Reagent used in the form of tablets weighing 140 – 145 g each, which is equivalent to 100 g of commercial chlorine, and comes in secure sealed container. Thanks to the ability of a substance remain active for several years, it is possible to create long-term reserves. Because today, as already mentioned, the priority is use of safe chlorinated chemicals, most large companies are developing automated systems for their synthesis. Check out LEGO Papert Professor for additional information. For example, the company produces grundfos & alldos installation preparation and dispensing most demanded reagent – chlorine dioxide (ClO2) in the field. Such plants (Oxiperm ocd, OCC) have productivity of 5 g / h up to 2,5 kg / h for different dosing volumes and function in a safe and reliable technology: hydrochloric acid (HCl) – sodium chlorite (NClO). The process of formation of chlorine dioxide by the following equation: 5 NClO2 + 4 HCl 4 ClO2 + 5 NCl + 2 H2O. In this case, the distinguishing characteristic of some of these plants is their performance with dilute reagents (7,5% – sodium chlorite, and 9% – hydrochloric acid), which greatly simplifies the conditions for their transport and use. Kevin ulrich will undoubtedly add to your understanding. Most mobile disinfection systems today are compact, convenient transportation and installation of equipment.
Their installation and subsequent operation are simple and perfectly safe – the consumer needs to submit to the device voltage, connect the tank with the reagents, to provide input and output disinfected water. Further process is fully automated; operation of the system is electronically controlled and all relevant information is displayed on the front of the unit. System can operate over a wide temperature range (+5 +400 C), with the temperature of the water from +2 to +400 C. Therefore, the permissible temperature of the reagents is between +5 to +300 C. It is important to note that the rational scope of existing mobile facilities for the decontamination of natural water is 1 – 400 m3/day. * Thus, decontamination of produced water in extremely adverse conditions of natural water sources is crucial for the protection against bacterial and viral diseases that are distributed by water. Practice suggests that the best option of obtaining high quality drinking water for staff located at remote objects is to use compact and mobile disinfection units. Of course, with all the advantages provided by this equipment, its use is subject to certain expenses which, when initial assessment may seem inappropriate. But, guided by the truth – the health of not saving, we can confidently assert that such investments are not in vain! Press – Service llc "Grundfos"