How to Remove Chlorine From Water Naturally: Green & Purify

To destroy hazardous bacteria and viruses, chlorine is a disinfectant that is frequently added to municipal water systems. Chlorine, however, can also have some detrimental consequences on the environment and your health.

Chlorine can lead to allergic responses, dry skin, hair loss, eye discomfort, and respiratory issues. Additionally, organic materials in water can react with chlorine to create disinfection byproducts (DBPs), which have the potential to cause cancer and destroy aquatic life.

Thankfully, it is possible to remove chlorine from water naturally without the use of chemicals or expensive filters. This article will demonstrate Remove Chlorine from Water Naturally.

Quick Summary

  • The article looks at natural ways to get rid of chlorine in water without using chemicals or pricy filters.
  • Municipal water sources disinfected with chlorine may have harmful impacts on human health and the environment.
  • Water can be dechlorinated successfully using techniques like boiling, activated charcoal filters, vitamin C, sunshine exposure, and reverse osmosis.
  • Each technique has its benefits and drawbacks, and some are ineffective for dealing with pollutants like chloramine.
  • Exposure to chlorine can irritate the skin, eyes, and respiratory system, as well as produce dangerous disinfection byproducts.
  • Natural dechlorination techniques protect both human health and the environment.
  • To assure water safety and monitor chlorine and disinfection byproduct levels, routine water testing is advised.

Boiling

One of the simplest and least expensive ways to eliminate chlorine from water is to boil it. Chlorine is a volatile gas, therefore it evaporates in hot environments. You may safely remove the majority of the chlorine from water and make it suitable for drinking, cooking, or bathing by boiling it for 15 to 20 minutes.

Boiling, however, also has certain disadvantages. Chloramine, a more stable mixture of chlorine and ammonia that some water providers employ in place of chlorine, cannot be removed by boiling.

Other contaminants that might be present in tap water, such as heavy metals, pesticides, or medications, are not also eliminated by boiling. Additionally, boiling uses a lot of time and energy and may change the water’s flavour and quality.

Activated Charcoal

A form of carbon that has been processed to produce millions of microscopic pores on its surface is called activated charcoal. Chlorine and other water contaminants are drawn to and trapped by these pores, which function as magnets. You can utilise activated charcoal in granules, pellets, bricks, or cartridges, among other forms.

You may purchase activated charcoal filters and install them on your faucet, showerhead, or pitcher online or at any hardware store.

Chlorine and chloramine can both be eliminated by activated charcoal filters, along with other toxins like lead, mercury, arsenic, and volatile organic compounds (VOCs). By removing foul tastes and odours, activated charcoal filters can also enhance the water’s flavour and aroma.

Filters made of activated charcoal can have some drawbacks, though. They must be replaced frequently to keep working properly and stop bacterial growth.

Additionally, they lessen the water pressure and flow rate, which could impair how well your faucet or shower works. Additionally, they do not remove minerals or salts from the water, which could lead to issues with scaling or hardness.

Vitamin C

Natural antioxidant vitamin C helps balance chloramine and chlorine in water. Numerous fruits and vegetables, including oranges, lemons, strawberries, kiwis, broccoli, and peppers, contain vitamin C. Additionally, you can get vitamin C tablets or powder at any pharmacy or online.

You need to add roughly 1000 mg of vitamin C per gallon of water to eliminate chlorine with vitamin C. To add the powder to the water you want to dechlorinate, either crush the tablets or dissolve it in a little water.

Before using, the water must be thoroughly stirred and let sit for at least 5 minutes. Chlorine or chloramine will react with the vitamin C to create safe molecules that have no negative effects on the environment or your health.

But vitamin C also has certain drawbacks. It could alter the water’s pH and make it more acidic, which could have an impact on your pipes or appliances. It may also cause the water to turn a little yellow and sour, changing its appearance and flavour. Additionally, it might not get rid of other impurities that could be in tap water.

How to Remove Chlorine From Water Naturally with Sunlight

Another organic method for removing chlorine from water is sunlight. UV rays in sunlight have the ability to fragment chlorine molecules into smaller atoms that float away into the atmosphere. Additionally, sunlight can activate oxygen molecules in water, which can oxidise chlorine and lessen its noxious effects.

You must put water in a clear glass or plastic container and expose it to direct sunshine for at least 24 hours in order to use sunlight to remove chlorine from water.

To keep dust or insects from contaminating the water, you must cover the container with a lid or a piece of cloth. Additionally, periodically shaking the container will help aerate the water and hasten the dechlorination process.

Sunlight, however, has certain disadvantages as well. Chloramine, which is more UV-resistant than chlorine, cannot be used.

Additionally, it is ineffective on days when it is gloomy or raining because there is insufficient sunlight. Additionally, it does not get rid of any other impurities that can be in tap water.

Reverse Osmosis

A semipermeable membrane is used in reverse osmosis (RO), a type of filtering, to remove chlorine and other contaminants from water. When using RO, water is pushed across a membrane by applying pressure, which prevents the passage of molecules larger than water.

Up to 99% of additional contaminants, including fluoride, nitrates, bacteria, viruses, and pesticides, as well as up to 97.5% of chlorine can also be removed by RO.

You may install RO systems in your basement, under your sink, or on your countertop by purchasing them online or at any home improvement retailer.

You may get clean, pure water from RO systems to use for drinking, cooking, or bathing. By getting rid of off-putting tastes and odours, RO systems can also make water taste better and be of higher quality.

RO systems do, however, have several shortcomings. Given that they need electricity and frequent filter replacements, they are expensive to purchase and operate.

They waste a lot of water as well since they generate more wastewater than they do clean water. They also take out minerals and salts from the water, which could have an impact on the pH or your health.

How Does Chlorine Affect Your Health and the Environment?

To destroy hazardous bacteria and viruses, chlorine is a disinfectant that is frequently added to municipal water systems. Chlorine, however, can also have some detrimental consequences on the environment and your health. The following are a few of the major dangers of chlorine exposure:

  • Chlorine can lead to allergic responses, dry skin, hair loss, eye discomfort, and respiratory issues. Chlorine can harm mucous membranes and the skin in addition to irritating the eyes, nose, throat, and lungs. Additionally, chlorine can make asthma and respiratory issues worse, especially while swimming or taking a shower in chlorinated water.
  • Chlorine can create disinfection byproducts (DBPs), which have the potential to cause cancer and be detrimental to aquatic life, when it reacts with organic substances in water. Trihalomethanes (THMs), haloacetic acids (HAAs), chlorite, chlorate, and bromate are some examples of DBPs. DBPs raise the incidence of bladder, colon, and rectal cancers and can harm cells and the immune system.
  • Chlorine can have an adverse effect on the environment, including acid rain, greenhouse gas emissions, and ozone depletion. By lowering the dissolved oxygen levels, changing the pH balance, and destroying beneficial bacteria, chlorine can also have an impact on aquatic ecosystems.
  • Use natural methods to eliminate chlorine from water, such as boiling, activated charcoal, vitamin C, sunlight, or reverse osmosis, to save both yourself and the environment from exposure. Additionally, you should avoid combining cleansers with a chlorine base with other chemicals since this might cause chlorine gas to be released into the air. Additionally, you should routinely check the levels of DBPs and chlorine in your water and heed any instructions given by local authorities.

Conclusion

To destroy hazardous bacteria and viruses, chlorine is a disinfectant that is frequently added to municipal water systems. Chlorine, however, can also have some detrimental consequences on the environment and your health.

Chlorine can lead to allergic responses, dry skin, hair loss, eye discomfort, and respiratory issues. Additionally, organic materials in water can react with chlorine to create disinfection byproducts (DBPs), which have the potential to cause cancer and destroy aquatic life.

FAQ’s

What method provides the quickest removal of chlorine from tap water?

Boiling water is the quickest way to eliminate chlorine from tap water. Most of the chlorine may be efficiently removed by boiling water for 15 to 20 minutes, making it safe to drink.

How can you eliminate chloride from water within your home?

Activated charcoal filters can be used to purify water at home. The flavour and odour of the water are enhanced by these filters’ pores, which draw in and capture chlorine and other pollutants. Alternatively, you might utilise vitamin C, a natural antioxidant that can counteract chlorine.

How can I neutralise chlorine in water?

Vitamin C can be used to counteract chlorine in water. The chlorine will react with roughly 1000 mg of vitamin C added per gallon of water to create harmless chemicals that make the water safe to use.

How do you Dechlorinate tap water naturally?

You can let tap water soak in the sun for at least 24 hours to naturally dechlorinate it. Sunlight’s ultraviolet rays break down chlorine molecules, allowing them to escape into the atmosphere and removing chlorine from the water.

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