How a RO Filter System Can Benefit an Aquarium

People have learned the advantages of drinking reverse osmosis water. However, aquariums may also benefit from a reverse osmosis filter system. Tap water may look perfectly acceptable at first for aquariums, but the minerals, chemicals and bacteria found in tap water can cause serious issues. The best thing to do is use a system that removes these elements.

Problems with Excessive Algae

Aquariums with excessive algae look dark and uninhabitable for your fish. This also increases the level and frequency of maintenance you have to do on your tank. It takes three things to make algae: nitrate, phosphate, and light. Tap water may contain phosphate and nitrate. Combine that with light and, well, you know the rest. Using purified water should help ease the onset of excessive algae, in turn, saving you hours of cleaning.

Saltwater Tanks

Saltwater tanks benefit from using purified water because it is less likely to have elements that will throw the pH balance out of whack. Using tap water with high levels of phosphate and nitrate might counteract with the salt mixes that contain the items that your fish need to survive.

Freshwater Tanks

If you have a tank with freshwater plants, then you know that they grow best in water that has specific pH levels. This is extremely hard to control if you use tap water. Using purified water will easily reach the pH level your tank requires.

Reverse Osmosis: A New Solution to an Old Problem

Much ado is being made about the current drought in California, and it is a serious problem that does require citizens, government, and society as a whole to rise to the occasion in order to mitigate what could turn into a disaster. However, the reality is that water issues have plagued California since its inception as a state in the U.S.

Americans also consume far more water on average than people in other countries. This means there is significant room for making lifestyle changes and reducing the per capita water usage. That being said, there are real limits on how quickly that can happen and on how far it can go without reducing quality of life in real terms. What many people do not realize is that the high quality of life in the U.S. is strongly rooted in high water usage.

So while it makes a lot of sense to cut back wherever possible, it is also imperative that we find ways to expand the water supply. A reverse osmosis water filter system, which rids water of contaminants at the molecular and ionic levels through membrane filtration, is a great option for doing that. Reverse osmosis, then, is a relatively new solution to a long standing problem.

Something in the Water: Dangerous Contaminants

Water is an essential part of life. Though one doesn’t actually need to drink eight glasses a day, you will need to drink pure water. Most people, however, aren’t aware of what’s in the water they’re drinking. Here are a few of the contaminants that can be found in water.

Clean Water Made Possible with Reverse Osmosis

Many people suffer from a dearth of potable tap water. For instance, the water that courses through municipal water mains city may at times be contaminated or loaded with chemicals. At other times, the water drawn from wells may have impurities that render it unclean. A reverse osmosis water filter system in the home saves money that may have been spent on bottled water and gives homeowners the cleanest drinking water possible.

Reverse osmosis systems installed in residential settings work by taking water delivered to the home that may have impurities and forcing it through a semi-permeable membrane by using the pressure found in the home's plumbing system. Any impurities that are caught are simply flushed away, and the only substance that passes through the filter is drinkable water. 

Cleaning out the Water for the Weed

Some say that watering marijuana that you’ve planted for medicinal purposes is no different than watering any other plant. However, the end result could be that some herb may not produce the required kick, no matter how potent the strain. To get the best results from your harvest, you may have to set up a commercial reverse osmosis water filter system for the plantation. 

Reverse Osmosis: Then and Now

Osmosis has been happening in nature for millions of years. When it comes to the science of it, osmosis was first discovered in 1748 by Jean-Antoine Nollet. It was only later on, in 1940, when researchers began looking for ways to extract pure water from salty water. Researchers from UCLA made the major breakthrough in 1959 and were the first to demonstrate the process known as reverse osmosis.

The first commercial reverse osmosis plant in the world was constructed in Coalinga, California with the aid of Sidney Leob and Joseph W. McCutchan. Its pilot program took place in 1965 and captured the attention of engineers and governments from across the globe. Soon enough, new pilot programs kept popping up in different places. While the Coalinga plant dealt with producing pure water from brackish water, a plant in La Jolla dealt with extracting fresh water from the sea. This was a much taller task as the salt content of seawater is approximately 10 times more than that of the average brackish water.

How Industrial Reverse Osmosis Water Filter System Works

There are many types of water filter systems available for processing and treating desalinated water. Industrial reverse osmosis water filter system is a specific type of filtration that caters to industrial companies concerning their clean water requirements. This type of system is able to filter out 95 to 99 percent of the components or solutes in the water such as salts, organics, and other solid particles.

So how does this kind of filter system work? Inside these devices, a semi-permeable membrane is used to dilute a highly concentrated solution wherein the liquid is forced into the membrane via a pump. The applied force in the pump continues to increase in order to push the liquid through the membrane and successfully remove all the unwanted contaminants.

Why Can’t We Drink Salt Water?

The world is made up of 70% water, but only a measly 2.5% of that water is fresh. What’s even worse is that only 0.007% of that water is easily accessible to people. About 97% of the earth’s water is salt water, and while marine plants and animals have physically adapted to its high sodium content, seawater remains unsuitable for human consumption.

Salt water is unsuitable for drinking not only because it tastes bad, but also because it could cause a lot of damage to a person’s health. Sicknesses associated with drinking too much salt water are high blood pressure, nausea, brain damage and many others.

What’s In the Water? Knowing Your Contaminants

A lot of people take drinking clean water for granted. There’s a lot of things that you may inadvertently drink while you’re enjoying that tall, cold glass of water. Here are a few of those frightful stuffs: substances: