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Why Do Ice Machines Need Water Filters


Why Do Ice Machines Need Water Filters?

You need a water filter because water filters will help to keep the ice machine clean and operating at maximum efficiency. Water filters can also help with scale reduction and prevention, as well as filtering out contaminants.


Scale is a substance that can clog standard sediment water filters and cause trouble for certain ice machine components. The most common form of scale is Limescale, but calcium, carbonates, and salts also cause scale build-up. Scale can clog water lines, heat exchangers, and other components of the ice machine. Scale can also reduce the efficiency of the machine by increasing energy costs. Contaminants in the water can cause issues like corrosion as well.

Ice is a very important part of your kitchen. It keeps your drinks cool, it keeps your food fresh, and it's something that most people use every day. Unfortunately, ice can also accumulate dirt and grime as it sits in your machine. It's not something that you can see, but it's something that you can taste.




The Mian Function of a Water Filter

The Main Function of a Water Filter

The main function of a water filter is to remove impurities from water. These impurities can cause health issues and unappealing odors and tastes in drinking water.

Some impurities include:

  • Algae

    Algae are microscopic organisms that naturally occur in fresh and saltwater. While they are important for the environment, they can pose a risk to humans and pets if they grow excessively or in the wrong place. Algae can absorb heavy metals from water, but it can also accumulate heavy metals. Algae can also cause allergic reactions in people who are sensitive to it.

  • Protozoa

    Protozoa are single-celled organisms that can be found in freshwater, seawater, soil, or even the blood of humans and other animals. They can be found in water in the form of cysts (dormant stages) or as active bacteria. When ingested by humans, protozoa can cause gastrointestinal problems, allergic reactions, and even parasitic infections.

  • Pathogens

    Pathogens are bacteria, viruses, or parasites that cause disease. Many types of pathogens exist in drinking water and can cause serious illness. Pathogens in drinking water can cause a range of diseases, from mild flu-like symptoms to serious life-threatening infections. The main risk posed by pathogens in drinking water is contracting a serious illness.

  • Microbes

    There are many microbes in any source of drinking water that pose no risk to your health. Some beneficial types of microbes in drinking water may even have medical benefits. However, some types of water-borne microbes can make you sick. Drinking water that is not treated can contain harmful microbes, such as E. coli. E. coli is usually harmless to healthy adults, but it can be dangerous for children, the elderly, and people with weakened immune systems.

  • Parasites

    Parasites are nasty little creatures that live in water, soil, and even your own body. These infections cause trouble by making you sick, either with nausea, diarrhea, or other symptoms. They can also cause long-term health issues that are dangerous or even deadly. The best way to prevent parasites is to make sure that your drinking water is parasite-free.

Depending on the type of filter you choose, it may also add beneficial minerals and electrolytes like calcium and magnesium. Apart from drinking water, water filters are also used for industrial applications like cooling systems and boiler water.


Types Of Ice Machine Water Filters

Types Of Ice Machine Water Filters

The best way to keep your ice clean and clear is by installing a water filter on your ice machine. Water Filters for Ice Machines are designed to remove all types of contaminants. Water filters come specially designed to handle certain contaminants such as bacteria, sediment, chlorine, phosphates, and particulates for clean ice production. The water filter also will help with the efficiency and lifespan of your ice machine.


Different Types of Filters Include:

  • ​​Sediment Filters

    Sediment water filters are a type of water filtration system that is designed to remove heavy metals, minerals, and other contaminants from water. They work by filtering water through a bed of granular material, typically synthetic or natural clays. As the water flows through the filter, particles are trapped in the pores of the material.

  • ​​Phosphate Filters

    Phosphate is a chemical commonly found in fertilizers, cleaning products, and detergents. Phosphates can cause deposits to form on the heating elements of your water heater. Over time, these deposits can reduce the efficiency of your heater and even cause it to break down. That's where phosphate filters come in. They work by ion exchange, which is the process of removing one type of ion and replacing it with another.

  • Carbon Filters

    Carbon water filters are great for removing contaminants like chlorine, odors, and heavy metals, as well as improving the taste of drinking water. They are made from activated carbon, which is a form of carbon that has been treated to increase its surface area. This helps it to absorb certain substances from water, such as toxins, odors, and other impurities.

  • Polyphosphate Filters

    Polyphosphate filters are a water softener that uses phosphate ions to reduce the potential for scale build-up in your water pipes. This form of water filtration uses phosphate ions to prevent the formation of scale in pipes. The phosphate ion is positively charged, and it will counteract negatively charged ions in the water, reducing the likelihood of scale forming in your pipes. They remove various contaminants from water, including lead, copper, cadmium, arsenic, and others.

  • Bacteria / Viruses Filters

    Bacteria and viruses are very common and can be found in almost every water source. Water filters that filter these pathogens will usually use one of two methods. The first is a physical filtration that blocks the path of the pathogens. The second is a chemical treatment that will kill the pathogens. The most common chemical used to kill these pathogens is chlorine.


Point of Entry Water Filters

There are two types of water filters, point of entry and point of use. Point of entry water filters are installed on the main water supply line coming into your home. They are installed as close to the water source as possible to maximize filtration. Point of entry water filters provides additional protection against contaminants. They remove contaminants like lead and copper, iron, nitrates, chlorine, and other harmful substances that can be found in water. Point of entry water filtration systems are easy to maintain and last a long time.

Point of Entry filters include:

Point of Use Filters

Point of Use Filters

Point of use filters are installed right before the faucet, shower, or other water-using appliance. Most of these are designed to reduce certain contaminants from your water supply, such as lead, bacteria, and certain metals. Some of these filters are designed to remove fluoride from your water supply as well. They can be installed on both indoor and outdoor water lines.

Some Point of use filters include:

  • Ice-O-Matic IFQ1-XL Single Combination Water Filter

    This filter protects your ice maker. This water filtration system reduces scale formation, removes sediment, and keeps ice pure and odorless. Mounts to the wall take up minimal space. Comes with quick-connect fittings for fast easy replacement.

  • Buy Ice-O-Matic IFQ1-XL Single Combination Water Filter

  • Everpure EV932944 High Flow CSR Quad-4FC Water Filtration System

    The Everpure filter delivers high-quality water for ice machines. The multi-step filtration process removes almost 99% of all contaminants in the water supply. The high-pressure system can deliver a 60,000-gallon capacity at all times.

  • Buy Everpure EV932944 High Flow CSR Quad-4FC Water Filtration System

  • Hobart CB30K-SYSTEM Single Hollow-Carbon Cold Water Filter System

    The Hobart filter reduces chlorine, chloramine, particulate Class I, taste and odor, as well as parasites from your water supply. The 30,000-gallon single hollow-carbon cold water filter system operates at a 3.7 GPM flow rate with cold water only and between 40 to 125 psi pressure.

  • Buy Hobart CB30K-SYSTEM Single Hollow-Carbon Cold Water Filter System

  • Manitowoc AR-10000-P - Arctic Pure Plus Primary Water Filter

    The Manitowoc Single cartridge primary water filter removes bacteria microorganisms, algae, mold, and slime. It promises a 95% average reduction of chlorine and comes with a silver impregnated carbon block which provides antimicrobial protection.

  • Buy Manitowoc AR-10000-P - Arctic Pure Plus Primary Water Filter

  • Ice-O-Matic IFQ2 Twin Combination Water Filter

    With the Ice-O-Matic twin filtration system, sediment is reduced which results in a better running machine all together, as well as ice that is tastless and odorless. The filter also delivers protection against any harmful precipitation as well as providing a protective barrier against unwanted corrosion.

  • Buy Ice-O-Matic IFQ2 Twin Combination Water Filter





Why Do Ice Machines Need Water FIlters Q&A

Why Do Ice Machines Need Water Filters Q&A

Water filters are an important part of keeping your ice machine clean and running smoothly. Without a water filter, your ice machine will become clogged with dirt and debris, which can cause problems with its functionality. If your ice machine doesn't have a water filter, it will start to collect particles in its condenser, evaporator, and brine unit. These areas of the machine are impossible to clean manually, which is why you need a water filter to do the job for you. These water filters are usually installed above the water line so they can collect all of the particles from the water.


How does filtration work and what does it do?

Filters are the last piece of equipment in the water treatment process. They are designed to trap any particles that may be in the water and ensure that the water leaving the faucet is safe to use. Filtration systems work by running water through a screen designed to catch contaminates and let clean water pass through. There are two types of filtration systems: passive and active. Passive systems rely on gravity and natural forces to push the water through the filter. Active systems use a pump to push the water through the filter. Most filtration systems use both passive and active filtration.

Passive Filtration

Passive filtration is best at removing large particles from the water. It's the last line of defense against clogging the pipes. Passive filtration works by trapping particles as the water flows through the filter. Some of these filters also remove chemicals from the water and increase the alkalinity of the water. Passive filters are significantly less expensive than active filters, but they aren't as efficient as active filters.

Active Filtration

Active filtration water filters are used to remove pollutants, bacteria, and other contaminants from water. Active water filters are a type of filtration system that uses minerals, UV light, ozone, or other agents to remove contaminants from water. Active filtration pushes water through the filter faster than passive filtration, which helps reduce the time it takes for the water to go through the filter.

Poor quality feed water will void the warranty on most ice machines. Poor quality water can be defined as water that is unsuitable for its intended use. The most common example of poor-quality water is contaminated water. Another example of poor water quality is hard water. If you have hard water, then the water will have a higher concentration of calcium and magnesium. The minerals can clog up your ice maker over time.

Other examples of poor quality water include high levels of turbidity, pH, salinity, and iron content. Poor quality water can be caused by a variety of factors, including industrial and agricultural wastewater, natural disasters, and climate change. You will want to insert a filtration system as soon as you can to avoid any damages a poor quality feed water will do that may void your warranty.


How Ice Maker Filtration Removes Contaminants

Ice maker filtration removes contaminants from water by either physically blocking their entry or chemically changing their properties so that they are no longer harmful to humans. It removes particulates and other contaminants, improving the taste and reducing the risk of contracting an illness from drinking it. It also prevents clogging of plumbing systems and improves the efficiency of your ice machine.

The best way to keep your ice clean is to ensure that your ice maker is properly filtered. The filters remove contaminants like lead and mercury, pesticides and herbicides, chlorine, bacteria, and any other contaminants that may be in your water source by running water through a screen to catch contaminates and let the clean water pass through. They also provide other benefits like removing excess minerals and metals, improving the taste of your ice, and even reducing your water bills. There are several different types of filters on the market; each has a certain contaminate it was designed for. You can get a high-end multiple-stage filter that can handle multiple contaminates through its various filters and UV treatments, or you can get a single-stage filter that is attached right to the machine that will filter out sediments and bacteria.

  • Microbes – (viruses, bacteria, and parasites)

    Microbes are microscopic organisms, such as bacteria and viruses. There are trillions of microbes on Earth, far outnumbering human beings. Most of these microbes do not make us sick. These microbes can be harmful to your health, so you need a water filter that can filter them out. There are various types of water filters on the market. The most common filters will remove contaminants like lead, pesticides, and bacteria. A water filter can reduce the level of microbes in the water, but it cannot eliminate them.

    Reverse Osmosis filters are going to be the best at removing microbes from your water. Reverse osmosis filtration systems work by forcing water through a membrane with high pressure. This pressure forces the microbes into the membrane and out of your water.

  • Disinfectants

    Chlorine and chloramine are used to kill bacteria and viruses in the water supply. The most common active ingredients used in drinking water disinfection are chlorine, chloramine, and iodine. While chlorine is effective at killing bacteria and viruses, it has also been linked to certain cancers, allergies, and skin problems.

    Chloramine is another widely used disinfectant that is used in public water systems instead of chlorine when there is a risk of bacterial contamination of the water supply. Chloramine is more stable than pure chlorine, but like chlorine, it can cause many health problems. ​​Reverse osmosis and activated carbon filters are the most effective at removing disinfectants from your water supply.

  • Disinfection By-Products (DBPs)

    Disinfection by-products (DBPs), also called trihalomethanes, are formed when chlorine and bromine interact with natural organic materials in water, such as in chlorinated drinking water. When water is treated to kill bacteria and viruses, it leaves behind chemicals such as arsenic, uranium, and pesticides. These chemicals are not harmful on their own but may pose a risk if ingested over a long time.

    DBPs have been recorded in public water supplies since the water treatment industry started to use chlorine to disinfect water in the 70s. Because of this, almost every public water system has a guideline set for a safe amount detected in the water supply.

    The two different types of DPS were detected. Total trihalomethanes include chloroform, bromoform, bromodichloromethane, and dibromochloromethane. These are allowable up to 0.080 mg/L. Haloacetic acids include many different compounds. Five of these are included in the guidelines, which are monochloroacetic acid, dichloroacetic acid, trichloroacetic acid, monobromoacetic acid, and dibromoacetic acid. These are allowable up to 0.060 mg/L.​​Reverse osmosis and activated carbon filters are the most effective at catching these particles and eliminating them.

  • Volatile organic compounds (VOCs)

    Many VOCs are human-made chemicals that are used and produced in the manufacture of paints, pharmaceuticals, and refrigerants. VOCs typically are industrial solvents. VOCs include a variety of chemicals, some of which may have short- and long-term adverse health effects. They're typically found in paints, adhesives, pesticides, sealants, cleaning products, and fabrics. VOCs are generally harmless, but they can cause allergic reactions, rashes, and headaches if you're exposed to high levels of them. Adding a carbon-activated water filter will help eliminate VOCs in your water.

  • Radionuclides

    Radioactive forms of elements are called radionuclides. Some occur naturally in the environment, while others are man-made, either deliberately or as byproducts of nuclear reactions. The majority of radionuclides are soluble and can easily be taken up by the body through drinking water. Water filters with activated carbon have been shown to remove radionuclides from water.

    Some carbon filters are:

  • Heavy metals

    Heavy metals are naturally occurring elements that are solid in their pure form but poisonous when mixed with other elements. They are very toxic to humans, animals, and aquatic life at certain levels. Common heavy metals include arsenic, cadmium, copper, lead, and mercury. You should invest in a water filter to reduce the levels of heavy metals in your water. A water filter will improve the taste of your water and make it healthier. Nowadays, there are many different types of water filters on the market.

    Heavy metals are best filtered through an activated carbon filter cartridge. Water is filtered through activated carbon. It is widely used in water filtration due to its ability to absorb a variety of substances from water. Activated carbon is a form of carbon that has been processed to increase its capacity to adsorb materials. It is a porous material, so it can trap small particles and other substances that are dissolved in water.

  • Per- and Polyfluoroalkyl Substances (PFAS)

    The per-and poly-fluoroalkyl substances (PFAS) are a group of chemicals used to make fluoropolymer coatings and products that resist heat, oil, stains, grease, and water. Do not break down in the environment, can move through soils and contaminate drinking water sources, and build up in fish and wildlife. PFAS are found in rivers and lakes and many types of animals on land and in the water. Human health effects from exposure to low environmental levels of PFAS are uncertain.

    A good water filter will remove these toxic substances from your drinking water. Depending on the brand and model you choose, these water filters can reduce the level of Per- and Polyfluoroalkyl Substances in your drinking water by up to 99%. Activated carbon is most often used in water filtration to remove pesticides and other organic contaminants from water. It can also be used to remove inorganic contaminants such as mercury.

  • Microorganisms

    Microorganisms are small organisms that exist all around us. They are in the air we breathe and water. They are very small, single-celled organisms that are too small to be seen with the naked eye. Common microorganisms include bacteria, protozoa, and viruses.

    When it comes to microorganisms, a water filter does not just reduce the risk of contracting an illness from drinking contaminated water. It also can filter out microorganisms as small as 1/10th of a millimeter. By lowering the concentration of these microorganisms in your drinking water, you are reducing your risk of contracting a water-borne illness

  • Nitrate

    Nitrate is a form of nitrogen that occurs naturally in soil and water. It can be found in drinking water due to runoff from agricultural fields. The normal level of nitrates in public water varies by location to agricultural centers, but the safe range is 10 mg/L. Anything over that is considered unsafe drinking water. These nitrate levels can be reduced by about 70-80% on average by adding a water filter. Activated carbon can be used to adsorb nitrates from the water and reduce the levels of nitrates in your water supply.

    Activated carbon has a high surface area compared to its volume, which allows it to absorb more things than other materials. In this case, activated carbon adsorbs nitrates. Nitrates are common water contaminants that can be harmful to human health.

  • Arsenic

    Arsenic is a toxic metal that exists naturally in the environment. It's also present in some natural and industrial materials, such as copper and lead smelting, concrete, pesticides, and livestock feed. Water filters with activated carbon are the most common form of filtration for Arsenic and many other contaminants. The filtration process starts with the water being forced through the filter. As it passes through the activated carbon, some of the contaminants are absorbed onto the surface of the carbon. The more carbon the filter has, the more contaminants it can remove from the water.

  • Chlorine

    Chlorine is a common water treatment that is added to water supplies to kill bacteria and other contaminants. While Chlorine is very effective at killing bacteria and other contaminants, it is highly corrosive and can lead to a variety of issues if too much is added to the water supply. Chlorine levels are typically monitored and controlled with the help of a water filter that removes chlorine from the water before it can cause damage. The most common way to remove Chlorine from water is to add a water filter that uses an activated carbon filter. Active carbon filters are highly effective at removing chlorine from water.

  • Chromium

    Chromium in water comes from industrial pollution, natural sources, or a combination of the two. Chromium is naturally found in water and soil, so you can't avoid it entirely. However, most people who want to filter out chromium from their water drink mostly unfiltered tap water. Chromium can also leach into your water from metal pipes in your house. If you have chromium in your water and want to filter it out, you can use a water filter. Most water filters, like reverse osmosis, activated carbon, and UV filtering, will remove chromium from your water.

  • Copper

    Copper has been linked to a variety of health issues, including cirrhosis of the liver and certain types of cancer. While the majority of us don't consume copper directly, copper may be leaching into your drinking water from copper pipes.

    Luckily, water filters are a good way to help reduce the amount of copper in your drinking water. Many water filters have activated carbon filters that are capable of reducing copper levels when filtering water. There are two ways to filter out copper from water. One way is to use a carbon filter, and another is to use reverse osmosis. Carbon filters are cheaper, but they don't remove as much copper as reverse osmosis does.

  • Fluoride

    Fluoride is a naturally occurring mineral found in soil, water, and certain foods. It's widely used for its stain-fighting properties in drinking water and dental care products. Water filters have different ways of filtering out Fluoride. A reverse osmosis system is going to be the most effective, removing up to 92% of Fluoride from your water supply. Other filters, like activated carbon, cannot remove Fluoride but can remove other contaminates.

  • Iron

    Iron is a very common contaminant in both well and municipal water supplies. It can be naturally occurring, or it can be the result of agricultural activities or industrial processes. Iron in water is not usually considered to be dangerous, but it can stain clothing and fixtures, and it can also be difficult to remove from water.

    The best water filter for iron will have some form of active ionic filtration. Ionic filters work by attracting positively charged ions from the water, and negatively charged ions repel the positively charged ions. Iron is positively charged, so it will be attracted to the ionic filter. Once the iron is trapped in the ionic filter, it will be converted to a form that is less likely to be absorbed by your body. These filters will need to be checked and cleaned every 3 months and replaced at least every 6-9 months due to the abrasive nature of iron.

  • Aluminum

    Aluminum is a common metal that is found in tap water. The metal is not considered to be toxic, but it may cause issues if consumed in high quantities. Aluminum filters are also called activated carbon filters. They can be made of natural or artificial materials. Activated carbon filters are often used to filter out chemicals and odors from the water.

  • Lead

    Lead is often used to treat water pipes in homes to prevent corrosion. If water sits in the pipes for too long, it can leach lead into the water. Lead is most commonly found where the drinking water lines are made of lead. This is common in areas where pipes and fittings were made before 1986. Also, the larger population and industrial center a city has, the more likely that the water may have lead contamination.

    A reverse osmosis water filter is the most effective way of ridding drinking water of lead. This type of water filtration system works by forcing water through a semi-permeable membrane that blocks the lead contaminants but allows healthy nutrients and minerals to flow freely.

Why does an ice filter improve the taste of ice?

Why does an ice filter improve the taste of ice?

Having an ice filter improves the taste by removing impurities and heavy minerals. Creating crystal clear water. This results in a much richer, fuller taste that makes the water much more enjoyable to drink. This happens on a much larger scale when you're using a reverse osmosis filter to produce your drinking water. It removes more particles from the water, which improves the flavor of the ice as well.

What Happens when Unfiltered Water Freezes?

When unfiltered water freezes, the impurities that were evenly distributed in the water, will move near the middle, making ice cubes the whitest at their center. Ice cubes made from filtered water tend to be clearer because filtered water does not have as many impurities as unfiltered tap water. For example, if the water source is full of iron, the ice will absorb that iron. If the water source has a high level of chlorine, the ice will absorb that as well.

How Ice Maker Filtration Reduces Maintenance & Repair Needs

An ice maker's filtration system helps prevent clogs and scale in the ice machine's plumbing, which reduces the risk of system failure and downtime and saves you money on maintenance and repair costs. When you have a clogged ice maker, you lose the convenience of fresh ice, and you have to factor in the costs of lost productivity when employees can't get their ice because the machine is out of service.

Clogged ice machines can also cause problems with corrosion, which can eventually lead to system failure. Regular cleaning and maintenance can keep your ice machine running smoothly and save you money on repair costs.

How can hard water damage your ice machine?

Hard water contains higher levels of calcium and magnesium compared to soft water. The higher levels of calcium and magnesium ions in hard water cause a negative charge, which causes scale and corrosion in your ice machine. Scale and corrosion negatively affect the performance of your ice machine, which can cause costly repairs or even total replacement of your ice machine. Scale and corrosion can be prevented by installing a water filter to soften the water before it enters your ice machine.

What contaminants do water filters remove?

What contaminants do water filters remove?

Water filters efficiently remove dozens of contaminants. Water contaminants consist of a broad range of categories. Any “physical, chemical, biological or radiological substance” is deemed a contaminate. The effects of these can be as minor as poor-tasting water but may cause severe health issues over time. Contaminates such as lead, radium, chlorine, and microscopic particles like rust, fibers, oils, metal, silica, and more will be removed by a good water filter.

Do water filters remove heavy metals?

They can also remove sediment and reduce chlorine and organic chemicals in the water. An activated carbon filter is more likely to remove unwanted elements (such as heavy metals) than a conventional carbon filter. This is because the conventional filters often utilize a resin to hold its granules together, and reduces the space available for filtration. Activated carbon filters use minimal bonding agents and have superior contaminant reduction and performance capability.

Do water filters remove minerals?

Do water filters remove minerals?

Some water filters do remove healthy minerals, others will retain them, removing only contaminants. Most reverse osmosis systems, however, will counter these effects by adding a remineralizing filter in the last stage of the filtration process. Sometimes these filters are called alkaline filters, but the goal is the same: to reintroduce trace amounts of healthy minerals that were removed by the powerful filters in the reverse osmosis system. Activated carbon and ceramic filters don’t remove minerals from tap water.

Why is my ice white instead of clear?

Ice appears white when it contains trapped air bubbles and minerals. Some of the more common impurities found in water are minerals like calcium and magnesium. As this freezes, gases are released, creating air bubbles and causing ice to shrink. Since white ice is created by trapped air, it also causes it to melt faster. The minerals present in white ice can also give it a bitter or metallic taste. This can be solved by routine maintenance on your ice machine and adding a water filtration system. These will eliminate any impurities and give you crystal clear ice.

Can bacteria live on ice?

Can bacteria live on ice?

The idea that germs can't live in freezing temperatures is a misconception. While there are certainly some germs that can't survive in a cold environment, plenty of other bacteria can survive on ice. Ice can act as a transport system when bacteria and viruses are introduced to the ice machine due to improper or unsafe use.

There are over one trillion species of microbes on Earth, and they are just as diverse as the plants and animals we share the planet with. Studies show that diseases such as E.coli and salmonella can survive in freezing temperatures and can hitch a ride on an ice cube to reach a host.

The good news is bacteria and viruses don't grow and proliferate well on inorganic surfaces, like ice. So proper cleaning and use of an ice machine is your best bet to steer clear.

Facts and Statistics About Drinking Water

Are you concerned with your customer's health? Or worried about how much water your kitchen uses? Don't worry because we have collected facts and statistics on drinking water, allowing you to quickly find the answers you are looking for. Water is essential for overall health and is especially important for maintaining a healthy lifestyle. Unfortunately, many people around the world don't have access to clean water, and others don't drink enough water each day. Water helps maintain normal blood pressure, hydration, and overall health.

Some Interesting Facts about Drinking Water include:

  • The recommended daily water intake for an adult male is 3.7 liters and for an adult female is 2.7 liters.

  • More than 15 million households in the United State rely on private household wells for drinking water.

  • Averagely, each person uses about 80 to 100 gallons of water per day.

  • Agricultural pollution is the most common type of water contamination and the leading source of water degradation.

  • Agriculture accounts for ~70% of global freshwater withdrawals - 40% of freshwater withdrawals in the United States are used for agriculture.

  • Only 71% of the global population used a safely-managed drinking water service that is free from contamination.

  • About 890 million people do not have access to safe water.

  • There are an estimated 502k diarrhoeal deaths each year due to contaminated drinking water.

  • Unsafe water causes more deaths each year than war and all other forms of violence combined.

  • 80% of all illnesses in the developing world are water-related.

  • Every 2 minutes a child dies from a water-related disease.

  • Unsafe water causes sickness and illness to about 1 billion people every year.

  • To create one pint of beer it takes 20 gallons of water.

  • It takes 120 gallons of water for one egg.

  • It takes more than twice the amount of water to produce coffee than it does tea.

  • Chicken and goat are the least water-intensive meats to consume.

  • 1 pound of beef requires 1,799 gallons of water. A 0.3-pound burger requires 660 gallons of water.

These facts have been sourced from the WHO, EPA, NAM, USGS, UN, and others.

You can find more facts on these websites: