Chemicals Are Out And Water Is In |
Posted: June 1, 2018 |
Water Cleaning Solutions That Are Effective Electrochemically Activated (ECA) cleaning solutions have caused some controversy due to their untraditional methods of cleaning products. Much of the ambivalence centers around its lack of characteristics, having no change in hue, bubbles, or smell while cleaning. However, this isn’t because it doesn’t work, it’s because the process is entirely different than what you would expect. You see, instead of other cleaning solutions that use specific chemicals as the cleaning agent, the process of ECA uses water to do so by controlling the pH to condition water before adding salt and splitting the remaining solution to create purified solutions. This is largely more effective than other methods and usually leaves the resulting solutions staying effective for over 30 days after they are made. This gives them longer shelf life, benefitting manufacturers, and also allows you to be able to create solutions and use again without worrying about expiration dates as frequently as you would with other cleaning solutions. This doesn’t change the initial point, though, that the cleaning solutions don’t seem varied enough in response to determine if it is working. In this case, because of the lack of signifiers showing that the electrochemically activated cleaning solutions are indeed working, it is proven simply by the results: ECA cleaning solutions are effective, efficient, and utilized by many professionals. In fact, they can help replace 97% of other cleaning products. They’re also a piece in larger initiatives for combating offsite production and finding more environmentally sustainable solutions to cleaning practices. A way to prove the effectiveness scientifically would be to run tests and document your findings. The exact science regarding why ECA solutions are successful lies in the adenosine triphosphate (ATP) devices that occur within them. ATP is a way to measure relative light units (RLUs) and are found naturally occurring before cleaning, after cleaning, and also in many different types of organic foundation. Standardizing these measurements is essential to showing how certain solutions can clean better than others, because otherwise there is no accurate way to gauge just how effective they are. This process can be ensured by effectively swabbing areas of surfaces before and after cleaning to make sure that the measurements obtained are accurate. To make sure you’re swabbing thoroughly, it is recommended that placing a template of 2”x2” over the area you are sampling and maintaining this template throughout the surface you are taking your samples from. Moving the template and making sure you are covering the entire area will make sure that the samples you collect are accurate. These tests are key if you want to make sure the solutions you are using can clean the surfaces you are disinfecting efficiently.
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