Kitz Micro Filter Japan’s comes with Best picked and Advanced Fiber Filtration Technology with 4 filtration levels. Understand the different Filtration methods.
This document summarizes the key components of a water purification system used in industry. It discusses the various steps involved: deep well water collection, pumping, storage, sand filtration, carbon filtration, resin filtration, and UV sterilization. The goal is to remove contaminants and produce clean water suitable for uses like drinking, bottle washing, cleaning, and boilers. Stainless steel pipes, appropriate filter media like sand, activated carbon, ion exchange resins, and UV lamps are used to purify the water through physical and chemical processes.
This document provides an overview of water treatment processes and technologies. It discusses the criteria for selecting water treatment plant sites, and describes various purification methods including intake works, sedimentation, filtration using slow sand filters and rapid sand filters, disinfection, and water softening. The key steps in the water treatment process are outlined, from drawing water from the source and removing large suspended particles, to filtration, disinfection to kill bacteria, and ensuring water quality meets standards.
The document discusses water filtration and the importance of clean water. It describes a 7-stage water filtration system called HomePure that removes contaminants like bacteria, sediments, chemicals and heavy metals. The HomePure system uses various filter medias like activated carbon, ceramic balls and a hollow fiber membrane in its 7 filtration stages. It has been tested by certification bodies and provides clean, safe drinking water without electricity or professional installation.
Water purification is the process of removing undesirable chemicals, biological contaminants, suspended solids and gases from water to produce water suitable for specific purposes such as drinking. There are different water filter options for homes including pitcher filters, under sink filters, shower filters, faucet mounts, water dispensers, countertop filters, and whole house filters. These filters vary in what contaminants they remove and where they are installed but generally work to purify water and make it safer for consumption or use.
Sometimes "inventions" can be attempts to address taboos in ways that are less objectional ... that is not enough today when we are soon 8 billion people "going"
The document discusses the importance of air and water quality for human health. It focuses on water, explaining that water makes up most of the human body and is essential for bodily functions. Several factors that can affect water quality are discussed, including pollution sources and contaminants. The document then describes a HomePure water purification system. It provides details on the system's 7-stage filtration process and materials used to remove contaminants and produce clean, safe drinking water.
Tertiary treatment involves additional wastewater treatment processes beyond secondary treatment to further improve water quality before discharge or reuse. It typically includes nutrient removal through nitrification/denitrification or phosphorus precipitation, disinfection through UV, ozone, or chlorine, and filtration through sand filters, membrane filters, or activated carbon to remove remaining solids and chemicals. The goal of tertiary treatment is to remove nearly all organic and inorganic compounds to produce very high quality effluent suitable for sensitive reuse applications or discharge into the environment. Common tertiary treatment processes include nutrient removal, disinfection, ion exchange, membrane filtration, and sand or activated carbon filtration.
Evolution of Drinking Water Quality and its Filtration Process in India.pptxkitz filters
Though the home-based water filtration process in the form of boiling water was adopted, it was not totally a success. Slowly, with time; a Drinking water filter got introduced in the market which proved to be a boon. The purified form of water was not only popular for domestic purposes but also helpful in increasing the longevity of appliances.
This document summarizes the key components of a water purification system used in industry. It discusses the various steps involved: deep well water collection, pumping, storage, sand filtration, carbon filtration, resin filtration, and UV sterilization. The goal is to remove contaminants and produce clean water suitable for uses like drinking, bottle washing, cleaning, and boilers. Stainless steel pipes, appropriate filter media like sand, activated carbon, ion exchange resins, and UV lamps are used to purify the water through physical and chemical processes.
This document provides an overview of water treatment processes and technologies. It discusses the criteria for selecting water treatment plant sites, and describes various purification methods including intake works, sedimentation, filtration using slow sand filters and rapid sand filters, disinfection, and water softening. The key steps in the water treatment process are outlined, from drawing water from the source and removing large suspended particles, to filtration, disinfection to kill bacteria, and ensuring water quality meets standards.
The document discusses water filtration and the importance of clean water. It describes a 7-stage water filtration system called HomePure that removes contaminants like bacteria, sediments, chemicals and heavy metals. The HomePure system uses various filter medias like activated carbon, ceramic balls and a hollow fiber membrane in its 7 filtration stages. It has been tested by certification bodies and provides clean, safe drinking water without electricity or professional installation.
Water purification is the process of removing undesirable chemicals, biological contaminants, suspended solids and gases from water to produce water suitable for specific purposes such as drinking. There are different water filter options for homes including pitcher filters, under sink filters, shower filters, faucet mounts, water dispensers, countertop filters, and whole house filters. These filters vary in what contaminants they remove and where they are installed but generally work to purify water and make it safer for consumption or use.
Sometimes "inventions" can be attempts to address taboos in ways that are less objectional ... that is not enough today when we are soon 8 billion people "going"
The document discusses the importance of air and water quality for human health. It focuses on water, explaining that water makes up most of the human body and is essential for bodily functions. Several factors that can affect water quality are discussed, including pollution sources and contaminants. The document then describes a HomePure water purification system. It provides details on the system's 7-stage filtration process and materials used to remove contaminants and produce clean, safe drinking water.
Tertiary treatment involves additional wastewater treatment processes beyond secondary treatment to further improve water quality before discharge or reuse. It typically includes nutrient removal through nitrification/denitrification or phosphorus precipitation, disinfection through UV, ozone, or chlorine, and filtration through sand filters, membrane filters, or activated carbon to remove remaining solids and chemicals. The goal of tertiary treatment is to remove nearly all organic and inorganic compounds to produce very high quality effluent suitable for sensitive reuse applications or discharge into the environment. Common tertiary treatment processes include nutrient removal, disinfection, ion exchange, membrane filtration, and sand or activated carbon filtration.
Evolution of Drinking Water Quality and its Filtration Process in India.pptxkitz filters
Though the home-based water filtration process in the form of boiling water was adopted, it was not totally a success. Slowly, with time; a Drinking water filter got introduced in the market which proved to be a boon. The purified form of water was not only popular for domestic purposes but also helpful in increasing the longevity of appliances.
This document provides information about various methods for purifying water on a small scale. It begins with general and specific objectives about explaining purification methods. It then describes techniques like boiling, filtration using ceramic or cloth filters, ultraviolet irradiation, solar disinfection, and chemical disinfection using bleach, chlorine, or iodine. Reverse osmosis is also summarized as removing contaminants through a semi-permeable membrane using water pressure. Filtration methods like ceramic filters, which can remove bacteria through tiny pores, are explained in more detail. The document concludes with assignments for students to read about purification methods and plans for the next class.
A presentation on Potential Technology for Water Treatment by Romeo Afrin Upama, Department of Geography & Environmental Studies, University of Chittagong. The presentation is on the available and potential water treatment technologies.
The document discusses various methods for water purification at both small and large scales. At a small scale, methods include boiling, filtration through muslin cloth, and chemical treatment with substances like bleaching powder or chlorine tablets. Large scale methods include slow sand filtration and rapid sand filtration. Purified water and distilled water are produced through additional filtration and boiling processes, respectively, and are used for various applications where high purity is required like in pharmaceutical, medical, and laboratory settings.
Aquafresh RO Water Purifier Complete Informationrobazaar7
Aqaufresh RO Water Purifier management and guidelines of Purification of water. For more details please visit the official website https://aquafreshrosystem.com/about/
This presentation explains the slow sand filter for water treatment. These filters require large areas of land and a correspondingly large quantity of filter media (sand) and base material (gravel).
Cleaning of the filter is done by surface scrapping which may involve a lot of labor. A slow sand filter is suitable when the availability of land, labor, filter media are at a low cost.
A distinguishing property of slow sand filters is the availability of a thin layer, called the schmutzdecke, which results on the surface of the sand bed and contains a large variety of biologically active microorganisms. It is a very simple and effective technique for purifying surface water.
It will remove practically all of the turbidity from the water as well as most of the pathogens without the addition of chemicals. If turbidity of raw water is high then plain sedimentation would be required to reduce turbidity to some extent so that the fillers arc not unduly loaded.
Microfiltration is an inexpensive water treatment process that uses membranes to reduce turbidity, suspended substances, and bacteria. It has advantages like reducing treatment chemicals and microorganisms while lowering costs compared to conventional treatment. However, it may require pretreatment to prevent fouling and scaling, and membranes require replacement every 3-5 years. Microfiltration is used for water pre-treatment in various biological and membrane processes. Ultrafiltration and nanofiltration can remove even smaller particles and molecules but not salts or sugars. Reverse osmosis uses pressure to force purified water through a semi-permeable membrane, leaving behind dissolved ions and larger particles.
This document summarizes filtration and disinfection methods for water treatment. It describes various filtration methods including slow sand filtration, rapid sand filtration, and pressure filtration. It details the components, processes, and properties of slow sand filters. Rapid sand filters and pressure filters are also summarized. The document then summarizes various disinfection methods including boiling, lime treatment, iodine/bromine treatment, silver treatment, ozone treatment, potassium permanganate treatment, ultraviolet ray treatment, and chlorine disinfection. Chlorine disinfection is described in the most detail including its mechanisms of action.
This document discusses water filtration and disinfection methods. It covers various filtration methods like slow sand filtration and pressure filtration. Slow sand filtration uses layers of sand, gravel and other media to slowly filter water. Pressure filtration uses enclosed steel cylinders to filter water more quickly under pressure. The document also discusses several disinfection methods including boiling, chlorination, ozonation, and UV light treatment. Chlorination is commonly used because chlorine is inexpensive, effective at killing microorganisms, and can be applied as a gas, liquid or powder to disinfect drinking water.
Filtration is a sterilization method that removes microorganisms from liquids and gases without exposing them to heat. It works by passing the substance through a membrane with pores small enough to block microbes. Key points:
- Filtration is preferred for heat-sensitive substances like antibiotics and vaccines.
- It physically removes microbes that are larger than the pore size, but may not remove viruses.
- Various types of filters exist for different applications, including membrane filters, HEPA filters, and candle filters.
- Filtration is commonly used in pharmaceutical and biological research to sterilize protein solutions.
This document discusses various types of household water treatment systems such as boiling, storage, sand filters, ceramic filters, UV treatment, and biosand filters. It provides details on how biosand filters and slow sand filtration work, along with their advantages and disadvantages. Municipal water treatment is also defined as a water supply provided from a central point and piped to individual users under pressure.
Water filter plants are becoming more and more popular as people become more aware of the importance of clean water. There are many different types of water filter plants, and the one you choose will depend on your specific needs.
There are 3 major biological wastewater treatment techniques: attached growth process, suspended growth process, and combined processes. The attached growth process uses microorganisms attached to a solid media to break down organic matter, while the suspended growth process keeps microorganisms in suspension. The combined process uses both attached and suspended growth. Some common attached growth processes are trickling filters and contact beds, while activated sludge is a widely used suspended growth process. All of these biological processes rely on microorganisms to break down organic pollutants in wastewater in an aerobic environment.
Filtralite Pure is a filter media designed for drinking water treatment plants and desalination pre-treatment. It offers increased water output without expanding facilities by allowing more water to flow through the filter bed while retaining contaminants. Using Filtralite Pure can reduce operation costs through fewer required backwashes. It provides a sustainable solution to water filtering needs by meeting the demands of increasing urbanization.
filtration of water treatment. types of filters and filtration. slow sand filter. environmental engineering-1. water treatment methods. filtration of raw water. design and construction of slow sand filters. cleaning of slow sand filters. slow sand filters were explained. about rapid sand filters and pressure filters will be explained in next publication.
This document provides an overview of various wastewater treatment technologies. It begins with initial screening and primary treatment techniques like sedimentation and filtration to remove solids. It then discusses secondary biological treatment using aerobic and anaerobic processes. Finally, it covers tertiary treatment techniques like disinfection using chlorination, ozonation, and UV irradiation. The document serves as a comprehensive introduction to the different stages and methods involved in wastewater treatment.
This document provides information on various filtration and water treatment systems. It begins with an overview of filtration, describing how it separates solids from liquids using a medium. It then discusses different types of filters including pressure sand filters, activated carbon filters, and ion exchange systems. It explains how these systems work to remove contaminants from water through physical and chemical processes like adsorption and ion exchange. The document also covers membrane filtration technologies like microfiltration and ultrafiltration that remove particles based on their size. It addresses issues like fouling and various cleaning methods for membrane systems.
The document discusses the various treatment processes used to treat sewage before disposal. It describes 4 stages of treatment: preliminary (removing solids), primary (removing larger suspended solids through sedimentation), secondary (further treating the effluent using biological decomposition by bacteria), and sometimes tertiary (further polishing the treated water before disposal or reuse). The specific processes within each stage are then defined, such as screening and grit removal for preliminary treatment, and trickling filters, aeration tanks, and oxidation ponds for secondary biological treatment. Proper treatment is necessary to reduce pathogens and organic matter in sewage before disposal.
biotechnological approaches for advanced water treatment technologyAyshathul Femitha
This document summarizes different biotechnological approaches for water treatment. It discusses various processes used to treat raw water for human consumption including ultrafiltration, flocculation, and reverse osmosis. Methods for wastewater treatment are also outlined such as trickling filters, rotating biological contactors, activated sludge processes, and oxidation ponds which use microorganisms to break down waste. The objective of wastewater treatment is to reduce pollution before returning effluent to the environment.
The best massage spa Ajman is Chandrima Spa Ajman, which was founded in 2023 and is exclusively for men 24 hours a day. As of right now, our parent firm has been providing massage services to over 50,000+ clients in Ajman for the past 10 years. It has about 8+ branches. This demonstrates that Chandrima Spa Ajman is among the most reasonably priced spas in Ajman and the ideal place to unwind and rejuvenate. We provide a wide range of Spa massage treatments, including Indian, Pakistani, Kerala, Malayali, and body-to-body massages. Numerous massage techniques are available, including deep tissue, Swedish, Thai, Russian, and hot stone massages. Our massage therapists produce genuinely unique treatments that generate a revitalized sense of inner serenely by fusing modern techniques, the cleanest natural substances, and traditional holistic therapists.
Can coffee help me lose weight? Yes, 25,422 users in the USA use it for that ...nirahealhty
The South Beach Coffee Java Diet is a variation of the popular South Beach Diet, which was developed by cardiologist Dr. Arthur Agatston. The original South Beach Diet focuses on consuming lean proteins, healthy fats, and low-glycemic index carbohydrates. The South Beach Coffee Java Diet adds the element of coffee, specifically caffeine, to enhance weight loss and improve energy levels.
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This document provides information about various methods for purifying water on a small scale. It begins with general and specific objectives about explaining purification methods. It then describes techniques like boiling, filtration using ceramic or cloth filters, ultraviolet irradiation, solar disinfection, and chemical disinfection using bleach, chlorine, or iodine. Reverse osmosis is also summarized as removing contaminants through a semi-permeable membrane using water pressure. Filtration methods like ceramic filters, which can remove bacteria through tiny pores, are explained in more detail. The document concludes with assignments for students to read about purification methods and plans for the next class.
A presentation on Potential Technology for Water Treatment by Romeo Afrin Upama, Department of Geography & Environmental Studies, University of Chittagong. The presentation is on the available and potential water treatment technologies.
The document discusses various methods for water purification at both small and large scales. At a small scale, methods include boiling, filtration through muslin cloth, and chemical treatment with substances like bleaching powder or chlorine tablets. Large scale methods include slow sand filtration and rapid sand filtration. Purified water and distilled water are produced through additional filtration and boiling processes, respectively, and are used for various applications where high purity is required like in pharmaceutical, medical, and laboratory settings.
Aquafresh RO Water Purifier Complete Informationrobazaar7
Aqaufresh RO Water Purifier management and guidelines of Purification of water. For more details please visit the official website https://aquafreshrosystem.com/about/
This presentation explains the slow sand filter for water treatment. These filters require large areas of land and a correspondingly large quantity of filter media (sand) and base material (gravel).
Cleaning of the filter is done by surface scrapping which may involve a lot of labor. A slow sand filter is suitable when the availability of land, labor, filter media are at a low cost.
A distinguishing property of slow sand filters is the availability of a thin layer, called the schmutzdecke, which results on the surface of the sand bed and contains a large variety of biologically active microorganisms. It is a very simple and effective technique for purifying surface water.
It will remove practically all of the turbidity from the water as well as most of the pathogens without the addition of chemicals. If turbidity of raw water is high then plain sedimentation would be required to reduce turbidity to some extent so that the fillers arc not unduly loaded.
Microfiltration is an inexpensive water treatment process that uses membranes to reduce turbidity, suspended substances, and bacteria. It has advantages like reducing treatment chemicals and microorganisms while lowering costs compared to conventional treatment. However, it may require pretreatment to prevent fouling and scaling, and membranes require replacement every 3-5 years. Microfiltration is used for water pre-treatment in various biological and membrane processes. Ultrafiltration and nanofiltration can remove even smaller particles and molecules but not salts or sugars. Reverse osmosis uses pressure to force purified water through a semi-permeable membrane, leaving behind dissolved ions and larger particles.
This document summarizes filtration and disinfection methods for water treatment. It describes various filtration methods including slow sand filtration, rapid sand filtration, and pressure filtration. It details the components, processes, and properties of slow sand filters. Rapid sand filters and pressure filters are also summarized. The document then summarizes various disinfection methods including boiling, lime treatment, iodine/bromine treatment, silver treatment, ozone treatment, potassium permanganate treatment, ultraviolet ray treatment, and chlorine disinfection. Chlorine disinfection is described in the most detail including its mechanisms of action.
This document discusses water filtration and disinfection methods. It covers various filtration methods like slow sand filtration and pressure filtration. Slow sand filtration uses layers of sand, gravel and other media to slowly filter water. Pressure filtration uses enclosed steel cylinders to filter water more quickly under pressure. The document also discusses several disinfection methods including boiling, chlorination, ozonation, and UV light treatment. Chlorination is commonly used because chlorine is inexpensive, effective at killing microorganisms, and can be applied as a gas, liquid or powder to disinfect drinking water.
Filtration is a sterilization method that removes microorganisms from liquids and gases without exposing them to heat. It works by passing the substance through a membrane with pores small enough to block microbes. Key points:
- Filtration is preferred for heat-sensitive substances like antibiotics and vaccines.
- It physically removes microbes that are larger than the pore size, but may not remove viruses.
- Various types of filters exist for different applications, including membrane filters, HEPA filters, and candle filters.
- Filtration is commonly used in pharmaceutical and biological research to sterilize protein solutions.
This document discusses various types of household water treatment systems such as boiling, storage, sand filters, ceramic filters, UV treatment, and biosand filters. It provides details on how biosand filters and slow sand filtration work, along with their advantages and disadvantages. Municipal water treatment is also defined as a water supply provided from a central point and piped to individual users under pressure.
Water filter plants are becoming more and more popular as people become more aware of the importance of clean water. There are many different types of water filter plants, and the one you choose will depend on your specific needs.
There are 3 major biological wastewater treatment techniques: attached growth process, suspended growth process, and combined processes. The attached growth process uses microorganisms attached to a solid media to break down organic matter, while the suspended growth process keeps microorganisms in suspension. The combined process uses both attached and suspended growth. Some common attached growth processes are trickling filters and contact beds, while activated sludge is a widely used suspended growth process. All of these biological processes rely on microorganisms to break down organic pollutants in wastewater in an aerobic environment.
Filtralite Pure is a filter media designed for drinking water treatment plants and desalination pre-treatment. It offers increased water output without expanding facilities by allowing more water to flow through the filter bed while retaining contaminants. Using Filtralite Pure can reduce operation costs through fewer required backwashes. It provides a sustainable solution to water filtering needs by meeting the demands of increasing urbanization.
filtration of water treatment. types of filters and filtration. slow sand filter. environmental engineering-1. water treatment methods. filtration of raw water. design and construction of slow sand filters. cleaning of slow sand filters. slow sand filters were explained. about rapid sand filters and pressure filters will be explained in next publication.
This document provides an overview of various wastewater treatment technologies. It begins with initial screening and primary treatment techniques like sedimentation and filtration to remove solids. It then discusses secondary biological treatment using aerobic and anaerobic processes. Finally, it covers tertiary treatment techniques like disinfection using chlorination, ozonation, and UV irradiation. The document serves as a comprehensive introduction to the different stages and methods involved in wastewater treatment.
This document provides information on various filtration and water treatment systems. It begins with an overview of filtration, describing how it separates solids from liquids using a medium. It then discusses different types of filters including pressure sand filters, activated carbon filters, and ion exchange systems. It explains how these systems work to remove contaminants from water through physical and chemical processes like adsorption and ion exchange. The document also covers membrane filtration technologies like microfiltration and ultrafiltration that remove particles based on their size. It addresses issues like fouling and various cleaning methods for membrane systems.
The document discusses the various treatment processes used to treat sewage before disposal. It describes 4 stages of treatment: preliminary (removing solids), primary (removing larger suspended solids through sedimentation), secondary (further treating the effluent using biological decomposition by bacteria), and sometimes tertiary (further polishing the treated water before disposal or reuse). The specific processes within each stage are then defined, such as screening and grit removal for preliminary treatment, and trickling filters, aeration tanks, and oxidation ponds for secondary biological treatment. Proper treatment is necessary to reduce pathogens and organic matter in sewage before disposal.
biotechnological approaches for advanced water treatment technologyAyshathul Femitha
This document summarizes different biotechnological approaches for water treatment. It discusses various processes used to treat raw water for human consumption including ultrafiltration, flocculation, and reverse osmosis. Methods for wastewater treatment are also outlined such as trickling filters, rotating biological contactors, activated sludge processes, and oxidation ponds which use microorganisms to break down waste. The objective of wastewater treatment is to reduce pollution before returning effluent to the environment.
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The best massage spa Ajman is Chandrima Spa Ajman, which was founded in 2023 and is exclusively for men 24 hours a day. As of right now, our parent firm has been providing massage services to over 50,000+ clients in Ajman for the past 10 years. It has about 8+ branches. This demonstrates that Chandrima Spa Ajman is among the most reasonably priced spas in Ajman and the ideal place to unwind and rejuvenate. We provide a wide range of Spa massage treatments, including Indian, Pakistani, Kerala, Malayali, and body-to-body massages. Numerous massage techniques are available, including deep tissue, Swedish, Thai, Russian, and hot stone massages. Our massage therapists produce genuinely unique treatments that generate a revitalized sense of inner serenely by fusing modern techniques, the cleanest natural substances, and traditional holistic therapists.
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2. Understanding the Advanced Japanese
Filtration Technology of Kitz Micro Filter
• Throughout the years, several companies across multiple countries have been
developing water Filtration Technology to produce clean water that is safe enough
to drink and use for consumption. However, there is always a debate as to which
device or technology yields the best drinkable water.
• For people living in countries where water sanitation is properly undertaken with
the right equipment and process, the best technology is needed to make your
water safe with the right process.
• Take a look as we discuss several water filters as well as why the technology of Kitz
Micro Filters is best for modern-day requirements.
3. We Discuss Several Water Filters
• How Water Filters Work
• You can find numerous filters on the market, each one providing a different
filtering process or material. These are a few other types of water filters and their
working.
• Activated Alumina
• Working based on absorption, activated Alumina is capable of removing excess
amounts of Fluoride, Arsenic, and Selenium which may be abundantly present in
tap water or untreated water being sourced to households. The Alumina is usually
present as a base and needs regular cleaning.
• Carbon Block and Activated Carbon
• Granulated Carbon or a Carbon block has a large number of pores or open holes
by which contaminants, impurities, and odor-emitting substances can be
eliminated with this technique. However, the Carbon will need eventual changes
when all the pores become blocked.
4. We Discuss Several Water Filters
• Ceramic Filters
• The ceramic’s surface bears half a micron or smaller pores in ceramic filters. Water can
pass through the pores, but impurities and bacteria are too large to pass through the
pores, so they remain embedded in the ceramic.
• Distillation
• Distillation filters rely on the differing boiling points of water and any chemical dissolved
or mixed with it. The water is heated and turned to steam, which is pure water, and is
collected at a different outlet.
• Sand and Sediment Mesh
• Using mechanical filtration, sand, and sediment meshwork by collecting out all particles
or solid impurities from water. The sand and mesh create layers that bear certain sizes
through which only water is collected. But it cannot be used to remove chemicals and
bacteria that can pass through the filter’s minute spaces.
•
5. We Discuss Several Water Filters
• Absorption Filters
• Similar to Carbon and Activated Carbon filters, absorption filters work by using a
certain material to absorb and hold chemicals or materials on the surface of or
within the material.
• Sequestration
• The process of sequestration in filtering involves completely isolating a substance
from municipal water. A commonly used substance for this is Polyphosphate which
is used to sequester Calcium and Magnesium, which are the cause of limestone.
6. Kitz Micro Filter with 4 filtration levels
• The Japanese filtration technology of Kitz Micro Filter with JIS Japan standards is
advanced and surpasses the standards of other water filtering technology which
often falls short of assuring a safe water supply for you and your family.
• The Kitz Micro Filter makes use of four types of filters:
• Non-Woven Fabric Filter
• Granular Activated Carbon Filter
• Fibriform Activated Carbon Filter
• Hollow Fiber Ultra Filter
7. Non-Woven Fabric Filtration Technology
• This is the first filter or pre-filter whose purpose is to catch and filter out larger
sediments that are suspended in the water. The non-woven fabric performs with
very small spaces between the fabric and it is just small enough to catch larger
objects that cannot pass through them.
• Items that can be filtered out from the tap water using a Non-Woven Fabric Filter
include dust, straw, stones, and other foreign particles that are immiscible in water
and too large to pass through the non-woven fabric.
• From this filter, all large objects are removed from the water and it is, therefore,
ready to move on to the next step of processing.
8. Granular Activated Carbon Filtration Technology
• Activated Carbon is commonly used in water filtration. However, the carbon used
in the Kitz Micro Filter is specially activated to show enhanced performance that
other activated carbon does not show. This is due to its steam activation which
results in less impure carbon and thus, a greater number of open surface pores to
absorb impurities from the water.
• Impurities that can be absorbed through the granular activated carbon filter are
Chlorine, trihalomethane, and a musty odor. This improves the quality of the water
and makes it safer for drinking.
9. Fibriform Activated Carbon Filtration Technology
• Lead is poison and can lead to developmental delays, abdominal pain, neurologic
changes, and irritability and in very high doses it may even be fatal. Thus, it is very
important to make sure the water consumed is completely lead-free and not just
low levels of lead that other water filtering technologies fail to eradicate from the
output water.
• The third layer containing a fibriform activated carbon filter is mainly used for
removing dissolved lead from the water. Sometimes small amounts of lead are
found in regular tap water due to the use of lead faucets or lead pipes that may be
used in transporting water from the source to the final destination, this possibly
being into your home.
10. Hollow Fiber Ultra Filter
• The Hollow Fiber Ultra Filter acts as the fourth and final layer of the Kitz Micro
Filter which is by far the most effective layer that renders the device very effective
in emitting the safest water for cooking and drinking use.
• The filter can filter out foreign bodies that are as small as 0.1μm (0.0001mm).
Given this size range, this filter targets microorganisms that bear a microscopic
size. The microorganisms that can be eliminated through the hollow fiber
ultrafilter are bacteria, coliform, and parasites, rendering safe water for
consumption.
11. How Kitz Micro Filter Japan Ensures the Best
Form of Drinking Water from Municipal Water?
• Tap water is sourced from underground water sources or in some cases from open
water bodies as well. Drinking tap water that is directly sourced from either of
these sources is not advisable!
• While being transported through pipes to your home, tap water may become
contaminated with many dangerous objects along the way. This could be
something as visible as stones and dirt or invisible such as chemicals and
microorganisms.
• Kitz Micro Filter”s advanced Technology that meets the criteria set by JIS Japan
standards, uses not one or two but four layers to purify your water! At every layer,
a different set of impurities, pathogens, bacteria, or excessive minerals are being
removed and lowered to ensure the water that finally reaches you is safe and
drinkable.
• Thus, tap water is unsafe to drink and you shouldn’t consume it until it has been
put through rigorous filtering, preferably using the Kitz Micro Filter Japan which
offers unparalleled water filtration, and these properties of Kitz Micro filter Japan
makes it the best suitable water purifier for municipal water.
12. Conclusion
• At the end, When it comes to your health and safety, making sure that the water
you consume is completely clean and free of toxic substances and pathogens is
crucial! In some cases, it can be the difference between living a healthy life and
death.
• The Kitz Micro Filter Japan with advanced Japanese filtration technology is just the
technology you need to render your tap water safe and drinkable, ensuring you get
the best from life. You can benefit from the modern devices that this company is
offering to ensure the safety of you and your family.
13. Conatct
KITZ MICRO FILTERS, INDIA
• Address: 609/A | Block- C | Ganesh Meridian | Near Sola Over Bridge,
S G Highway | Sola – Ahmedabad 380060 | Gujarat | INDIA
• Phone: 079-66176695
• Email: info@kitzmf.in
• Toll Free: 18004196419