Advantages of the AntiCa++ units
The AntiCa++ units compared to the chemical water treatment
- Constant chemical composition of treated water. Therefore, they can also be used in cases which do not permit any changes in the chemical composition of water due to hygienic and/or process reasons, for example, potable water, process water for fermentation tanks used in the foodstuff and pharmaceutical industries, breweries, etc. - verified in practical applications!
- They can be applied for the treatment of calcium hydroxide Ca(OH)2 in sugar factories, sulphite lye Ca(HSO3)2 in pulp mills prior to piping and fitting incrustation, They can be used for protection of technological appliances designed for fruit juice processing, sewage water treatment in milk industry - verified in practical applications!
- Much lower investment, operation, and maintenance costs, especially with large treated water volumes - of the order of 1000 m3/hour. Examples include fly-ash pipings, cooling circuits of blast furnaces in metallurgy,... verified in practical applications!
Advantages of the AntiCa++ units compared to water treatment by permanent magnets
- Simple and fast installation without interrupting a pipeline.
- Water treatment for pipings with diameters of as much as 200 - 1000 mm.
- Perfect hygienic properties and resistance to aggresive agents - the units do not come into direct contact with treated water or any other medium.
- Simple (induced current) signal adjustment to the chemical composition of treated water and its flow rate.
- Given their principle of operation - the transformer bond - they are also effective at a very low and even zero speed of treated water, i.e., they do not depend exclusively - unlike the permanent-magnet-based units - upon Lorentz force (F ~ Q x B x v).
- They do not cause any increase in the hydraulic resistance of piping at the installation point and do not trap any magneticly active particles.
Advantages of the AntiCa++ units compared to water treatment by inserted voltage ( ion - clean effect)
- Simple and fast installation without interrupting a pipeline.
- Water treatment for pipings with diameters as much as 200 - 1000 mm.
- Perfect hygienic properties and resistance to aggresive agents - the units do not come into direct contact with treated water or any other medium.
- Devices do not cause water molecule dissociation. On the contrary, devices with ion-clean effect cause dissociation of H2O into H+ and OH- ions, the result of this process is that ions H+ react with anions SO42- and Cl- into acids H2SO4 and HCl, OH- ions react with cations Ca2+ into hydroxid Ca(OH)2. Therefore molecule structure of such treated water is unstabil. Acids and hydroxides later neutralize and water quickly loses its obtained properties and remains in state as before treatment