Capacity: 4000 liters (6-12 months)
Filter cartridge included: Yes
Filter media: Alkalization
Dimensions mm (L x H x W): 220 x 270 x 100
Dishwasher safe: Yes
Water filter cartridge included: Yes
Alkalizing water filter cartridge: Alkalizing water filter cartridge that improves alkalinity and oxygen formation in your water. The water flows through an Ionizer medium containing magnesium and calcium to increase oxygen arrangement.
This water filter jug for alkalization includes a water filter cartridge for alkalizing water. The water filter cartridge has an alkalizing capacity for 4000 liters or 12 months.
The alkalizing water filter cartridge increases the alkalinity and oxygen capacity in your water.
Alkalinity is a measure of water's buffer capacity, that is, its ability to neutralize acidification. If the water has high alkalinity, it has a good buffer capacity against acidification.
Alkalinity in Swedish groundwater is generally low because a large part of the country's surface consists of bedrock. The bedrock is relatively hard to weather and results in hard-to-weather soil types that provide poorer protection against acidification than soil types with more easily weathered minerals such as calcium carbonate.
Alkalinity is a measure of the water's ability to withstand additions of oxonium ions, H3O+, without reacting with a sharp pH decrease, that is, a measure of the water's buffer capacity. In most natural waterways, the carbonate system is the most significant buffer system. When an excess of oxonium ions is added in the form of an acid, the carbonate system can use the oxonium ions to form bicarbonate (hydrogen carbonate HCO3), which is neither acidic nor basic, and thus the pH will remain unchanged. How good the buffer capacity is determined by the concentrations of the substances in the carbonate system, the higher the concentrations, the higher the buffer capacity.
Alkalinity is important in water treatment plants, among other things, to be able to control the pH value and to optimize various process steps. Processes that affect alkalinity include carbonate precipitation, pH adjustment, softening, and flocculation.
The ideal value for total alkalinity is between a minimum of 60 and a maximum of 120 ppm, but deviations upwards can occur without necessarily requiring action.
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Capacity: 4000 liters (6-12 months)
Filter cartridge included: Yes
Filter media: Alkalizing
Dimensions mm (L x H x W): 220 x 270 x 100
Dishwasher safe: Yes
Included water filter cartridge: Yes
Alkaliserande vatten-filter-patron: Alkaliserande vattenfilterpatron som förbättrar alkalinitet och syrebildning i ditt vatten. Vattnet rinner genom Ionizer-medium, innehållande magnesium och kalcium för att öka syreanordningen.
Alkalizing water filter cartridge: Alkalizing water filter cartridge that enhances alkalinity and oxygenation in your water. The water passes through an ionizer medium containing magnesium and calcium to increase oxygenation.
The alkalizing water filter cartridge increases the alkalinity and oxygenation capacity of your water.
Alkalinity is a measure of the water's buffering capacity, which refers to its ability to neutralize acidity. If water has high alkalinity, it has a good buffering capacity against acidity.
In Swedish groundwater, alkalinity is generally low because a significant part of the country's surface is composed of bedrock. Bedrock is relatively resistant to weathering and gives rise to poorly weathered soils that provide less protection against acidification compared to soils with more easily weathered minerals such as calcium carbonate.
Alkalinity is a measure of the water's ability to tolerate additions of hydronium ions, H3O+, without reacting with a significant pH decrease. It is a measure of water's buffering capacity. The carbonate system is the most significant buffering system in most natural watercourses. When an excess of hydronium ions is added in the form of an acid, the carbonate system can utilize hydronium ions to form bicarbonate (hydrogen carbonate HCO3), which is neither acidic nor basic, thereby keeping the pH unchanged. The effectiveness of the buffering capacity is determined by the concentrations of the components in the carbonate system: the higher the concentrations, the higher the buffering capacity.
Alkalinity is important in water treatment plants, among other reasons, to control the pH value and optimize various process steps. Processes that affect alkalinity include carbonate precipitation, pH adjustment, water softening, and flocculation.
The ideal range for total alkalinity is between a minimum of 60 ppm and a maximum of 120 ppm, but deviations upward can occur without requiring corrective action.
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