The water quality electrolyzer is also called the solid sedimentation accelerator, and it is of practical importance at times because it allows users to clearly and intuitively know the actual situation of their daily drinking water.
This tester cannot be used to assess the quality of mineral water, because when measuring mineral water, the minerals in the water can also undergo chemical reactions with other pollutants in the water, leading to misjudgments the user. This instrument has electrolytic rods with positive and negative poles (one is iron rod and the other is aluminum rod), i.e. H. two electrodes that are applied as an electric field.
After the electrolyzer is energized, the positive Fe+ ions are dissolved under the action of the current and combine with the negative OH- ions in the water to form FeOH particles insolublech in water. These particles have coagulation and adsorption activity for colloidal particles in water, thus forming an adsorption and coagulation process for organic or inorganic substances in water.
At the same time, the metal particles originally dissolved in the water, such as manganese, potassium, cobalt, etc., are reduced and gradually aggregated into metal clusters by the action of the current. Different, resulting in color separation.
It cannot be used to judge the quality of mineral water, because when measuring mineral water, the minerals in the water can also enter into chemical reactions with other pollutants in the water, which will give users misjudgments .
This instrument has positive and negative electrolytic sticks (one is iron stick and the other is aluminum stick), i. H. two electrodes that are applied as an electric field. After the electrolyseur is energized under the influence of the current, the positive valent Fe3+ ions are dissolved and combine with the negative valent OH- ions in the water to form water-insoluble Fe(OH)3 particles. The coagulation and adsorption activity is very and thus the adsorption and coagulation process of organic or inorganic substances in the water occurs.
At the same time, the metal particles originally dissolved in the water, such as manganese, potassium, cobalt, etc., are reduced and gradually aggregated into metal clusters by the action of the current. Different, resulting in color separation.
Different colors of electrolyzed water indicate different impurities in the water
Water quality electrolyzer
Yellow : Dissolved Acids, Silicon Compounds, Organic Minerals, Molybdenum, Silicon, Fluoride, Other Organics
Green: Arsenic (Arsenic), Mercury, Lead, Copper, Natrium
Blue: bacteria, viruses, carcinogens, organic phosphorus, etc. (fertilizers, detergents and pesticides)
Red: Iron and rust, bacteria
White: lead, zinc, mercury, inorganic salt dirt
Black: heavy metals (zinc, lead, copper, chromium, manganese ,cadmium)