The water from our taps is not actually pure, it contains dissolved minerals, particle pollutants from natural sources that are measured as TDS (Total Dissolved Solids). These minerals are why tap water leaves spots and streaks on glass and other surfaces.The Pure Water process runs the water through a purification process that removes all of the TDS from the water. This leaves the glass free from any films or streaks and there is nothing for the dirt, dust, and other pollutants to stick to. No squeegees, soaps, or other cleaning techniques can give this spot free result and ease of use.The pure water filtration system filters the water from the source and then runs it up an aluminum or carbon fiber pole which is used to clean the surface.The Pure Water method has a number of significant benefits over traditional methods:The glass stays cleaner longer: since Pure Water leaves no film behind for the dirt and dust to attach to this means it will take much longer for any build up to occur on the glass surface.Environmentally Friendly: Pure Water is just that, nothing but water… there are no soaps or other solutions that are applied to the buildings or get in the soils, no recovery systems needed.It is significantly faster, with no ladders to climb up and down and no buckets to manage, the amount of surface that you can clean is far greater in the same amount of time. Meaning that you can charge the same but get the jobs done much quicker.The best benefit is that this method is much safer. Completing all of the work from the ground reduces the risk of injury which in turn reduces the Worksafe/Workers Compensation liability and your overall insurance risks.When using a Pure Water Pole there is no raising the brush up and down for soap, no rinsing, no climbing ladders, the process is considerably faster and much safer. Having no ladders to climb or fall off reduces the single largest liability in this industrySystem Stages: Stage 1 - Sediment and/or Carbon Filters: These inexpensive filters remove any “insoluble” particles and chlorine present in the water. It basically removes visible dirt, sediment and chemicals which could harm the reverse osmosis filter down the process.Stage 2 - Reverse Osmosis (RO): The RO stage does the majority of the heavy lifting in this process. It has a very fine filter membrane, so fine that the single “atoms” of the minerals dissolved in the water cannot pass through it but it allows the much smaller H2O water molecules to pass through. The water can now be removed from the minerals, but we need to get rid of the removed minerals before they pile up and block the filter so we drain them out of the system through the drain line that will run constantly while your system is in use.Stage 3 - Deionization (DI): This final stage takes the water and removes all other impurities out of the water. As you can see from the process and the details in this section, if you are using a DI ONLY system the water has to be very clean (very low TDS) before you start or the DI will have to do all of the work of the other filters and you will burn through DI very quickly, which could be a very costly issue. With the multiple stage system, the other filters have already removed 95% of the impurities so the DI resin now only has to deal with a maximum 5% of the raw water TDS. This is the whole point of the multiple stage system; it makes the resin last 20 times longer than if we were to use a DI ONLY system. The resin that is by far the most expensive consumable involved in this whole industry so having the right system is critical to your business. The water is now ready to use (below 15 ppm) and the system is ready to pump this water up the poles to wash the glass or solar panels.Visit our Choosing a Pure Water System Article for more details on the right system for your business.-