Are you wondering if the Pelican PSE1800 is worth the buy? This is the article for you, as we will provide a complete breakdown of the system. Once you finish reading, you will know if this is the right option for you to choose.

Unlike other websites, we have no sponsored links or affiliation with this brand in the article. We will be giving you the straight facts and tell you everything you need to know to make an informed decision for the Pelican PSE1800 system.

Pelican PSE1800 System Overview

The Pelican PSE1800 is a whole-house water softener and filtration system. It is the ideal technology for softening and filtering 100% of the water supplied to any large household with between 4 and 6 bathrooms. On the other hand, if you have a small household, the system is still more than compatible.

The Pelican PSE1800 has two output capacities to accommodate households of various sizes. For instance, you can set the capacity to 10 gallons per minute to accommodate smaller households with up to 3 bedrooms. However, if your household has up to 6 bathrooms, you can set the water capacity to 15 gallons per minute.

You can quickly scale the system to perform as you want, whether that means eliminating chlorine contaminants or filtering the water without removing essential minerals. The Pelican PSE1800 uses a carbon filtration unit to reduce most chemical contaminants, such as herbicides, pesticides, and chlorine.

As for the water softener technology, the Pelican PSE1800 uses the NaturSoft Salt-Free Water Softener Alternative System to eliminate hard water without using salt. That way, you can prevent scale buildup and sodium in your water.

The Benefits

Here is an overview of all the benefits of using the Pelican PSE1800 to soften and filter your home’s entire water supply:

Whole-House Water Purification

The Pelican PSE1800 consistently removes the worst contaminants and impurities from the water supplied to your house before you consume it. It eliminates chlorine, pesticides, herbicides, industrial pollutants (volatile organic compounds), particles, sediments, and more.

Whether you use the water for drinking or bathing, you will enjoy fresh, clean, and odor-free water. The system is effective even in an area with very poor water quality. A KDF media also helps remove heavy metals from the water, which is not possible for many water filters on the market.

Related Article: How to Dechlorinate Tap Water

No Salt or Sodium

The Pelican PSE1800 differs from other water filtration systems because it doesn’t use salt and ion exchange technology to eliminate minerals from hard water. Instead, it uses a salt-free technology to soften water without removing precious minerals like calcium and magnesium.

The salt-free technology crystallizes the minerals to condition the water in a way that prevents the minerals from attaching themselves to the water pipes and appliances. In other words, the minerals will remain in the water, but there won’t be any scale buildup due to their altered state.

Extend the Lifespan of Your Appliances

Since the Pelican PSE1800 causes less scale buildup, your appliances won’t suffer as much wear and tear. For this reason, you can expect your pipes, faucets, washing machine, dishwasher, and water heater to have much longer lifespans than with a salt-based water softener system.

No Electricity Required

One of the best benefits of the Pelican PSE1800 system is that it doesn’t require electricity to install or operate. You can run the system 24 hours a day and never consume electricity. In fact, you don’t even need to connect any electrical wiring to it.

The high energy efficiency and low operational costs associated with the Pelican PSE1800 make it the perfect long-term investment. Once installed, you don’t have to worry about your utility bills rising or putting a strain on your monthly finances.

Healthy Skin, Hair, and Body

Consuming water from the Pelican PSE1800 system will result in healthier skin, hair, and body. It will provide you with cleaner and softer water for washing your body and head, resulting in less irritation to your skin and hair. In many cases, people report that their tap water is causing hair loss and skin conditions to worsen.

As for drinking, the water will be fresh and clean without any nasty odors or tastes. The salt-free systems prevent the subtle salty taste common with salt-based water softeners. Most importantly, it will keep your body healthy because it won’t have all those dangerous contaminants.

Installation Steps

Installing the Pelican PSE1800 is no easy task. A professional or experienced plumber must oversee the installation process due to the advanced skills needed to complete it. It is not a do-it-yourself installation unless you have plumbing experience, no matter how much you might want to save on the installation costs.

Open the Pelican PSE1800 Package

When you open the package that Pelican sends, you will receive the following components to sort, which is includes:

• Carbon Filter System
• Water Softener System
• Mounting Bracket
• Prefilter
• Owner’s Manual
• Bypass Valve & Fittings
• Flexible Pipe
• SharkBite Connectors

The owner’s manual can give you more specific details about the installation if you are confused about any steps. If any of the above items are missing, such as the connectors or pipe, your plumber can bring them to the installation for you.

Gather All the Plumbing Tools and Accessories

Some items you must purchase aren’t included in the Pelican PSE1800 box. In order to perform the installation, you will need wrenches, fittings, pipe cutters, and Teflon tape. Again, the plumber will bring these items, but you should know what they are for reference.

Install the Pelican PSE1800 System

Connect the Pelican PSE1800 to the main water supply line of the house. The plumber will understand the local plumbing and building codes to ensure your compliance with them during installation. A main water supply line will typically be in a basement or near the street if you don’t have a basement.

Additionally, the plumber will install the system in an area away from direct sunlight and freezing temperatures. A cool or warm environment is ideal to keep the system functioning at its best. The installation process should take up to four hours to complete.

Once finished, you must spend another couple of days filling and flushing the filtration system to test its effectiveness. Initially, you should not drink the water and let it run for 30 minutes while it flushes out the residual carbon dust from the filter.

Maintenance Requirements

The maintenance requirements for the Pelican PSE1800 are straightforward. Depending on how much you use the water softener, you must remove and replace the sediment prefilter every 3 to 6 months. If you notice a decrease in your home’s water pressure, this may indicate a filter replacement.

You will also need to replace the carbon media in the carbon filtration unit about once every five years. The carbon media lasts longer than the sediment prefilter, but you may need to replace it sooner than five years if you use large quantities of water daily.

The final maintenance requirement is to conduct regular system inspections about once a month for signs of leaks, damage, or wear and tear. The sooner you discover any issues like these, the sooner you can resolve them before they worsen into a more expensive problem.

Conclusion

The Pelican PSE1800 whole-house water filtration system is an excellent investment. Despite a higher initial investment, the system’s benefits in water quality, appliance protection, and potential health advantages make it a worthwhile consideration for homeowners.

The installation process is the most challenging part, but you can hire a plumber to complete it. If you have any more questions about this water filter and softener, don’t hesitate to leave us a comment or send us a message through the contact form!

The post (Worth a Buy?) Pelican PSE1800 Review appeared first on How To Filter.

However, you may be stuck deciding between a Waterdrop G2 vs G3 filter model for your household. The systems are similar, but there are some key differences that you should be aware of to make an informed choice.

As water filtration experts, we understand the ins and outs of both systems and will help you pick what’s right for you. So, keep reading further, and let’s break down the differences between a Waterdrop G2 vs G3 system.

Overview of the Waterdrop G2 vs G3 Systems

To start this comparison, we will provide a list of the main manufacturer specifications of these systems. If you are unfamiliar with water filter terminology, don’t worry, as we will be explaining the benefits of the systems in the following sections. 

WD-G2-B Overview

Main Specifications: 

• Filtration Stages: 7-stage filtration system.
• Filtration Accuracy: 0.0001-micron filtration accuracy.
• Contaminant Removal: Can reduce total dissolved solids (TDS), PFAs, PFOA, and other contaminants.

Flow Rate and Efficiency:

• Daily Production Rate: Up to 400 gallons per day (GPD).
• Pure to Drain Ratio: 1:1, indicating the system discards one gallon for every gallon of purified water produced.

Design and Dimensions:

• Dimensions: 17.33″ (Length) x 5.91″ (Width) x 13.98″ (Height)
• Weight: Approximately 20.94 pounds.
• Color Options: Available in black (WD-G2-B) and white (WD-G2-W).

Installation and Usage:

• Installation Location: Designed for under-sink installation.
• Usage Environment: Indoor use only.
• Feed Water Requirements: Water pressure between 14.5-87 psi (0.1-0.6 MPa).

Certifications:

• NSF/ANSI 372 Certified: Indicates compliance with standards for material safety.

WD-G3-W Overview

• Filtration Stages: 8-stage filtration system.
• Filtration Accuracy: 0.0001-micron filtration accuracy.
• Contaminant Removal: It can reduce chlorine, heavy metals, total dissolved solids (TDS), lead, and other impurities.

Flow Rate and Efficiency:

• Daily Production Rate: Up to 600 gallons per day (GPD).
• Pure to Drain Ratio: 2:1, meaning the system discards one gallon of water for every two gallons of purified water produced.

Design and Dimensions:

• Dimensions: Compact tankless design for space-saving installation.
• Weight: Approximately 32.4 pounds
• Color Options: Available in white (WD-G3-W).

Installation and Usage:

• Installation Location: Designed for under-sink installation.
• Usage Environment: Indoor use only.
• Feed Water Requirements: Water pressure between 14.5-87 psi (0.1-0.6 MPa).

Certifications:

• NSF/ANSI 58 Certified: Ensures the system meets TDS reduction and contaminant removal standards.
• NSF/ANSI 372 Certified: Indicates compliance with lead-free material standards.

Smart Features:

• Smart Faucet: A monitoring panel displays real-time water quality and filter status.
• Automatic Flushing: The system automatically flushes after two hours of operation to maintain filter efficiency.

Comparing Key Features

Filtration Technology

The Waterdrop systems utilize multiple layers, including several reverse osmosis stages. The Waterdrop G2 has a 7-stage filter that eliminates impurities in various sizes. G2’s filtration system comprises composite filters and reverse osmosis membranes. 

From total dissolved solids to chlorine, your water will be pure once it goes through the system under your sink. The Waterdrop G3 has an 8-stage filter, which includes a pre-sediment and carbon block, reverse osmosis membrane, and additional water purification steps. 

Once the tap water passes through the filter, you can pay extra for a system that provides a mineralization, alkaline, or UV sterilization phase. The mineralization process adds beneficial minerals like calcium and magnesium into the water.

The alkaline process will balance the pH of the water, making it slightly alkaline for improved taste and hydration. Lastly, the UV sterilizer is an optional feature that will add an extra disinfection stage against harmful bacteria and viruses. 

Tankless Designs

The Waterdrop G2 and G3 are tankless water filtration systems meant to be installed under your sink. Without a storage tank, they use a direct-flow system that is activated each time you turn your dedicated RO faucet handle. 

Many people complain about water filters with tanks, as they are bulky and can develop bacterial growth that impacts water quality. Since the water comes straight from the tap to the filter, it won’t stagnate underneath your sink. 

Tankless water filters remove the bulky design that often makes it a hassle to fit underneath your sink. If you have limited space under your sink, you will likely still be able to find space for the installation. 

Water Flow Rate

The Waterdrop G2 vs G3 differ in the flow rate they provide, with the G3 having a faster output. Waterdrop’s G2 model has a daily flow rate of 400 gallons per day (GPD), which is suitable for small or medium households with average water consumption. 

With the Waterdrop G2, filling an average-sized glass of water takes around 12 seconds. However, in recent updates, the G3P400 has gone out of production and is now standard with a 600-gallon-per-day (GPD) output. We will update this section if it becomes in stock again.

When designing the G3, Waterdrop aimed to speed up this process, achieving a 60% faster flow rate. The G3P600 will fill up a standard glass of water in around 8 seconds and utilize less tap water to produce the purified water. 

Performance and Efficiency

Waterdrop’s G2 and G3 systems do an incredible job of removing contaminants from water. The maximum daily water output for the Waterdrop G2 is around 400 gallons per day, far more than any household would need daily.

With the new and improved design, you can also choose the Waterdrop G3, which produces 600 gallons of water daily. Depending on your needs, you can also purchase a larger-capacity filter that produces 800 gallons daily. 

The compact designs consume less energy while providing safe water for drinking, cooking, and washing. When purifying water, the Waterdrop G2 requires two gallons to dispense one gallon. 

This 1:1 ratio is far better than many reverse-osmosis systems, which usually maintain a 1:3 or 1:5 ratio. However, Waterdrop took it even further, and their G3 model utilizes three gallons of water to produce 2 gallons of purified water with a 2:1 pure-to-drain ratio. 

If you are environmentally conscious, you won’t find a better option than a tankless system like the Waterdrop G2 and G3. The water filtration systems keep the waste to a minimum and reduce your carbon footprint while receiving purified water.

Installation and Maintenance

Waterdrop’s tankless water filtration is designed for easy installation under your home’s sink. You will have no problem putting this together without a professional’s help if you have general DIY knowledge and a few basic hand tools.

Inside the Waterdrop G2 system’s box, you will receive the following components: 

• Assembled System
• Tubing and Connectors
• Dedicated RO Faucet 

Some of the things not included in the system’s box are basic tools required for installation. These tools include an adjustable wrench, a Philips screwdriver, and an electric drill if there is no pre-drilled hole on your countertop for the faucet. 

The Waterdrop G3 system will have a similar installation, but the box will include a digital display for the TDS monitoring and filter life. With the G3, you will receive updates on when to replace the filter components. 

This monitor makes maintenance easy for the G3, while you must stay proactive with the G2 to ensure proper upkeep. Below is a general timeline for when you should replace components of the Waterdrop G2 system:

• Composite Filter – Replace every 6 months
• RO Membrane Filter – Replace every 24 months 

Maintenance for the G3 system is similar but includes a different filter type and an additional filter. The maintenance timeline for the Waterdrop G3 includes the following: 

• Pre-Sediment and Carbon Block Filter (PP+CB) – Replace every 6 months
• Reverse Osmosis Membrane (MRO) – Replace every 24 months
• Carbon Block Polishing Filter (CB) – Replace every 12 months

Pricing and Value for Money

The Waterdrop G2 and G3 are high-performance tankless water filters, but come at different costs. Waterdrop’s G2 is a more budget-friendly option, but it does not have the more advanced features or higher daily water output of the G3 system. 

If you value reliability and don’t mind not having the latest features, the Waterdrop G2 is an excellent choice. This older water filtration model offers lower upfront costs and less costly replacement filters. 

Are you interested in integrating smart home features into your daily life? The Waterdrop G3 is the system for you. Unlike the previous generation, it has real-time TDS monitoring and a digital display. 

Additionally, if you live in an area with very poor water quality, it’s a better idea to choose the G3 model. The Waterdrop G2 has no pre-sediment and carbon block filter that removes large impurities. 

Customer Reviews and Feedback

Waterdrop is a reputable brand of water filtration systems, so the feedback is generally positive for both systems. However, the praise for the Waterdrop G2 generally highlights the ease of installation, affordability, and compact design. 

The water filter is a no-frills design that gives you pure water and lasts for many years with minimal maintenance. On the other hand, the Waterdrop G3 is praised for its faster flow rate, advanced features, and superior filtration. 

Pros and Cons of Each System

Waterdrop G2 System

Pros

Cons

Waterdrop G3 System

Pros

Cons

Recommendations

Choosing between Waterdrop G2 vs G3 will depend on your budget, priorities, and household water requirements. Below is what we think the right choice is based on your circumstances when considering Waterdrop G2 vs G3.

When to Use the Waterdrop G2

The Waterdrop G2 requires a lower initial investment and is ideal for smaller households with standard water usage. With a flow rate of 0.27 gallons per minute, you can get pure water in a moderate timeframe and receive it from the dedicated spout.

Additionally, this is an ideal option if the water in your area is relatively clean and not full of sediment or chlorine. In most cases, we recommend the Waterdrop G2 to our readers, as it meets most household requirements.

Click Here to Check the Price of the Waterdrop G2 

When to Use the Waterdrop G3

The Waterdrop G3 is the preferred choice if you want the best quality water and features. Its pre-sediment and carbon block filters eliminate more impurities than the G2 model. Additionally, you can choose the added mineralization, alkaline, and UV sterilization features.

These features will further improve your drinking water and provide you with superior hydration. While the upfront cost is higher, the advanced smart features and faster flow rate may be more beneficial for your lifestyle and preferences.

Click Here to Check the Price of the Waterdrop G3

Conclusion

When comparing the Waterdrop G2 and G3, both systems are excellent choices for tankless reverse osmosis water filtration, offering clean and safe drinking water while saving space. 

The decision ultimately depends on your budget, water usage needs, and desired features. By weighing your needs and preferences, you can confidently choose the system that fits your lifestyle and enjoy the benefits of purified water every day.

The post The Complete Guide: Waterdrop G2 vs G3 Systems  appeared first on How To Filter.

Fortunately, the following bottled water has low or no chlorine:

1. Aquafina
2. Mountain Valley
3. Evian 
4. LIFEWTR
5. FIJI Water
6. Nestle Pure Life

If you want to avoid the bad taste and potential health hazards associated with chlorine consumption, keep reading. We will cover the top bottled water brands that use little to no chlorine.

Why Choose Bottled Water with No Chlorine? 

When it comes to hydration, the quality of your water matters and should not include any harmful chemicals. While chlorine is a helpful disinfectant, it can significantly impact the quality of your drinking water. 

Choosing a bottled water brand that filters out chlorine is critical in achieving a more natural and refreshing taste. Additionally, the water will be gentler on your health and will be the preferred choice for those with sensitivities.

Fortunately, more people have become health-conscious and have started to focus on avoiding products with chlorine. The new awareness has led brands to test for chlorine and verify that the water is chlorine-free. 

6 Best Bottled Water with Low or No Chlorine

Aquafina

The Aquafina branded water is a PepsiCo product that uses several filtration methods for its bottled water. Their trademarked HydRO-7 filtration system includes reverse osmosis, carbon filtration, and UV light treatment. 

When water runs through these filter systems, it is purified to the point where chlorine is eliminated. Studies have shown that the primary filter that removes chlorine is the carbon filtration system, which has been shown to remove total chlorine residuals. 

Mountain Valley

Mountain Valley has become a highly rated bottled water for health-conscious consumers. The water is sourced from the Ouachita Mountains and packaged in a glass bottle free of BPA and phthalates. 

The water is rich in minerals and has a neutral PH balance. When drinking it, you won’t have to deal with the chemical taste of chlorine or other harmful additives. While the price may be higher than other bottled water brands, it’s the gold standard for consumers. 

Evian 

Evian is a globally known, higher-end brand of bottled water. You will often find these water bottles in locations that sell premium water brands. The water is chlorine-free and comes from snowmelt in the French Alps, which undergoes a 15-year process.

Evian’s water is naturally filtered through the mountain rocks and glacial sand. The water source is also protected from contamination and uses minimal artificial treatment like chlorine. 

LIFEWTR

LIFEWTR is an electrolyte-infused water product that delivers superior hydration. The brand adds the essential minerals magnesium and potassium to make the water more refreshing and hydrating.

While the brand adds these minerals, they do not infuse the water with chlorine as a disinfectant. Additionally, their bottles come from a BPA-free and recycled material that has less of an impact on the environment. 

FIJI Water

FIJI Water has built its reputation on its smooth and refreshing taste. The water is chlorine-free and sourced from a waterfall on the Fiji islands. Unlike other water brands, this bottled water has a uniquely sweet taste.

The water’s taste is due to its natural mineral makeup, which includes calcium, magnesium, and potassium. Since the water is sourced naturally, you won’t have to worry about the bad taste of chlorine. 

Nestle Pure Life

Ending off this list is an affordable water bottle option that uses the public municipal water supply. While the water doesn’t come from natural sources, it still undergoes extensive purification. 

Before bottling, the water is tested to ensure it meets FDA and EPA water quality standards. During testing, the water is checked for chlorine and verified to have a negligible amount of around 0.5-1mg/L. 

Frequently Asked Questions

Conclusion

When it comes to selecting bottled water, the presence of chlorine can drastically impact the taste and quality. Opting for bottled water with low or no chlorine is a step toward enjoying a cleaner, more refreshing hydration experience.

The six brands listed above prioritize natural filtration methods, such as spring water sources or advanced purification processes like reverse osmosis, which are excellent choices for those who value purity.

Do you have a favorite chlorine-free water brand? Let us know in the comments!

Similar Article: How to Dechlorinate Tap Water

The post Best Bottled Water With Low or No Chlorine appeared first on How To Filter.

You might assume that your local water treatment plant will remove estrogen from your tap water before supplying it to your home. However, their water filtration methods don’t eliminate all the pharmaceutical compounds in the water, including the natural and synthetic estrogens.

As a result, there is a high probability that you might have estrogen in the tap water coming out of your kitchen sink. If estrogen is not removed from the water before consumption, it could have devastating health consequences for men and women.

How Does Estrogen in Water Affect Health

Consuming estrogen in water can impact males and females in different ways. For instance, unusually high levels of estrogen can cause a woman to develop breast cancer, abnormal menstrual cycles, and development issues in their children. Younger girls could go through puberty early if they consume too much estrogen in their water.

The health consequences of males consuming estrogen in water can be even worse. For starters, estrogen can cause men to develop hormonal imbalances that limit their testosterone production, which will negatively impact their sexual and physical health.

Not only will it weaken their sperm quality and quantity, but it will increase their likelihood of impotence. Other health issues arising from estrogen in males include unwanted behavioral changes and a higher risk of developing testicular cancer.

How Water Filters Can Remove Estrogen

Sadly, no federal regulations or standards require public utilities to remove estrogen from drinking water. That is why it is up to consumers like you to use the proper filters to remove estrogen from your tap water. The question is, which water filters can adequately reduce or eliminate it?

First, it is essential to point out that boiling your tap water will not remove estrogen. Boiling is a traditional water purification practice for eliminating viruses and bacteria from water. However, it is not the best method for removing hormones like estrogen from water.

The two best water filtration methods for removing estrogen are reverse osmosis, activated carbon, and ceramic filters. Let’s review each one below:

Reverse Osmosis Filtration

Reverse osmosis is one of the most popular ways to filter and purify tap water. The reverse osmosis filtration process forces tap water through a semi-permeable membrane material, removing nearly 99% of its particles and contaminants. Studies have found that this method can successfully filter out estrogen and other hormones from the water.

The only downside to reverse osmosis filtration is the expense since you must purchase an entire reverse osmosis system to produce the water pressure needed for this filtration process. It will be worth the investment for many people because they can also remove other nasty contaminants from their water, ranging from bacteria to heavy metals and salts.

You can purchase reverse osmosis filtration systems to install for your entire home or underneath your kitchen sink. The latter is the more affordable but only filters your kitchen tap water. The whole house system filters all the public tap water running to your home.

Activated Carbon Filters

Activated carbon filters are the most affordable and effective method of removing estrogen from water. These filters feature porous carbon particles that can attract and hold estrogen molecules found in the water. The molecules stay trapped in the carbon, which allows cleaner water to come out of the filter.

You can expect activated carbon filters to remove over 60% of the estrogen from your water, depending on the model used. For instance, evidence shows that the C401 reactivated carbon filters can filter out more than 80% of estrogen from water. Alternatively, the F400 virgin carbon filters can remove nearly 65% of estrogen from water.

Activated carbon filters have two options: countertop filters or whole-house units. The countertop version is a simple pitcher filter that quickly filters tap water, but the results are not as good. The whole house unit is the more efficient and effective carbon filtration option because it removes higher estrogen levels.

Filter Certifications and Standards

The best option is to use a multi-stage water filtration system incorporating reverse osmosis and activated carbon filtration methodologies. Such a system will give you the best of both filtration methods by removing contaminants from your water, including volatile organic compounds, bacteria, pharmaceuticals, and hormones like estrogen.

Look for filters with certifications that prove they meet official water filtration standards. For example, the National Sanitation Foundation is an organization that protects public health by creating safety standards for food and water products. The American National Standards Institute has accredited the NSF to set standards for water filtration products, such as Brita carbon filter pitchers.

Some of the most common NSF certifications include:

• NSF / ANSI Standard 42 – Good for removing chlorine and particles from water, but not estrogen.
• NSF / ANSI Standard 53 – Can help reduce estrogenic compounds and other volatile organic compounds in water.
• NSF / ANSI Standard 401 – The best certification for removing estrogen and pharmaceutical drugs from drinking water. Try to find a filter with this certification if your primary goal is to target estrogen.

Conclusion

You may feel comfortable starting with an activated carbon filtration pitcher or under-sink reverse osmosis filter to test its ability to remove estrogen. Once you are happy with the results, you may feel compelled to purchase a whole-house filter at some point in the future.

Similar Article: How to Dechlorinate Tap Water

The post Surprising Truth: Do Water Filters Remove Estrogen? appeared first on How To Filter.

Water treatment facilities put chlorine in tap water to destroy these microorganisms. Unfortunately, the chlorine does not get filtered out of the water by the time it arrives at your house through your main water line.

Fortunately, there are numerous ways to dechlorinate tap water, such as:

• Activated Carbon Filter
• Boil the Water
• Dechlorination Tablets
• UV Light Treatment
• Reverse Osmosis
• Natural Evaporation

Consuming water with chlorine over a long period can cause you to develop certain health problems, such as gastrointestinal issues, skin irritation, difficulty breathing, coughing, abdominal pain, and more. This article will provide some effective ways to make tap water more safe.

Dechlorinate Your Tap Water to Keep It Pure

There is a clear incentive to remove the chlorine from tap water before drinking it. Dechlorinating your tap water will ensure it is purified and healthy for human consumption.

Here is an overview of the six best methods for getting chlorine out of your tap water.

Activated Carbon Filter

Activated carbon water filters use a carbon-rich material like charcoal to filter out contaminants from water. Charcoal is a very porous material that can catch all kinds of chemicals and impurities in its pores to filter them from the water, including chlorine, pesticides, and volatile organic compounds.

You can buy granular activated carbon water filters under the faucet or complete carbon-based water filtration systems to attach to your water line. Of course, the former is more affordable than the latter, but either one can do a great job at reducing or eliminating chlorine levels in your tap water.

Remember to replace your carbon-based filter cartridges based on the manufacturer’s recommendations. That way, you can ensure that your filter can continue to remove chlorine from your tap water as needed.

Boil the Water

One of the oldest water purification methods is boiling water. Although it does not remove contaminants like heavy metals and pesticides, boiling water does help remove chlorine and bacteria from water. The boiling heat causes the chlorine in the water to evaporate, which ultimately removes all active chlorine from the water.

Boiling your tap water is by far the cheapest dechlorination method. The two basic things you need are a heated stove and a pot of water. It should take no longer than 15 minutes to reach a boiling temperature that evaporates the chlorine from the water. Once you boil the water, you need to let it cool down before you drink it.

The downside is that it will take a long time to boil several gallons of dechlorinated drinking water if you want to produce a large supply.

Dechlorination Tablets

Dechlorination tablets consist of ascorbic acid or sodium ascorbate, each being a different type of Vitamin C. Ascorbic acid is the most effective type of Vitamin C for removing chlorine from water. However, this method is generally used for pools and not for water consumption.

When you add a dechlorination tablet to tap water, the tablet neutralizes the chlorine until it is no longer an active compound. It is another fast and affordable dechlorination method used to remove chlorine from tap water.

Remember that dechlorination tablets only work well when purifying a stable water container. You cannot add tablets to your house’s water system because they don’t work like filtration systems. So, if you are planning to dechlorinate the tap water coming through a public utility line, then dechlorination tablets won’t work for it.

Related Article: How to Soften Pool Water

UV Light Treatment

Ultraviolet light can serve many purposes for people, such as reducing or eliminating the presence of chemical compounds in tap water. The process of eliminating these chemicals is known as “photolysis.” That means exposing your tap water to UV light will remove chlorine from it as well.

You can install a UV light water filter under an individual sink or on the main water line of the entire house. Some people prefer the UV light water filter for their kitchen sink if they only drink water from that water source. But if you want to bathe in chlorine-free water, you must install a UV light water filtration system for the whole house.

Reverse Osmosis

A reverse osmosis water filtration filter passes tap water through a semi-permeable membrane, which blocks contaminants like chlorine while only allowing pure water molecules to pass through it. You can purchase a reverse osmosis cartridge-based filter or a whole-house filtration system.

The best option is to install a reverse osmosis system to dechlorinate all the water running to the house, especially if your tap water has significantly high levels of chlorine in it. Cartridge-based filters are better for removing lower levels of chlorine from tap water.

Some reasons for not getting a reverse osmosis system are the higher cost and additional maintenance requirements. But if you can overcome those setbacks, then it is well worth it.

Natural Evaporation

If you are not in a hurry to dechlorinate your tap water, you may find the natural evaporation method to be the simplest and easiest dechlorination method. It is a completely free dechlorination method that does not require any technology or expense.

All you need to do is put your tap water in a pot or container and let it rest somewhere uncovered at room temperature for up to 48 hours. The chlorine gas in the tap water will naturally evaporate over these 48 hours. It may be one way to overcome the hassle of boiling large quantities of water if you are trying to produce several gallons of dechlorinated drinking water.

What you could do is boil the water that you want to drink immediately and then leave all the other water out in the open for 48 hours. Then, by the time you are ready to drink that water, it will have already dechlorinated naturally.

Conclusion

Your tap water may have traces of chlorine even if you don’t smell or taste anything strange. The U.S. Environmental Protection Agency recommends that you don’t drink tap water if the chlorine levels are over four parts per million, which is the equivalent of four drops of chlorine in a 10-gallon water container. Regularly consuming water with over four parts per million of chlorine could lead to long-term health issues.

Therefore, it is well worth spending a little extra time, effort, and expense in dechlorinating your water using one of the dechlorination methods outlined above. The best method for you will be based on your budget and how much water you regularly consume.

The post 6 Effective Methods: How to Dechlorinate Tap Water appeared first on How To Filter.

If you are one of these people, it is imperative that you filter your tap water to keep it as clean and healthy as possible. However, in some cases, the whole-house water filter will develop mold due to poor conditions and improper maintenance.

This article will cover the dangers of mold in a whole-house water filter and what solutions you can do to fix it.

The Dangers of Mold in the Whole-House Water Filter

The whole-house water filter is a popular tap water filtration system that can filter out many of the common contaminants found in your public-supplied tap water, such as sulfur, iron, and chlorine. Users have found it to be quite efficient in keeping their tap water clean.

However, you need to ensure that mold spores do not form within the water filter because they can cause you to develop significant health consequences if you inadvertently consume them in the water. Thousands of mold species could potentially get into your water filter and cause you or your loved ones to get sick.

These molds may include:

• Pathogenic Molds – They can cause disease in children, seniors, and those with weak immune systems.
• Allergenic Molds – Anyone with mold allergies could develop respiration symptoms from consuming the mold spores, including chronic headaches, shortness of breath, and wheezing. In some cases, allergenic molds can have life-threatening consequences for people.
• Toxic Molds – Often referred to as “black mold,” these toxic molds can potentially be poisonous to anyone who ingests them. The health consequences can include lung disease, respiratory illness, and skin irritation.

It is dangerous to continuously consume mold from the water in your whole-house water filter. That is why you need to get to the bottom of this problem by understanding how mold gets into the water filter and the best ways of getting rid of it.

Otherwise, you could be risking the health and safety of everyone who consumes water coming out of your water filtration system, including you, your friends, and family members.

Potential Reasons for Mold in a Whole-House Water Filter

Molds exist everywhere in our environment. They are microscopic fungi that thrive anywhere where oxygen and moisture are present. So, if you have mold inside your whole-house water filtration system, it must mean that oxygen or organic food substances exist within the system for fungi to thrive and grow.

Let’s take a look at some common causes of mold growth in whole-house water filters:

Leaky Water Pipes or Appliances

One tiny hole or crack in your water pipes can cause mold to form within them because air will make its way inside of them. A closed plumbing system must remain airtight to prevent leaks and mold growth.

The same goes for common plumbing appliances like water pressure tanks and water heaters because they can also attract mold if they have cracks or holes in them.

Poorly Maintained Water Treatment System

Do you use a water reservoir or well as the source of your tap water? If so, you don’t have the luxury of having a public utility company or water treatment plant to filter out contaminants from the water.

That means if you don’t properly maintain your water source to prevent contamination, then you can expect mold to get into your water filter each time you turn on the faucet. Therefore, you need to sufficiently protect, disinfect, and maintain your water source to prevent it from suffering mold contamination.

Unsealed or Cracked Well Cap

Having a strong well cap is essential for preventing mold and other contaminants from getting into your well water supply.

If your well cap has a crack or any other type of damage, it can easily allow outdoor contaminants to get into your well water supply. Once that happens, you can expect mold to accumulate in your water supply as well as your whole-house water filter.

Make sure you regularly monitor the condition of your well cap to ensure it doesn’t have any signs of damage. You may need to hire a professional plumber to occasionally inspect the well cap because they have the skills and experience to detect hairline cracks that you may not be able to see with the naked eye.

Paper Filters

Paper filters and cartridges may seem harmless to your filtration system, but they pose a higher risk of attracting mold. The reason is that the cellulose in paper is an organic substance that attracts microorganisms like fungi. So, if you use the same paper filter in your filtration system for too long, it is bound to attract mold growth.

Why Whole-House Water Filters Don’t Remove Mold

The only way a water filter can eliminate mold is if it uses sub-micron or UV lighting filtration. For example, a reverse osmosis water filtration system can remove mold contaminants from the water because it uses sub-micron filtration to remove fungi, parasites, bacteria, and other microorganisms from the water.

Unfortunately, whole-house water filters don’t remove mold because they use the carbon-based filtration method. Carbon filters are great at removing volatile organic compounds, sediment, chlorine, minerals, and salts from water, but they are not good at removing mold, bacteria, and other microorganisms. That is why people using whole-house water filters will sometimes see mold in their water filter system.

If you see mold in your whole-house water filtration system, you need to take the appropriate steps to eliminate it before it causes severe health problems for you or others.

Solutions for Preventing Mold in the Whole-House Water Filter

There are several possible solutions for preventing and reducing mold in your whole-house water filter. You can quickly identify the best solution by studying the location of the mold growth and how it started in the first place.

Here are some different potential solutions to consider for preventing mold growth in your whole-house water filtration system.

Use a Dehumidifier

Do you notice mold growth outside of your whole-house water filter? First, check the filter cartridges to see if they are clean. If they are, then it means that condensation has accumulated on the outside of your cartridge housing or water tanks and is causing the mold to grow there.

The best thing to do in this situation is to use a dehumidifier to reduce the moisture in the air that surrounds the whole-house water filter. Less moisture will lead to less condensation and then less mold growth.

Fix Leaky Pipes and Appliances

Any professionally installed closed plumbing system should remain airtight and mold-resistant. The only thing that could jeopardize this is if you have leaky water pipes due to cracks or damage somewhere on the pipes. The smallest hairline crack is all it takes to invite air to seep through into the water and cause mold to form.

Hire a plumber to investigate the leaky water pipes to find the source of the leak. Then, the plumber can repair the cracks or damage in the pipes to stop any more leaks and mold growth.

In addition, you should also have the plumber inspect your water pressure tank and heater for leaks as well. If they spot any leaks or signs of damage, the plumber can repair the leaks and damage accordingly. 

Replace the Damaged Well Cap

Most well caps are made of either thermoplastic or aluminum because they are corrosion-resistant. However, that doesn’t mean they cannot suffer damage and deterioration from remaining outside over time because they can. That is why it is imperative to have a professional plumber inspect your well cap to ensure it is intact.

Immediately replace your well cap if any signs of damage are present. Failure to do so will invite mold, insects, and other kinds of nasty organisms and contaminants into your well water supply.

Clean Your Pipes

Water pipes can develop mold even if there is no structural damage to them. Perhaps you let water remain stagnant in your system for too long, or there is an accumulation of organic materials in the pipes. Either scenario can attract mold growth inside your pipes.

For this reason, you need to periodically clean your water pipes by pouring baking soda down the drains of your home’s sinks. Let the baking soda settle in your pipes overnight. On the next day, pour white vinegar down the drain to create a foamy solution. After the foam settles, pour hot water down the drain to rinse it all out.

Contact Your Local Water Utility Company

Does a local water treatment facility clean and supply your tap water? If you still see mold in your whole-house water filter after fixing leaks, cleaning the pipes, and dehumidifying your environment, then the problem may have to do with the water itself.

Municipal water supplies are responsible for disinfecting city water in their water treatment plants before supplying it to consumers. So, if you see mold in your city-based drinking water, a professional from your local water utility company must investigate the problem to know why this is happening.

In most cases, the city utility worker will identify and fix the problem that’s causing your water to become susceptible to mold.

Conclusion

In conclusion, mold in your whole-house water filter is a serious issue that shouldn’t be ignored. It can stem from various factors, including high humidity, infrequent maintenance, or contaminated water sources. Regular inspections, timely filter replacements, and proper system maintenance are crucial to prevent mold growth.

If you discover mold, address it promptly by cleaning or replacing the affected components. Consider consulting a water treatment professional to ensure your system is functioning optimally.

Similar Article: Gray Well Water: The Causes and Solutions

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Culligan water softeners are so expensive due to the following reasons: 

• Brand Recognition
• Sales Pressure 
• Installation Costs
• Water Softener Capacity

When you want a capable water softener for your home or business, you will likely notice the Culligan name frequently. This article will cover why these water softener systems are so expensive and if they are worth the price. 

What Makes Culligan Water Softeners so Expensive? 

Culligan is a popular water softener brand that sells high-priced systems that vary in design to fit your property’s specifications. While the softener systems costs may be slightly above average, the extra costs are where Culligan starts to charge a hefty bill. 

Below are some of the primary reasons why a Culligan water softener will be so expensive when quoted by a salesperson. 

Brand Recognition

One of the biggest reasons Culligan can command a high price for its systems is its large name. The brand was established in 1936 and has continued to expand to be a worldwide leader in water softening systems. 

Many customers value the peace of mind that the Culligan brand brings. The water softener systems are manufactured in the United States, and Culligan makes sure that they meet certain criteria. 

Sales Pressure

Unlike other water softener manufacturers, you cannot purchase a Culligan system without the assistance of a salesperson. You must schedule an appointment with a Culligan representative to discuss systems and installation costs.

While Culligan professionals should follow guidelines, it’s not entirely reliable to know which salesperson you will get. A team member may try to upsell you on various system upgrades and pressure you into the sale. 

Installation Costs

Along with the Culligan water softeners, you will need to pay a certified professional to handle the installation. These installers must only be affiliated with Culligan and can’t be a third-party contractor. 

The requirement for an installation allows Culligan to set an above-average cost for their services. However, there is a loophole if you buy a second-hand Culligan water softener from someone else. 

Water Softener Capacity

Culligan manufactures industrial water softeners that can handle varying requirements for its customers. The premium water softener systems that Culligan offers can reach PSIG levels of 125 or more.

These water softeners aren’t rated for residential applications, as they are far more powerful than necessary. Get the best price by choosing a water softener capacity that matches your home’s needs. 

Culligan Water Softener Installation Costs

A significant portion of the Culligan water softener investment will be in the installation costs. The system’s installation can be broken up into a purchase or a rental agreement with Culligan. 

Culligan systems range from $400-$5000 for the water softener only. The price does not factor in installation and will depend on the specific system and model of the Culligan water softener linked to your property. 

Additionally, the type of system will depend on the quality of your local water and the square footage of your property. The following table will break down the factors that influence the costs of a Culligan water softener. 

Depending on your preferences, these costs can be divided into a rent-to-own payment plan or a lump sum. Whatever your payment preferences, the Culligan water softener can be a significant investment. 

Are Culligan Water Softeners Worth It?

If your home’s well or tap water has a metallic taste, this is a sign that you need a water softener. Culligan is a popular choice with decades of expertise built behind their water softener products. 

Some of the innovative features that Culligan provides for its customers are:

• Mobile Alerts: If you have a salt-based water softener, you will receive notifications when its levels are low.
• Adjustable Hardness: You can adjust the hardness of the water to ensure it has the best comfort for your home. 

However, the price of the Culligan water softeners isn’t competitive with similar systems in the industry. You can receive similar or better results from a water softener at around half the price of a Culligan. 

Additionally, there are some disadvantages of working with Culligan that you should consider. A big disadvantage is that customer service can be lacking when you work with Culligan and need assistance. 

The system also can’t be repaired by an unaffiliated technician and needs to be assessed by a Culligan professional. If you are ok with a more restricted agreement, then Culligan may be the right choice. 

Frequently Asked Questions

Conclusion

Culligan water softeners are often more expensive due to their advanced technology, high-quality materials, brand recognition, and professional services. While the upfront cost may seem high, the investment reflects superior performance, durability, and long-term savings on maintenance and water-related issues. 

Choosing a Culligan system means investing in reliable water softening with expert support and custom solutions tailored to your needs. Ultimately, the value and peace of mind they offer make the higher price worthwhile.

The post Truth Revealed: Why Are Culligan Water Softeners So Expensive? appeared first on How To Filter.

“Hard water” refers to water containing a high level of mineral content, such as calcium and magnesium. Well water typically has more mineral content than public-supplied water from a city water treatment plant because it absorbs the rainwater that passes through gypsum and limestone-based surfaces.

Once rainwater passes through mineral-based surfaces, it contains higher levels of magnesium and calcium. This hard water seeps into the groundwater of your well, which you use to bathe or fill up your swimming pool in the backyard.

The Effects of Hard Water on Hair and Skin

Hard water can cause mild to severe irritation to your hair and skin. People who regularly shower or bathe using well water will know this feeling very well. If you have sensitive skin, the effects of hard water can cause further damage.

Here are the common effects of applying hard water to hair and skin:

• Skin and Scalp Dryness: The minerals in hard water can produce a layer or coating over the skin and scalp. If you try to put a moisturizer or shampoo over these areas, the mineral-based layer will block the moisturizing agents from reaching the skin.
• Poor Hair Quality: Scalp dryness eventually leads to dullness, thinning, and hair loss.
• Itchiness: Your skin and scalp will feel itchier than usual.
• Blemishes: Excessive dryness and itchiness could cause visible blemishes on your skin and scalp.

You are more likely to develop these symptoms in a swimming pool of hard water because your entire head and body become submerged in it. For this reason, you must soften your pool water to ensure your hair and skin stay healthy and protected.

How to Soften the Water in Your Swimming Pool

Whether you have experienced any symptoms of hard water or not, you should take the appropriate steps to ensure your pool water is soft before your hair and skin suffer the consequences.

Below are the five primary steps involved in softening water in a swimming pool:

1. Measure the Hardness Level of the Pool Water

The first step is to discover if your swimming pool has hard water. Measuring the water’s hardness level requires using a hardness test kit. Each strip has a colored square on the end. Take a test strip and dip the end in your pool water for a couple of seconds.

You should see the square change to a different color. Take the strip out of the water and carefully examine the new color. Compare it to the color code displayed on the test kit container to see what the new color indicates about your pool water.

Healthy pool water should have a hardness level of between 175 and 225 ppm (parts per million) if you have vinyl or fiberglass lining on your pool. But if your pool contains plaster or concrete material, the best hardness level would be between 200 and 275 ppm.

A pool water hardness level over 300 ppm is too high in all circumstances. If your test strip gave you a reading exceeding 300 ppm, you should soften the water in your swimming pool before using it again.

2. Replace Some of the Hard Water with Soft Water

Before you add water-softening chemicals to your pool water, there may be an easier and less expensive method for softening the water. It all depends on whether you have a reliable source of soft water that you can add to your pool.

First, use the pool pump to drain a couple of inches of water from your swimming pool. Measure the water level on the side of the pool to determine when you have accomplished this task.

Next, use a standard garden hose to add fresh water from your soft water source to the remaining pool water. If you do not have a soft water source, install a home water softener system to soften the water in your pipes before it comes out of the hose.

The objective is to replace the hard pool water you removed with soft water and to ensure the pool water level is back to its previous level. Replacing your hard water with softer water can take quite a while, so you must remain patient in the process. A standard pool takes 24-48 hours to be full from completely empty.

3. Wait 8 to 12 Hours and Test the Water

Use the pool pump to circulate the pool water for the next 8 to 12 hours. That should be enough time for the new soft water to mix and merge with the remaining hard water. Hopefully, it will lower the hardness of the pool water to the appropriate level.

After 8 to 12 hours, use another test strip to measure the hardness level again. If it is still over 300 ppm or the desired level for your pool, the next step is to add a chemical water softener. Otherwise, you can stop here if the hardness level is ideal.

4. Adding a Chemical Water Softening Agent

Purchase a chemical water softener from your local pool supply store or online. Read the product instructions to determine how much chemical water softener needs to be added to a pool of your size.

Take a five-gallon capacity bucket and fill it halfway with your pool water. Now, add some of the chemical water softener to the bucket of pool water. The instructions will tell you how much softener to add based on your pool size.

Mix around the chemical softener with the pool water in the bucket until they are blended well. Afterward, pour the solution from the bucket into the swimming pool.

5. Wait 24 Hours and Test the Water

Turn on the pool pump to circulate the pool water again. Leave it circulating for the next 24 hours to give the solution enough time to mix into all the pool water.

After 24 hours, use a new test strip to measure the water’s hardness level. The hardness level should have decreased since the last time you measured it. But if it is still not at the desired level, repeat the previous step by adding more chemical water softener to the pool.

Conclusion

Learning how to soften your pool water to the appropriate hardness levels may take some time. Just have patience and think of each step as a learning experience. Eventually, softening your pool water will get easier as you continue practicing.

The post Complete Guide: How to Soften Pool Water appeared first on How To Filter.

Healthy well water looks clear and tastes fresh. On the other hand, gray and cloudy well water signals a potential health hazard due to either excess mineral accumulation or contamination from waste or microorganisms. You should never drink well water when these conditions are present.

The Potential Causes of Gray and Cloudy Well Water

Why does a well-water system produce water that has a dark gray color when it comes out of the faucet? No well water should ever look cloudy or milky, so you must pinpoint the reason behind why your well water looks this color.

Let us explore all the potential causes of how well water can change color like this and the best solutions for overcoming them.

1) Fungus and Algae Growth

Well water can turn gray when fungus or algae is present in the well or inside your home. You will know if this is the cause of the well water discoloration if your showerheads, shower curtains, or toilet bowl also have strange discolored substances on them. 

Solution

One easy home remedy is to administer chlorine or liquid bleach into the well water system to disinfect it and eliminate the fungus and algae in the water. It is a process called shock chlorination that helps to kill growth in the well water system.

Wait up to 12 hours after applying the chlorine or bleach. That will give it enough time to work its way through the well water system. After that, flush out all the chlorinated or bleached well water from the system so that you don’t end up drinking or bathing it. The well water will replenish itself naturally over the next couple of days.

2) Bacterial or Viral Growth

Bacterial or viral growth can turn well water gray, similar to fungus and algae growth. You can usually tell when it is a bacterial contamination because the water will smell like sulfur or rotten eggs as it comes out of the faucet. That happens when too much sulfur or hydrogen sulfide gets into the well water.

Solution

The solution for eliminating bacteria or viral growth in well water is shock chlorination, which is the same solution for removing fungus and algae. It is better to use chlorine instead of bleach to eliminate bacterial or viral growth.

If bacterial contamination happens too often at your home or business, consider installing a chlorine injection system regularly to eliminate bacteria, hydrogen sulfide, and fungus from incoming water.

3) Methane Gas Contamination

Methane gas often ends up in the well water of people’s homes, creating grayness and cloudiness in the water. Sometimes, this happens naturally from decaying organic matter, or it can occur due to gas pipeline leaks or gas well drilling within proximity of the water well.

Consuming small amounts of methane in drinking water will not cause any health problems, but you should still work hard to get rid of the methane contamination anyway.

If too much methane gas leaves the well water and enters the ventilation of your home, it could increase the risk of an explosion happening in your home. That would obviously be a very hazardous situation.

Solution

You can detect methane gas contamination in well water by listening for gurgling sounds coming from your well or testing the well water for traces of methane. An accredited laboratory should conduct the testing for the most reliable results.

Methane will quickly leave the well water once the water temperature surpasses 58°F after reaching the surface. However, you must redirect the methane gas away from the well water by installing a vent tube on the well cap. That will allow the methane gas to leave the well while lowering the dissolved methane gas levels in the well water.

4) Excessive Amounts of Manganese and Iron

Manganese and iron are two natural minerals that the human body needs to produce energy, repair cellular damage, and stimulate body growth and strength. It is usual for well water to have moderate levels of manganese and iron, but there should never be excessive amounts of these minerals in the water.

If your well water appears greyish or has a metallic taste, it may have too many manganese and iron minerals in it. You won’t necessarily get sick from consuming them, but they will make your water harder and could potentially deteriorate your water pipes and appliances faster.

Solution

The easiest method for removing excessive mineral content from well water is to install an ion-exchange water softener. Just make sure you periodically backwash the well water system to remove the iron that accumulates on the softener resin.

5) Air Bubbles

A well pump could add air bubbles to the well water if the water levels are too low in the well. Alternatively, a new water filtration device could also add too much air to the water as well. Once this happens, the well water can start to look milky or cloudy.

Solution

There is nothing to worry about if you consume well water with too many air bubbles in it. Simply wait for the well water levels to reaccumulate and possibly modify the water pressure level of the water pump.

Test the well water to ensure dissolved gasses like methane are not causing the bubbles. If they are the result of dissolved gasses, refer to the previous step on how to remove methane from well water.

Frequently Asked Questions

Conclusion

Grey water is something that shouldn’t be ignored and should be resolved to ensure the safest water in your home. Generally, you can fix this problem with a chlorination treatment and patching any areas that allow air to enter the system.

If you have any more questions about gray well water, leave us a comment down below!

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Unfortunately, well water still has the potential to damage or even kill plants if certain environmental conditions have affected or contaminated it. That is why you need to regularly test your well water and incorporate the proper filtration solutions to ensure it contains the appropriate levels of mineral nutrients needed for fast and healthy plant growth.

Depending on where you live, your home may source water from an underground well or a public utility. City water from a local water treatment plant may seem sufficient for watering plants because most contaminants have been removed and filtered out of it. So, does that mean it is better for plants than well water?

Well water comes right from the ground, which means it has a high concentration of natural minerals like iron, sodium, calcium, nitrites, nitrogen, and magnesium. Some people believe well water is better for plants because it is better for humans. After all, well water is much fresher and cleaner than city tap water due to all its mineral nutrients and lack of chemicals. Why wouldn’t humans and plants both benefit from it?

Understanding Plant Growth

Plant growth requires water with the proper balance of mineral nutrients. Like humans, plants need their own sets of macronutrients and micronutrients to grow and prosper. The most critical ones are as follows:

Macronutrients

• Nitrogen
• Potassium
• Phosphorus
• Magnesium
• Calcium
• Sulfur

Micronutrients

• Copper
• Boron
• Iron
• Zinc
• Manganese

Each type of nutrient plays a vital role in stimulating certain aspects of a plant’s growth and developmental processes. These processes include enzyme functions, respiration, root development, seed production, photosynthesis, vitamin intake, cell wall durability, etc. If a plant does not get enough of these nutrients, it will grow poorly and be at a higher risk of disease and pest infestation.

How Well Water Can Kill Plants

Well water contains most of these vital mineral nutrients because they seep into the groundwater from the soil above. However, it can also have high levels of heavy metals, bacterial contamination, and pH for the same reason. Remember that groundwater frequently moves and flows, making it susceptible to contaminants from plumbing and local environmental conditions.

The nutrient levels in the well water could be the result of how you treat your lawn. For example, if you use a lot of fertilizer on your lawn, it could create a nutrient-dense well water supply because extra nutrients from the fertilizer will make their way into the groundwater. Therefore, you must take the necessary precautions to balance the levels of nutrients in the well water to avoid damaging or killing your plants.

Look for the following signs to know whether your well water is killing your plants:

• Roots grow too slowly
• Brown leaves amid other green leaves
• Brown leaves falling off their stems
• Added fertilizer has little to no effect on the flowering or growth of the plants
• White powder deposits accumulating on the surface of the soil

If you irrigate your plants with well water and notice one or more of these signs, then you need to take the appropriate steps to treat your well water.

How to Treat Well Water to Sustain Plant Growth

Here are the primary reasons why well water kills plants:

• Excessively high or low levels of nutrients (e.g., zinc, magnesium, nitrogen, iron)
• Excessively high levels of heavy metals (e.g., mercury, lead, arsenic)
• The presence of bacterial contaminants (e.g., salmonella, E. Coli)
• pH levels significantly under 5.0 or above 7.0
• High levels of salt and sodium

You must regularly test and treat your well water to ensure that none of these problems are present. Below, we will go over the solutions for doing this:

Balancing the Nutrient Levels

Hard water is the number one reason homeowners kill their plants with well water. When well water contains high concentrations of calcium and magnesium, it is too hard for the plants to absorb the water fully. As a result, white deposits accumulate on top of the soil and slow down plant growth.

Installing a water softener will help make the water softer and easily absorbable. Try to use a salt-free water softener to avoid increasing the sodium levels of the water. In addition, testing the pH levels of your well water is the best way to monitor the levels of calcium and magnesium.

Reducing Heavy Metal Levels

The most cost-effective way to remove heavy metals from well water is to install an adequate filtration system to filter out the heavy metals, such as a reverse osmosis filtration system.

Distillation is another effective method for removing heavy metals. The only setback is that it consumes more electricity, so be prepared for the extra expense on your monthly power bills.

Eliminating Bacterial Contaminants

You can eliminate most fungi, algae, and bacterial contaminants by adding chlorine to the water or exposing it to UV lighting. For instance, a chlorinator should be installed regularly to inject chlorine into the well water tank and ensure that the bacteria remains dead before consumption.

Chlorine is what public water utility companies use to treat the tap water they provide to residents. Just make sure you do not add too much chlorine to your well water. Only add enough to kill the bacteria, fungi, and algae present, if any.

Maintaining Adequate pH Levels

Many people have acidic soil on their property, which drives their pH levels down to under 5.0. This causes plant leaves to turn yellow and brown. The pH level of your well water should be anywhere between 5.0 and 7.0 because this is the ideal pH range for healthy plant growth.

To increase the pH level beyond 5.0, you can add magnesium and calcium to the water to neutralize its acidic content. Installing an acid-neutralizer device is the best way to do this.  

Reducing Salt and Sodium Content

Are you using a water softener to remove calcium and magnesium from your well water to make it softer? As mentioned above, using a salt-based water softener can raise the sodium levels of your well water.  

Install a salt-free water softener to avoid adding salt and sodium to the well water. Of course, you may not even need a water softener at all if you have balanced the nutrients in the well water properly. Continue to test the pH levels to verify the nutrient balance.

If you still have a sodium problem in your well water, consider installing a de-ionization, reverse osmosis, or distillation filter.

Conclusion

Hopefully, this article gave you a detailed explanation of why well water is killing plants. Initially, it will be a challenge to remove contaminants and balance the nutrient levels of your well water. But once you can learn to do it successfully, your plants will grow better and faster than ever before. You will never want to use ordinary city tap water on your plants again.

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