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A laboratory is full of experiments and research work which requires water in ample amounts. But the tap water does not fulfill the standards of the laboratory work. So, there comes the need for a lab water purification system that purifies the normal tap water and produces pure water in return. The earth is composed of 70% of water, but still, only 1% water is fit for drinking. But in the case of lab water, the percentage is even less than 1%. To make more lab water, researchers and scientists install a water purification system in their labs.
A laboratory water purifier takes the impure tap water into the system and purifies it to produce the respective pure water (type I, type II, type III). All types of pure water have different applications in the lab. It all depends on the lab applications, which pure water should be used, and in what amount. But before installing any lab water system, you can check all the parameters regarding it. You can also check the water purification system for laboratory prices on the internet or offline mediums.
The normal tap water that comes from the water plant is less processed and contains many contaminants. These impurities make the water unfit for lab applications. For example, if you are doing an extremely important analytical experiment, then it requires the use of ultrapure water. Because any impurities can interfere with the results of the experiments. This would be very bad for the researcher and scientist. So, to prevent this irregularity in the experiment results, the installation of a water purification system for laboratory use is made. The system ensures that only pure water comes out from the lab water purification system with no mishappens.
The researchers need to install the right lab water system in their lab by considering all parameters of it closely. 10 such things should be considered before approaching any water purification system for a laboratory.
As a lab fellow, you only want the best and right type of lab water purification system for your lab. And for this, you go through all parameters of the laboratory water purifier for the selection of the right one.
Following are the 10 such things to consider about a lab water system:
The first and important step is to evaluate your need for pure water in your lab. The determination of water quality makes it a lot easier for you to select a good lab water system. Like, in some experiments you need only type I water, but in the second experiment, you need type II and III as well. In that case, you need a lab water purification system of three types of pure water purifiers.
Then comes the quality of water the purifier produces. Some purifiers are not capable of giving out cent percent pure water. The quality of water in such purifiers is not good and that can be bad for your result. Check the water quality before getting any water purification system for the laboratory. Moreover, the dissolved odors can also contaminate the lab water. Once you get to know what kind of pure water or lab water you need for your lab experiments, you can choose the lab water system very easily and swiftly. Also, check the composition of heavy metals in the water like arsenic, lead, mercury, etc, they can degrade the water quality.
After knowing the water quality, know how much pure water or lab water you need for the experiment. Some of the laboratory water purifiers do not purify more water, which can be bad for the experiment. According to the lab experiments and area of the lab, determine the daily usage of it. In some areas of the lab, there is less need for pure water, while in some areas require more use for lab water. As per this, know your daily usage and choose the water purification system for laboratory use.
Before setting up a water purification system for the laboratory, check your budget for this. How much you can invest in the lab water system is a very important point to consider. In the market, many lab water purifiers range from low prices to high prices. Based on the requirement of the water type and its quality, you can set up the lab water purification system in the lab. However, the high-efficiency water purifiers come in a greater amount. Make sure the lab water purification system fits your budget.
This point is the most important one in the parameters of buying a water purification system for laboratory. As the market is flooded with many brands of laboratory water purifiers, you can get baffled with so many options but the wise thing here is to compare the purification technologies. These purification processes and technologies give a lot of insight into the laboratory water purifier. How does it work? How does the water run across the filter membranes? etc. It answers all your questions about it.
Every lab water purification system has its technology for water purification. Some purifiers use UV light and some use RO technology. And these technologies make different types of pure water. For example, the RO technology produces type III water, and UV light technology produces type I -ultrapure water. So, know the purification technologies before any selection of the water purifier.
There are very few laboratory water purifiers that operate in the absence of electricity. Make sure that your lab has a continuous supply of electricity and in good voltage. The UV and RO technology-driven water purifiers require a massive supply of electricity to function. So, if you have your lab in the area of frequent power cuts then go for the electricity-free water purifiers. And if not, then do settle for a good and right laboratory water purifier.
Before purchasing a lab water system, see the maintenance cost of the required. Like the RO system and UV systems require frequent maintenance which can cost you about 2000 to 5000 per year. To maintain the lab water system in its good functioning, maintenance is important. So make sure the cost for it before approaching one.
A lab water purification system has become an important part of the laboratory. So, it should be bought as per the standards of the lab. Whenever you go for buying any water purification system for laboratory use, then only buy the registered products. The registered ones have a good assurance and are well guaranteed also. This adds up to your purifier’s life.
The level of contamination in the usual tap water also determines the type of water purifier. Some purifiers are not good at reducing impurities, but some are good. UV technology destroys all viruses and bacteria. By knowing the water contents, you can choose the right one.
Some water purification technologies can be combined into a single unit. This combination can lead to effective water purification. The RO and UV technologies can be merged in a single unit to function. You can consider such combinations in your water purification system for laboratory use to ensure effective water purification.
After considering all technical aspects of a lab water system, the last comes the design and look of it. Look for whether the system is portable or not. Also, check that the water purification system for the laboratory is not so heavy or bulky. After considering all the points, buy the most suitable one.
The above points are the essential points that should be considered before setting up a lab water purification system. You can go through the above points, and select the one with good suitability to your lab and its applications.