns. The efficiency of the unit can be maintained thanks to the dual media filters' automated backwashing mechanism, which makes use of several different types of air and water. Because of the grading of the filter media, the sand anthracite filter can operate for significantly longer periods before it needs to be back-washed. A sand-anthracite filter, also known as a multi-media filter, is comprised of two primary components: A multi-port Valve Composite Pressure Tank. Sand and anthracite beds that are graded. What are the various configurations of the dual media filter types? Because untreated water often contains impurities that are toxic to living things, the presence of water treatment plants is necessary. In wastewater treatment plants, one type of mechanical process that may be utilized is called media filtration. In this context, chemical and physical absorption methodologies are also utilized. The four most important stages of media filtration are called straining, sedimentation, interception, and diffusion, respectively. The final step is known as inertial compression. Utilizing filters with two different types of media can be an effective method for cleaning polluted water. It is widely regarded as being of superior quality for the elimination of contaminates. Through this process, the vast majority of the solids that have been dissolved are extracted. At a variety of our water treatment plants, we make use of a dual-media filter system. This is primarily a result of its effective design as well as the dual filtration process that it utilizes. In a dual media filter, water travels through media that has pores that are only slightly larger than average. Anthracite is responsible for the release of the primary molecules. The adhesion and straining combination properties of sand and garnet are utilized in the subsequent layer, which is responsible for the removal of particles. In a single pass through the filtration process, filters don't clog up as quickly as they normally would. When it comes to the dual media filter method, this is primarily attributable to the presence of multiple depths or filters. In dual-media filters, an automated backwashing method is utilized, which helps to maintain the efficient operation of the unit. The following are the three types of dual media filters that are used most frequently: Filters made of calcite are made from a substance called calcite, which occurs naturally in the atmosphere. In addition to that, it is economical. The pH of the water can be increased with the help of calcite filters. Additionally, they make the water more alkaline. Because of this, it is possible to prevent the pipes from becoming strained. Filters made of anthracite are utilized in dual-media filtration systems alongside sand filters. It has lower specific gravity than sand, which is one of the characteristics that make it more suitable. In addition, because it has a high carbon content, it is resistant to a wider variety of chemicals. It is one of the simplest ways to bring down the turbidity and the number of suspended solids. To treat biofilm, we make use of anthracite as a medium. This also helps in the formation of smaller flocks, known as micro-flocks. Filters made of activated charcoal: We can remove organic substances from the water, such as chlorine and disinfectants, with the assistance of filters made of activated charcoal. In addition, we use them to enhance the flavor of the water that we drink. When this method of filtration is used first, before any other type of filtration, such as reverse osmosis, oxidation is prevented. What kinds of applications are there for dual media filters, and what are their features? Applications:

  • The filtration of the cooling water using a side stream.
  • Treatment of the water using filters
  • The treatment of wastewater
  • Water is used to feed the boiler.
  • During the RO process's preliminary treatment step.
  • During the stage of the desalination process known as the pre-treatment.
  • Removes turbidity as well as solids that are suspended in the water.


  • Simple design.
  • Multi-layer filters.
  • legs made of structural steel, which not only look good but also offer dependable protection. This may increase safety.
  • reflects the fluctuations in flow rate that occur regularly.
  • Superior Filtration Capacity and Performance.
  • Filter out particles larger than 10–20 microns.
  • FRP, MSRL, MSEP & SS Vessel are also available.
  • The tried-and-true combination of sand and anthracite as a media.
  • The low pressure decreases as it travels across the vessel.
  • A process that uses air to search for vessels with high flow pressure.
  • There are manual controls, semi-automatic controls, and automatic controls available.

Dual filters are more effective than standard sand media filters when it comes to attracting large amounts of particles that are already present in the water. This is because multiple layers of filters, each with a unique pore level, are used in the process. Another difference that can be seen between the sand media filters and the dual media filters is that the latter last significantly longer. This is because the filter bed of the dual media system is used to its maximum capacity. The following are some advantages:

  1. Producing results of a high quality
  2. Strong potential for the cleaning up of the dirt.
  3. Having a high rate of filtration.
  4. Simple controls, and equally simple maintenance requirements.
  5. Simple to install and with a low-cost installation.
  6. Cost-effective.
  7. Dependable as well as productive.
  8. There is less of a pressure drop.
  9. Several Distinct Varieties of Dual Media Filters

The following are the three types of dual media filters that are mentioned most frequently: Calcite Filters Calcite is a substance that can be discovered in its natural state in the surrounding environment. As a result, it is efficient in terms of costs. The pH of the water can be increased with the help of calcite filters. They are also capable of neutralizing water. As a result of this, strainers won't be necessary for the pipes. Filters made of anthracite Sand and this filter are both components of a dual-media filtration system. Its gravity is lower than that of sand, which is one of the characteristics that make it more suitable. Additionally, due to the high carbon content, it is resistant to a wider variety of chemicals. It is widely regarded as one of the most effective strategies for removing turbidity and suspended solids. Anthracite is utilized as a carrier in the process of biofilm treatment. In addition to this, it is beneficial to the expansion of smaller flocks. Filters Made of Activated Charcoal In other words, carbon is transformed into charcoal through the use of oxygen. Because of the opening of many tiny pores between the carbon atoms, the carbon can absorb impurities from both liquids and gases. Activated charcoal filters are used to treat water to remove organic matter, chlorine, and other disinfectants. They are also known for their ability to improve the flavor of the water. When used before any other filtration process, such as reverse osmosis, this method prevents oxidation from occurring in the water. Utilization of Filters Utilizing Dual Media Most commonly, dual media filters are utilized in environments in which the water contains impurities such as turbidity, iron, suspended solids, etc. They are one of the most effective ways to get rid of impurities under a variety of different circumstances. In the following types of filtration processes, dual media filters are frequently used: Treatment of Water for Consumption Removes:

  • Iron
  • Manganese
  • Turbidity
  • Suspended solids
  • Arsenic
  • Fluoride
  • In the RO process, pre-treatment is performed.
  • Pre-treatment in the desalination process
  • Treatment of Water for Swimming Pools


  • Turbidity
  • Suspended solids
  • The Treatment of Wastewater
  • Removes:
  • Expansion of the septic tank
  • Turbidity
  • Suspended solids
  • The Treatment of Ground Water


  • Turbidity
  • Suspended solids
  • Utilized in the complete stream filter
  • Utilized in the filtering of the sidestream
  • Functions and Characteristics of Dual Media Filters
  • Simple design
  • Multi-layer filters
  • 20–30 micron rating for the filtration system
  • Quartz sand media are the industry standard and persuasive.
  • Cleaning of the air for the high-flow pressure vessel
  • A slight decrease in pressure across the vessel
  • Vessels like MSRL, SS, DRP, and MSEP

Manual, semi-automatic, and automatic features For reasons of safety, legs made of structural steel that offer sturdy support have been designed. Takes care of the occasional peaks and valleys in the flow rate Long periods pass between the back-washings of the filter. The Advantages of Using Dual Media Filters When it comes to attracting a significant number of particles that may be found in water, dual filters are significantly more effective than traditional sand media filters. This occurs as a result of the numerous filter layers, each of which contains a different level of pores. The longevity of the dual media filters is longer than that of the sand media filters, which is another distinction between the two types of filters. This is because the dual media filter bed was used to its maximum capacity throughout the process. The following is a list of some additional advantages:

  • Effectively removes turbidity as well as total suspended solids
  • Producing a high quality
  • In addition to hand holes, there are two elliptical manholes.
  • Powerful ability to clean up dirt
  • The rate of filtration is quite high.
  • Simple in its operation
  • Easy to maintain
  • Simple to put in place
  • Cost-effective setup and installation
  • Consistently effective and dependable
  • Low energy requirement
  • Minimal start-up time
  • The decrease in pressure is less severe.
  • Economically sensible

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