Drinking Water Systems

Water is very important to your health as your body is made up of seventy percent water. A person, on average, needs to consume one cup of water for every ten pounds of body weight they have in a twenty-four hour period. This amount increases if you work out or if it is hot out. Many people only drink water if they are thirsty, but they are already dehydrated by then! If you rely on bottled water to consume that much, you will not only go broke but also fill up the landfill quickly. This makes a drinking water system something that is very important to everyday life.

The repercussions of tossing multiple bottles of water into the trash a day is enormous. Recycling does not always help, because energy is still needed to melt the plastic down to make new bottles. In addition to the creation of new bottles, the lids on most bottles are not recyclable. The best thing for your health and the health of the environment is to invest in a good drinking water system.

Many times, you have gone to an office environment and there is a water cooler. This is one type of drinking water system. There are also systems you can attach to your sink for immediate filtration, and pitchers for the fridge. One of the most useful types of systems available is actually a water bottle that has built in filters. These great items let you drink water wherever you are. There is no longer a need to buy a bottle of water at the gym or while on a road trip. You simply refill your water bottle and let the filter do the rest.

Regardless of what drinking water system you choose to go with, know that you are keeping the Earth cleaner and your body remains healthy. The impurities that are in the water we get from the tap can be caught before they enter our bodies. We can continue to drink water, safely knowing that we are not drinking chemicals and we are not adding to the landfills. Sure bottles occasionally are a good thing and can be re-used, but drinking water systems should be found in everyone’s kitchen and workplace.

Benefits Of A Drinking Water Purification System

Water is purified to a certain extent before it reaches one’s home. However, many people are turning to a drinking water purification system to ensure the water they use is fit for human consumption. Water purifiers exist to filter out any impurities that linger in drinking water. This is a way to achieve peace of mind concerning what goes into one’s body.

Water filters are primarily used to ensure drinking water is as healthy as possible. A drinking water purification system filters out many of the chemicals that are found in water. While most of these chemicals do not harm humans in small quantities, it is still healthier to drink pure water. Water filters remove chlorine, copper, mercury and other impurities from water. Keeping contaminants out of one’s water is an easy way to improve one’s overall health.

Obviously, water is essential to human life. Drinking water helps individuals stay refreshed and hydrated. Drinking the proper amount of water can also help ease the weight loss process. However, many people do not drink enough water. It can be difficult to ingest enough water when there a multitude of addictive, sugary drinks on the market. Water filters are proven to help make water taste better. This makes it easier to skip juice and pop, so one can drink eight cups of water a day.

A drinking water purification system is a simple way to protect the environment. Many people turn to bottled water for clean drinking water. However, filtered water saves money and reduces waste. The majority of bottled water is not used. Using a water purifier cuts down on the amount of plastic water bottles that harm the environment. Many companies that make water filters are committed to helping the environment. They often donate to water related charities or work to bring safe drinking water worldwide.

Water is necessary to human life, but it is up to each individual to choose how they drink water. One can risk health complications and pollute the environment, or make a smart choice in water consumption. A drinking water purification system is an easy way to get great tasting, healthy, and environmentally friendly water.

Drinking Water Treatment

The objective of drinking water treatment is to take away or lessen all contaminants and pollutants, which are present in the water. No water, regardless of the original source, is supposed to be assumed to be totally free of contaminants. The widespread process employed for treatment of ground water and surface water comprises of filtration, conditioning, sedimentation, removal of tastes and odors, coagulation, corrosion control, algae control, disinfection, softening, fluoridation, and aeration.

Sedimentation permits any coarse materials to settle out. Coagulation comprises of making flocculent substances in a liquid by adding a chemical substance for example alum; these particles then come down to the bottom. Filtration, as the name itself indicates, is the movement of the water through a permeable media; the quantity of removal is directly related with the capacity of the filtering media. Disinfection eradicates most damaging pathogenic bacteria and organisms – chlorine is the most frequently employed disinfecting agent. Softening implies that the removal of materials, which cause “hardness,” for instance magnesium and calcium. Corrosion is a type of an electrochemical reaction where metal deteriorates at the time when it gets in touch with soil, water, or air.

Municipalities’ drinking water treatment
In a distinctive municipal drinking water treatment procedure, the following steps are strictly followed. The first one is water flows all the way through pumps to a quick mix basin, after that to a flocculation basin, subsequently to a settling basin, to a clear well through filters, followed by disinfection, to storage reservoirs, and lastly to the consumers.

In areas that get their drinking water from rivers, pumps have to be used because rivers are usually found in low areas. Water gets in the treatment plant, which is known as the rapid-mix basin, where ferric chloride, polymers, polyelectrolytes, or lime and aluminum sulfate are put up as coagulants. The water moves subsequently to the flocculation basins, the place where the suspended solids mix up with the coagulant. The coagulant is employed to make suspended solids into floc, or clumps, which afterward settle out of the water. Floc makes when the substances from small solids collect to form bigger particles. The water then gradually flows all the way through settling basins where the clumps / floc settles down from the water. Activated carbon is subsequently put in to the water to eliminate taste, odor, color, and radioactivity. Filtration then takes away turbidity and bacteria from the water as it eliminates any remaining activated carbon and suspended solids.

Reverse Osmosis Drinking Water Filtration

We all need clean water and because of the unreliable nature of water purity from municipal sources, we need to take our own measures to ensure that we have only safe clean water to drink. Many people solve their water problems by buying water from the supermarket in plastic containers of various sizes. Some people recycle these containers but many don’t. While recycling plastic bottles is a good way of reusing manufactured material, there are secondary problems. Sometimes bottles are recycled to create fiber for clothing such as fleece. But what happens then? The fleece is worn, it is eventually discarded and because it is essentially plastic, it will not break down and become a natural part of the soil. Recycling bottles also uses precious energy which needs to be conserved as much as possible. The best solution is to avoid getting your water from bottles in the first place.

If you get water from the tap, purify it and stop wasting resources on bottles that don’t decay then you will have the clean water you need without wasting energy and creating material that is not biodegradable.

Many harmful contaminates can be found in water. Bacterial, chemical and parasitic contamination need to be eliminated. The Natural Resources Defense Council discusses the use of reverse osmosis drinking water filtration. Two dangerous parasites that can be eliminated are Cryptosporidium and Giardia. Dangerous chemicals that can be filtered out are arsenic, barium, cadmium, copper, lead and mercury, nitrate, perchlorate and selenium. Reverse osmosis drinking water filtration systems generally come with an ultraviolet disinfection add on that can get rid of any remaining bacteria and parasites. The Reverse Osmosis purification method is highly effective at contamination removal, while being cost effective as well but it does use a lot of water so if you are planning to install this type of system in an arid area, you might consider gray-water recycling to balance water usage.

Reverse osmosis drinking water filtration systems can be purchased at major stores for under $150. If you calculate the savings you will get when you stop purchasing bottled water, I’m sure you will realize that you will recoup the expense of your investment in a matter of weeks. And for your troubles, you will be making an important contribution to caring for our planet, the only one we have to live on.