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Water can be found in any laboratory type, be it medical, pharmaceutical, chemistry, and microbiological.
These laboratories need different levels of water purity for the different levels of sensitivity of their analysis and experiments. On top of this, the water purification process is long and involves many steps. Although, activated carbon -known as adsorption media and works effectively removing chlorine in water by a catalytic mechanism and dissolved organics by adsorption. Reverse osmosis -Osmosis is the movement of water from higher concentration to lower concentration as caused by the osmotic pressure. For example, storage of distilled water is also important to keep it from contamination. Therefore, distillation -Water is heated and the condensed vapor is trapped and collected. Eventually, look, there’re still impurities found in distilled water like silica, ammonia, and identical organic compounds.
Ultraviolet disinfection -It uses ultraviolet light which is a powerful sterilizing agent to kill bacteria and identical microorganisms.
Ion exchange -This process removes various metals particularly heavy metals present in water however ion exchange will retain microorganisms.
In reverse osmosis, water is passed through a filter using a higher pressure than the osmotic pressure to separate the impurities. There are also different kinds of water types as pointed out by their use in the laboratory. Did you hear of something like that before? It is used for analytical methods like highpressure liquid chromatography, gas chromatography, and inductively coupled plasma mass spectrometry. It is commonly manufactured by combining purification technologies like activated carbon, reverse osmosis, ion exchange resins, ultraviolet photo oxidation, filtration processes, and electrodeionization. Now please pay attention. Type This is the ultrapure water which has very low levels of ions, organic molecules, bacteria, and particles. Type This send water type is known as pure water and may contain a minute quantity of ions, organic molecules, and possibly a small percentage of microorganisms. That said, contrary to popular belief, tap water can not be used for just about anything in the lab because of the impurities found in it. Consequently, So there’re different kinds of water types corresponding to the different needs of a laboratory.
While supplying products like deionized water http, Jo is an author and publisher for ‘TheWaterCompany.com’, a reputable UK stationed for around 30 years.