Engineered or activated water is increasingly taking place in the cleaning industry. It has three major types, which are used for cleaning -- ozone, hypochlorous acid and water electrolysis. Despite the fact that none of these have been recognized as a disinfectant, they are good sanitizers, perfect for cleaning glass and other surfaces. The main thing here is that these activated water solutions help minimize the use of harmful chemicals, thus protecting yours and your children’s health. Many cleaning businesses have adopted the usage of natural, bio detergents, but this technology is on a next level.
The fact that cleaning industries can take advantage of the engineered water technology is not a recent finding. The large machines, needed to put into operation this innovative technology, have been around for many years, but customers weren’t happy with their size and price.
Recently, technologies have evolved and now even the small, hand-held devices can activate water for cleaning purposes. The rising public awareness of sustainability and global warming issues determines this technology as a great step towards providing eco cleaning services at a very decent price.
Еngineered water is obtained through electrolysis, which causes nearly undetectable pH and other changes in its chemical composition. Еlectrolysis is a process which uses electricity to break down water molecules into positively and negatively charged water ions. When you apply water in electrolyzed form to a certain area, the charged ions attach to dirt particles and lift them off the surface. More information about the process you may find in this interesting article.
Activated water products and devices are mostly used in educational establishments, retail and healthcare facilities, commercial buildings and owner-occupied properties. Many building service contractors also embraced the idea. What drives the increase in activated water usage is that this technology provides a great value for little money. The usual cleaning chemicals require high costs for production, transportation and storage. In our case, these costs do not exist for the reason that engineered water can be produced on site.