If you’re spending a fortune on bottled water because you don’t like the taste of tap water, you may be interested to hear that you could have a water filter fitted in your home. These filters purify the water at the source, giving you great tasting water at the turn of a tap. But what are the advantages of drinking filtered water? We’ll give you 8 reasons!
1.) Taste
Filtered water tastes fresher and cleaner, the filters remove the chlorine and bacteria that can make tap water taste flat or chemical.
2.) Toxins
The filter removes harmful substances from the water such as lead, which can only be a good thing for your health.
3.) Cost
The cost of filtered water is far less than the cost of bottled water. Installing a filter will pay for itself in the long term.
4.) Cancer
Drinking filtered water lowers your risk of developing certain cancers by removing the chlorine. The list includes rectal, colon and bladder cancer.
5.) Minerals
Although water filters remove the minerals that can be harmful to health, the minerals that you want to stay are kept in the water. Essentially a water filter is giving you the healthy minerals you would get from bottled water at a fraction of the cost.
6.) Cooking
Because you’re getting clean water on tap, you can use it for everything, not just drinking. Your food will benefit from being cooked with great tasting, fresh water too.
7.) Bugs
Water filters also remove bacteria which can lead to stomach upsets, keeping you and your family healthier and happier all year around.
8.) Children
The healthiest drink for the human body is water, but children often don’t like the taste. With a filter, you can encourage them to drink more water, leading to healthier children and setting up good habits for later life.
Installing a water filtration system is a simple and effective way to improve almost everything about your water and your family’s health. Browse our full range of water filtration systems here. With clean, clear water at a fraction of the cost of bottled water, you will be glad you made the decision to install one of our systems. …
Most of the water that we use for drinking, cooking, bathing and washing has been treated through one or more types of water filters before it reaches us. These water filters are the safeguards that clean water from chemicals and contaminants that are harmful to our health, such as bacteria and pesticides, as well as strip away sediment, odors, discoloration and unpleasant tastes.
The biochemical properties of the water in your area, the water pressure, the type of pipes it travels through and even your home’s water source all affect what’s in your water. The Environmental Protection Agency doesn’t regulate every contaminant that may be found in a public water supply, and even if your water is supplied by a private well, you’re still faced with the important decision on how to treat, filter, soften and purify your water.
Whether you’re trying to clean contaminated or discolored drinking water or are simply seeking to improve the softness and sediment levels of the water you use to bathe, there are a number of filtration systems that can improve the condition of your water. Our guide features an explanation of common water filters and how they work, as well as their benefits and shortcomings, to help you make informed choices about what’s in your water.
If you need to remove fluoride or arsenic from your water, activated alumina (AA) is the best filter of choice. Made of aluminum oxide, this highly porous ceramic compound has a high capacity for adsorption—note, not absorption. This means that when AA draws in chemicals to its activated porous sphere, the chemicals aren’t just held inside the pores: the materials actually bond together.
This quality makes AA a cost-effective choice to draw out toxins and metals from contaminated water without the risk of these substances leaking back into the environment. The longer AA has contact with your water, the more harmful chemicals it can remove.
Activated alumina is excellent at purifying drinking water for home use, as well as in industrial applications, water treatment facilities or in the cleanup of toxic waste.
Alkaline or ionized water is touted as one of the healthiest water treatments and is said to offer benefits such as improvements in bone and digestive health, decreased risk of cancer and heart disease, better skin and even improved hydration and taste.
The electrically charged minerals in ionized water separate alkaline water from the acidic, which softens the water and improves its drinking quality. It is important to note that alkaline ionizers lack good filtration abilities, so you’ll want to use them in tandem with other water purifiers.
Also known as carbon filters or activated charcoal, these are commonly deployed in home water filters, such as one you might place on your faucet, under your sink or in a water pitcher. Activated carbon filters are excellent at attracting and adsorbing pollutants, removing them from the water. This material requires no electricity to work and is cost-effective, but it falls short when it comes to removing minerals and dissolved organic matter.
The tiny pores on a ceramic surface will trap any matter that is larger than the pores themselves, keeping it out of your water. These are simple to install, easy to use, inexpensive and electricity-free filters. If treated with silver, a ceramic water filter can also kill bacteria and prevent mold and algae in your water. However, they can’t move faster than they can filter, and they aren’t effective at sifting out viruses.
Akin to the precipitation cycle, distillation is a highly effective purification process in which water is boiled into steam and then cooled down to return to liquid form in a clean container. The process kills bacteria and improves the taste and smell of treated water.
The good news is that you can complete the distillation process with a number of countertop equipment options, and once complete, you will have made water that is safe for drinking. However, the process does require electricity or a heat source to work, and it is incredibly slow, so it doesn’t win in efficiency.
In this method, water is forced through a semipermeable membrane that allows water to run through, but not the contaminants, chemicals, metals or parasites it may be carrying. RO filter systems are highly effective at eliminating harmful pollutants from your water.
However, they tend to be more expensive than other types of water filters, require high water pressure to operate and tend to waste a lot of water in their purification process, only cleansing a small portion of the total water used.
A mesh filter works the same way a colander does: they help filter large particles of dirt, clay, sand and rust from water. They can’t purify or cleanse, but they can keep sediment from creating buildup in your plumbing system.
UV light is one of the safest and most effective ways to treat microorganisms in your water, including viruses, bacteria, protozoa and parasites. Water is exposed to high frequency UV light radiation, which passes through a glass element. This filtration method requires energy to perform and tends to be on the pricier end.
UV lamps as water purifiers do their best work as the final stage in a water treatment system when the water is at its most filtered; this is because the light cannot pass through non-organic contaminants, which decreases its effectiveness.
Not every water filtration method can remove all contaminants and completely purify your water. To choose the water filter that will best serve your needs, we first recommend using a water test kit to learn what water contaminants you’re dealing with. Once you identify your top areas of concern, you can choose a water filter that specifically addresses your needs and improves the water conditions where you need it most.
Home improvement stores should supply a wide inventory of water filters and their installation equipment so you can DIY. However, if you’re going for a complex filtration system or a total overhaul, such as whole-home water filters, you may want to hire a licensed and experienced professional plumber to help.
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Installing the type of water-treatment device that utilizes filter cartridges under the sink and delivers clean water through a sink-top spout is a relatively easy do-it-yourself project. Doing this job involves simply mounting the filter unit in the cabinet and connecting plastic tubing to your existing cold water pipes using special saddle valves.
Several different types of water filters are sold, including dual-cartridge devices like the one shown below and reverse-osmosis systems that work basically the same way but also utilize an under-sink storage tank that holds clean water and is connected to the sink’s trap because it discharges wastewater.
Neither type requires electrical power.
Filters inside cartridge-based water filters must be changed periodically—typically twice a year. Changes in the odor, taste, and/or flow of the water are sure signs that the filter cartridges need to be replaced.
1 Mount the dispenser. Most dispensers are designed to fit in the extra hole in a sink top, as shown, but if this hole is already occupied, you’ll have to drill another in the sink or countertop. Follow the manufacturer’s directions for the location and size of the hole. Drill only into stainless-steel sinks; if you have an all-porcelain sink, drill for the dispenser through the countertop.
To drill a hole in stainless steel sink, buy a titanium graduated step bit and a small bottle of milling oil, and follow the instructions in the following video.
To drill granite, marble, porcelain, ceramic or terracotta tiles using a diamond-ground tip geometry drill bit, please refer to the following video.
2 Install a saddle valve. Tap into the existing cold water supply line via a saddle valve. To install a saddle valve, first turn off the water supply and then open the faucet to drain the line.
Following the manufacturer’s directions, drill a small hole in the supply line. Turn the handle on the valve to expose the lance that’s designed to puncture the pipe, and position the valve over the pipe so that the lance fits in the hole. Attach the back plate of the valve and tighten the nuts to lock it in place, and then screw in the lance.
3 Secure the cartridge filtration unit. Position the cartridge filtration unit roughly between the cold water line and the dispenser. Be sure to leave the specified clearance between the system and the cabinet bottom to allow for cartridge replacement. Secure the device to the cabinet back or wall with the screws provided.
4Hook up the device. Start by cutting a length of plastic tubing to reach between the saddle valve and the system. Make it short enough not to kink, but long enough to allow for installing a new compression fitting (the connector shown at the end of the tubing) later, if needed. Press the tubing into the compression fitting and thread it onto the saddle valve; tighten with an adjustable wrench.
5 Connect the filtration unit to the water supply line. Insert the opposite end of the tubing into another compression fitting and thread it onto the inlet port of the filtration unit. Tighten the nut with your hand, and then make another turn or turn and a half with an adjustable wrench.
6 Connect the water dispenser. Finally, cut a piece of tubing to run from the outlet port of the system to the water dispenser. Insert compression fittings on both ends and thread the nuts onto the dispenser and the system. Turn on the water supply and open the water dispenser. Let the water run for about five minutes to flush out any carbon particles or air pockets. Most manufacturers recommend allowing the water to run for about 20 seconds before using.
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Water is essential to our survival, and vitally important for our health. We stay hydrated with it, cook with it, and bathe in it. While you may be thinking that these are all obvious facts, what isn’t always so obvious is what’s lurking in the water that you use every day. Whether you have municipally supplied tap water or use private well water, your water could contain contaminants that negatively impact your health.
Even if your water is free of contaminants, mineral deposits can cause damage to your plumbing and appliances over time, and cause dry and irritated skin. Installing a whole house water filtration system provides a safe, simple, and more affordable solution to ensure that your home has pure water for all your needs. Not completely convinced yet? Below we’ve broken down the 4 main benefits of installing a water filtration system in your home.
Even if your water comes from a water treatment plant, it can still contain contaminants like lead, and chemicals like fluoride and chlorine are often added. In fact, most tap water and well water in the United States contains some level of contamination because of pollution. The only way of knowing what’s in your water is by testing it. Installing a water filtration system ensures that you’re drinking and using clean water, and pure water means healthier and better tasting water.
While drinking contaminated water is bad for your health, it can be just as unhealthy to bathe and shower in it. Your body still absorbs harmful contaminants through the skin. Chemicals like chlorine, even at levels deemed safe, can also cause skin irritation and dryness. A whole house filtration system installs a filter at the single point of entry where your water supply enters your home. Whether you’re drinking a glass of water from the kitchen faucet, or showering and brushing your teeth in the bathroom, you’ll be using pure, uncontaminated water.
Even harmless minerals in your water (not to mention the harmful chemicals that could be present) can build up over time and wreak havoc on your plumbing system. The appliances your plumbing system utilizes, like your faucets, garbage disposal, and dishwasher can also be negatively affected by hard or contaminated water. Having filtered water flowing through your pipes can help your plumbing system last longer, reducing the costs that can accrue from plumbing and appliance repairs.
If you’ve fallen into the habit of buying bottled water thinking that you’re benefiting your health, think again. Repeatedly buying bottled water costs far more than having a water filtration system installed in your home. Plastic water bottles also pose a big threat to our environment—most end up in landfills where they can take hundreds of years to start breaking down. Another downside? Many plastic water bottles contain chemicals that can seep into the water inside, so you’re only introducing more potential contaminants into your body. Installing a home filtration system will give you clean, better tasting water without affecting the environment.
Interested in installing a home water filtration system? Feel free to contact us! Our highly trained water technicians will help you find the best water filtration option for your home.…
Water Filters remove unwanted impurities from water such as sediment, taste and odor, hardness and bacteria to result in better quality water. From producing better-tasting drinking water to more specialist applications such as brewing coffee and making crystal clear ice, we offer a huge range of filters and cartridges to solve any number of water-related issues.
Subject to your application, i.e. what you’re trying to remove or in some circumstances trying to stop, there are 5 types of water filters:
Each one of these addresses a different water problem and many filters actually use a combination of these methods to perform multiple levels of filtration.
Water is one of the most important substances on the planet, it covers 71% of the Earth’s surface and the human body can contain as much as 75% of the stuff. Water is vital to a huge number of applications including agriculture, science, medical, transportation, heating, recreation and food processing as well as washing and perhaps most important of all: drinking.
For the majority of us, drinking water comes from a treated municipal supply which is safe to drink but will often feature unpleasant tastes and odors from chemicals such as chlorine which are used to disinfect the water and keep it free of germs and bacteria. Depending on where you live, you may also find that your mains water causes limescale deposits to form which can block pipes and damage appliances. These issues, chlorine taste / odor and limescale formation are just two among a host of other common water problems which can be solved by water filtration. But how do water filters actually work?
The basic idea of mechanical filtration is to physically remove sediment, dirt or any particles in the water using a barrier. Mechanical filters can be anything from a basic mesh that filters out large debris to a ceramic filter which has an extremely complex pore structure for ultra-fine filtration of pathogenic organisms.
A filter that utilises mechanical filtration will usually be given a micron rating which indicates how effective the filters are in terms of the size of the particles it is capable of removing. Common ratings you might see include:
Wound sediment filter with a 100 micron rating for mechanical filtration
Absorption in water filters is most commonly carried out by carbon, which is highly effective at capturing water-borne contaminants. The reason carbon absorbs contaminants so readily is that it has a huge internal surface which is jam packed with nooks and crannies that can trap chemical impurities such as chlorine.
Most common domestic filters contain granular activated carbon (GAC) which reduces unwanted tastes and odors by absorption. More expensive filters use carbon block elements which are generally more effective and usually carry a micron rating for particle removal.
A variety of different substances can be used to make carbon for filters including wood and coconut shell, with coconut shell filters being more effective but also more expensive.
Granular activated carbon and a carbon block for absorption filtration
Sequestration is the action of chemically isolating a substance. Food grade polyphosphate is commonly used in scale inhibiting filters to sequester the calcium and magnesium minerals which cause limescale and corrosion. However, polyphosphate is generally only introduced in very small amounts and it only inhibits scale rather than eradicating it. This means that polyphosphate does not soften the water but instead works to keep the minerals within the solution, preventing them forming as scale on any surfaces they come into contact with.
Due to the hard minerals still being present in the water, scale inhibition isn’t suitable for all applications. Instead, water softening using a process such as ion exchange is usually recommended in water areas with alkalinity levels of 180ppm or more (very hard water) and applications where water is kept at a constant temperature of 95°C or more.
Ion exchange is a process used to soften hard water by exchanging the magnesium and calcium ions found in hard water with other ions such as sodium or hydrogen ions. Unlike scale inhibition, ion exchange physically removes the hard minerals, reducing limescale and making water suitable for applications where it is kept at a constant high temperature e.g. in commercial coffee machines.
Ion exchange is most commonly carried out using an ion exchange resin which normally comes in the form of small beads. A similar type of resin is used in some Water Softeners and in the case of a water softener the resin utilises sodium ions which need to be periodically recharged to prevent the resin becoming ineffective. As water filters are usually sealed units you would simply replace the filter with a new one though it should be noted that
Calcium Treatment Units (CTUs) can be returned to the supplier and regenerated.
Resins that utilise sodium ions aren’t usually used in drinking water filters as the amount of salt (sodium) that can be present in drinking water is legally limited to 200 milligrams/litre. As sodium ion exchange increases salt levels, a hydrogen based ion exchange resin is the preferred option for filters.
Reverse osmosis (RO) is the process of removing dissolved inorganic solids (such as magnesium and calcium ions) from water by forcing it through a semipermeable membrane under pressure so that the water passes through but most of the contaminants are left behind.
Reverse osmosis is a highly effective way of purifying water and is usually combined with a number of other filters such as a mechanical (sediment) filter and an absorption (activated carbon) filter in order to return water with few contaminants remaining.
Reverse osmosis systems use water pressure to force water through the membrane so it uses no electricity, though a certain amount of waste water is produced that has to be sent to the drain. The extra filters involved in multi-stage water filtration can make a reverse osmosis unit more expensive than other filtration methods but in applications where 99.9% pure water is required, RO offers the finest level of filtration available as is increasingly being used to treat water made for Coffee
4 stage domestic drinking water reverse osmosis system
Each filtration method has limitations on what it can remove, so most water filters or filtration systems use a combination of methods to achieve a specific level of water purity. To give an example, household water jug filters will generally use mechanical, absorption and ion-exchange whereas inline filters will utilise mechanical and absorption with the possible inclusion of sequestration if the filter is designed to inhibit scale. Reverse osmosis systems can utilise mechanical, absorption and of course reverse osmosis depending on how many stages the RO system has.
By understanding of the five different methods by which water can be filtered and the way they can be combined, you should hopefully find it …
The agriculture sector uses a lot of water for different farm related activities. This means that the water consumption is high for the agriculture industry. Be it livestock or seeds, every element of the farming sector needs water to sustain and thrive. A common source of water is a lake, river, or stream. However not every farm land has these sources readily available. As a result, many farmers have to rely on impure water from other sources in order to carry out the farming activities. This is exactly where a water filtration system will be useful for the farm owners.
Farmers need adequate water for livestock sustenance. Farm animals consume a huge amount of water. It is essential that these need to be filtered. By consuming unhealthy unfiltered water, the farm animals are at a risk of being affected by water borne diseases. The water for bathing and cleaning too needs to be free from different contaminants like undissolved salts, impurities like chlorine and other chemicals in the water. This way they face no chances of getting affected by water-borne illnesses due to impure water.
Water will also be needed to clean the living space of different animals and birds. For instance, a poultry farm sees a lot of waste product generated by the chickens. A lot of water is needed to clean the area. If the water used is full of impurities then there is a chance that the sediments will accumulate the edges and impact the health of the animals and birds in the farm. Dairy farms also need water for milk cooling process. This water needs to be treated for all chemicals so that the milk cooling activity isn’t impacted. This goal can be met only with installing superior quality water filter system in dairy and poultry farms.
Farm equipment like pumps, motors, filters, and pipes to get impacted with the bad quality water. Their performance may be impacted and their life will decrease significantly because of the regular accumulation of sediments and pollutants in their various parts. A water filter system for a farm will ensure there is no harm to the efficiency of the different parts of the farm equipment. Clear flowing water without any contaminants will also improve the life of the machinery used on the farms. The farmer will have to spend less time opening up the different parts of the machinery to fix the functioning. This also improves the farmer’s productivity considerably.
These benefits show why water filter systems are crucial for farming, poultry and dairy operations.…
Essential nutrients like sunlight, water and air are necessary for crops, plants and wildlife. Different crops need different types of soil and nutrients. But there is one nutrient they all need. And it is quality water. Poor water quality on farms can reduce the overall health of plants. It results in slowed growth, poor aesthetics of the crop and even gradual death. There are several factors responsible for water quality. Including alkalinity, pH and the presence of soluble salts. High soluble salts have the potential to injure root systems. Which interferes with water and nutrient uptake. High soluble salts can also build up in plant leaves. For instance, causing the edges to appear burnt or dried out. Meanwhile, high alkalinity water adversely affects pH. And this also interferes with nutrient uptake and causes deficiencies in the crop.
Recent studies show that high-quality drinking water is an essential nutrient for dairy cattle. The most common water problems for dairy farms include excess iron, sulfate, chloride and nitrates. And these contaminants affect the health of the cow and their milk production. Nitrates in water affect reproduction performance. While sulfate can cause diarrhea, dehydration and fluid loss. But, it’s important to note that young calves are especially impacted by these contaminants. To clarify, cows taste water the same way humans do. Therefore, if the water tastes bad, the cows will drink less. And this causes a number of different problems with dehydration and decreased appetite. How many gallons of water should dairy cows drink? On average, dairy cows drink anywhere from three to thirty gallons of water per day. The daily water intake of a dairy cow depends on several factors. Such as weight, age, stage of milk production and environmental impacts. For every 100 pounds of weight, a cow should drink one gallon of water. But this rule only applies to cooler weather. If the temperature is warmer, cows should have nearly two gallons of water for every 100 pounds. Plus, cows producing milk need twice as much water. So in the hot summer months, a lactating dairy cow needs roughly four gallons of water per 100 pounds of weight.
Irrigation is the supply of water to crops or land. And there are several different methods of irrigation used by farmers across the country.
Also known as surface irrigation, flood or furrow irrigation is the practice of digging trenches through crop fields and filling them with water. This technique is still largely practiced around the world. Especially in less-developed areas.
Drip or micro irrigation is a watering system using pipes with small holes. With this method, water slowly drips onto the plants, roots and stems. While the pipes can be placed anywhere, they are traditionally stored under-ground or slightly above the ground where the crops are planted.
Spray or sprinkler irrigation requires large machinery to operate. This machinery sprays water over a common area. The method of water distribution is similar to rainfall. Unlike a flood or drip irrigation system, much of the water sprayed out of the system evaporates before even reaching the crops. Not only do spray irrigation systems face challenges with evaporation, but they also battle strong winds. As a result, some crops may be over-watered, while others do not get enough water.
The quality of water on a farm directly impacts the effectiveness of irrigation. If the water contains suspended solids or other contaminants, pipes, valves and nozzles could become clogged. Suspended solids commonly found on farms include sand, soil, leaves, organic matter, algae and weeds. Water filtration prevents clogging and other problems caused by these materials.
A pesticide is a substance farmers use to protect crops and animals from harmful insects or organisms. Pesticides come in different categories for insects, plants, rodents, bacteria and fungi. So a farmer sprays a pesticide in order to fix a specific threat to the crops. Water quality directly impacts pesticide performance. Reverse Osmosis filtration systems reduce up to 99 percent of contaminants like aluminum, iron, magnesium and more. These contaminants and minerals cause problems and contribute to poor water quality on farms. Sometimes, if water quality is too poor, farmers have to re-apply the pesticide. Which costs them more money, chemicals and time. A Reverse osmosis filtration system can maximize the bottom line and enhance yields.
Let’s break down the process of osmosis. Osmosis is the passing of a solvent, like water, from a lower-concentrated solution to a higher concentrated solution. And a semipermeable membrane separates the two solutions. When both solutions are in equal concentration, the flow stops. Because it does not require energy in order to take place, this is considered passive transport.
Like its name implies, reverse osmosis is the opposite of osmosis. Instead of balancing two solutions, the external force of pressure reverses the natural flow. Since contaminant molecules are larger than water molecules, only water passes through the semipermeable membrane. Therefore, applying more pressure to the contaminated water makes the reverse osmosis process more effective.
While different companies and brands might vary slightly, this process applies to most reverse osmosis systems. Which can be broken down into four distinct steps. Let’s explore the steps. First, pressurized water goes through a particle filter. Which removes impurities like salt, sand and sediment. Next, water passes through an activated carbon filter. As a result, minerals and contaminants like chlorine, mercury, copper and pesticides become trapped. These first two steps are identified as the pre-filtration stage. After pre-filtration, pressurized water forces its way through the semipermeable membrane. This is the reverse osmosis step. In order to give you an idea of the membrane’s filtration power, the diameter of one human hair is about 100 microns wide. But Culligan RO Systems have spaces in the membrane that are approximately ONE micron wide. Finally, the removed contaminants flush away in the discharge stage. While the treated water moves to a storage tank. But before the treated water reaches a faucet, it undergoes a final activated-carbon filtration to improve taste and quality for use.
Few filtration systems remove all contaminants. But reverse osmosis significantly reduces some of the most dangerous impurities. So what contaminants does reverse osmosis actually reduce?
Mercury found in water comes from the natural degassing of the earth’s crust. And from human activities such as burning fossil fuels. Too much mercury in the body damages the brain, kidneys, or even a developing fetus.
There is no safe level of lead exposure, especially for children. Plus, this contaminant cannot be seen, smelled or tasted. So the only way to know whether lead is in your water is to test for it.
While aesthetics are not necessarily health-related, they affect the taste and odor of your water. If you don’t want your water tasting or smelling like chlorine, an RO can take care of that.
Chromium-6 is also called hexavalent chromium. And it’s an industrial chemical that is found in …
The importance of water for agricultural use can not be understated since it is this resource that provides the driving force for growth in food. Water not only is needed to grow crops but is necessary to raise livestock for our meat products. There is a direct correlation between the amount of applied water in use within the agricultural sector and the number of crops that are yielded.
Large amounts of subsidies in the agricultural sector, along with efficiency issues have made the goal of improving output while reducing water use a greater challenge. Agriculture still remains the greatest consumption of our water resources and the reality of diminishing water sources is a problem that the world continues to ignore for the most part. For that reason, our solution in creating high-quality water treatment systems that will generate high quantities of freshwater from unsuitable locations, such as the ocean, rivers, lakes, wells, etc. has made tremendous progress in alleviating the stress from many industries, most of all agriculture.
Our water treatment technologies employed for the Agriculture markets include:
The largest use of fresh water in the United States is for irrigation purposes. Much of this water is obtained from groundwater, which only has a limited supply. Each year, aquifers are exhausted of water or contaminated, making sources of freshwater for irrigation increasingly scarce. Farms around the world have started to utilize alternative methods for water conservation and protection of this precious natural resource. It is not a secret that reverse osmosis water treatment systems are utilized in cultivation houses for the latest plants in greenhouses or aquaculture growing. The vast majority of current professional growers rely upon these commercial agricultural water filters for the last several decades. We will list the benefits afforded by this technology to highlight its impact throughout the world:
Due to plants and vegetables already consisting of natural filtration means that allow for much more non-stringent agricultural water filtration requirements for irrigation. For this reason, irrigation has a greater fill of resources to utilize compared to scarce groundwater resources. Irrigation primarily relies on practices that depend on making reuses of greywater, in addition to treated sewage effluent (TSE). These practices create wastewater, which is seen as a terrible source for drinking water, but perfectly suited for irrigation and farming once undergoing a reverse osmosis system. Many farms have resorted to only using these effective tactics for their water, and completely eliminated the use of underground aquifers.
Almost all naturally occurring water contains some form of contaminants from the surrounding rocks and soil that make up the earth’s crust. Drained irrigation water and effluent sewage water are contributors to the quality of water. Typically, salinity level is the main concern in the irrigation industry due to the debilitating effect salt has on soil and product growth. However, there are also other contaminants like boron that can be just as harmful to the irrigation industry due to their similar adverse effects. Elevated amounts of boron cause toxicity effects to occur which causes damage to the soil and overall product yield. These high amounts can already exist naturally in groundwater and seawater but can also be a result of contaminated water.
The following systems complement the applications of hydroponics, commercial farmers, greenhouses, and pharmaceutical industries. These systems also tackle the issues of bacteria & viruses, reduction of chloride, sulfate, sodium, nitrate, arsenic, and overall TDS.
Our experienced team is here to assist in choosing the right agricultural water treatment system for your needs. They will take into account the quality of your water to ensure that the appropriate system is recommended for your application.
WaterBugs.org has manufactured hundreds of agricultural water filtration systems for irrigation purposes that purify millions of gallons of water every day. Our systems can handle any kind of contamination or fouling, and we will be happy to custom design a system to meet your specific output and purification requirements. …
When most people think of the importance of water filtration, they tend to imagine systems designed to purify drinking water. Farmers, however, think about how water filtration will affect their crops.
The more control farmers have over their inputs, the more control they have over the crops they produce. Water filtration gives farmers one more level of control that can help them improve growing conditions, prevent disease, and increase crop yield.
Filtration Can Improve pH Management to Help Crops Thrive
Most plants prefer a soil pH between 5.5 and 7. When soil becomes too acidic or alkaline, it can prevent nutrient availability to crops, damage soil structure, and increase the presence of unwanted bacteria.
Farmers can directly adjust soil pH by adding lime, which raises the pH, or sulfur, which lowers the pH. Water, however, often contains carbonates and other dissolved solids that can interfere with pH management. When the water used on crops adds too many dissolved solids, soil quality can fall and crops can suffer. That is why water filtration is important.
The Importance of Finding the Correct Water Filtration System for Your Farm
Reverse osmosis filtration removes dissolved solids from water to prevent interference with soil pH management. If you can’t control your soil’s pH, then it might make sense to install a filtration system that removes harmful chemicals from the water.
The type of filtration that your irrigation system needs can depend on a variety of factors, so it is important to consult an expert before spending money on water filtration equipment.
Filtration Removes Contaminants that Increase the Risk of Disease
Depending on your farm’s water source, you may need to filter out contaminants that increase the risk of plant diseases and outbreaks of illness among your consumers. There are two main ways that diseases, fecal matter, and other contaminants can enter your water source:
E. coli provides an excellent example of the importance of water filtration. E. coli outbreaks connected to fruit and vegetables often come from water sources that have been contaminated by solid waste. If a farmer in your area raises pigs, cows, or other animals, the waste could flow into your water source. When you spray that water on your crops, you put customers at serious risk of illness. Filtering water that enters your fields removes E. coli and other contaminants that can harm people and plants.
The Importance of Municipal Water Filtration
Even municipal water sources may have chemicals that you don’t want to add to your crops. Common chemicals found in municipal water include chlorine, fluoride, mercury, and lead. Some water even contains fertilizers and pesticides.
You may want to use fertilizers and pesticides on your crops, but you also want to control how much you apply. When you unintentionally add more chemicals, you could kill beneficial insects or introduce too much nitrogen to your crops.
Don’t Assume Your Water is Clean
People like to think that they have clean drinking water. However, tests performed in recent years have proven that many municipalities don’t clean water as well as they claim. With water filtration, what’s important is that you don’t have to worry about unknown contaminants harming your farm.
Getting the Most from Your Filtration and Irrigation Systems
Your farm has unique needs that you need to consider before upgrading your filtration and irrigation systems. Adding the right equipment could revolutionize your farm’s approach to growing healthy, prosperous crops that help you earn more money.
Contact waterbugs.org to learn more about the importance of water filtration and how you can get more from the filtration and irrigation systems on your farm.…
We need water to survive. Humans are made up of 70% water, which is bound in our cell membranes. Water is more important than food – we can go up to a month without food, but can only survive a week without water. Making it all the more crucial that we drink clean and pure water. If water is not treated, filtered, or purified, it can make you sick. Nowadays, we have advanced water technology, such as water filters and water filtration systems. Filtered tap water is better than standard tap water and bottled water. Let’s take a look at the benefits of water filtration and using water filters.
Using water filters to filter tap water is much cheaper than buying bottled water, which is also not eco-friendly, due to the bottles’ plastic production. Funnily enough, most bottled water actually comes from tap water, so you are really just paying for the plastic. Through purchasing a professional water filter, you will be saving yourself lots of money and you will be drinking higher quality water that has been filtered accordingly.
Bottled water is a source of pollution, as it takes the plastic bottle 300 years to degrade and a ton of water is wasted due to it taking 3 times as much water to produce the bottle itself than it does to fill the bottle. By filtering tap water at your home or business, you will be helping the environment. Take a look at European Watercare’s eco-friendly water filters with insert refill technology to see just what sustainable water filters can do to help the environment.
Water filtration removes water impurities and dangerous contaminants such as chlorine, disinfection byproducts, and heavy metals such as mercury, lead, and arsenic. At the same time, water filters cleverly ensure that important minerals such as magnesium, fluoride, calcium, and zinc are retained. They protect you from toxins and ensure that you consume healthy minerals. Water filters also prevent limescale.
Filtering water also helps it to taste and smell better due to the impurities being removed. A more refreshing and enhanced flavor is derived, resulting in a higher sense of satisfaction after drinking filtered water. Tap water tends to taste and smell like chlorine, whereas distilled water has most of the minerals removed and so it will taste very bland. Filtered water removes contaminants, but leaves in the minerals that make water taste good.
Water filtration systems are good for your health. The benefits are ten-fold, with skin hydration, nutrient absorption, weight loss, detoxification, digestion, and a reduction in the risk of cancer. Drinking pure water helps to support the immune system and mental health function.
Water filters are convenient and easy to use. Water filtration products are durable, portable, easy to change for quick filtration, and are low maintenance.
This isn’t an exhaustive list of benefits for water filters. Tap water filtration comes with convenience, health, environmental, financial, and flavor benefits, so why not purchase a water filter from European Watercare for your business? We have water filtration options to suit a wide range of business sectors. If you have a water filtration system installed at your business, share with us the benefits you have experienced, our readers love to learn from real experiences.…