Filters Forever
The SORBENT is a finely granulated, highly porous backfill made of nanoparticles.
Key facts about the Forever Filter
- It cleans qualitativelyThe sorbent removes only harmful impurities from the water - the natural mineral-salt composition is preserved in the water.
- Filtration fineness 0.005 micronsRemoves heavy metal ions, iron, chlorine, bacteria, viruses, poisons, sulfur, radionuclides, oil products, etc.
- It works for a long timeThe filter removes impurities for a very long time (for tap water 2-3 years before regeneration), thanks to the huge sorbing surface - 800 m2 per 1 g of sorbent. The apartment filter has about 2 km2
Filter sorbent
The sorbent is a finely granulated, highly porous backfill made of nanoparticles.
The sorbent is created from natural materials that do not deteriorate or break down: silver, carbon, silicon dioxide.
Sorption occurs both on the surface of the granules and inside them. Filtration fineness - 0.005 microns.
Sorption occurs both on the surface of the granules and inside them. Filtration fineness - 0.005 microns.
Sorbent granule with 30x magnification
How does fine cleaning occur, how does the sorbent capture harmful substances?
The sorbent is a polyampholyte that has H+ and OH- groups, capable of ion exchange.
In addition, the sorbent has high sorption properties according to the Langmuir mechanism, i.e. sorption in the pores and on the surface of granules.
As it accumulates, the dirt itself begins to retain impurities and the filter additionally acquires the properties of a precoat filter.
In addition, the sorbent has high sorption properties according to the Langmuir mechanism, i.e. sorption in the pores and on the surface of granules.
As it accumulates, the dirt itself begins to retain impurities and the filter additionally acquires the properties of a precoat filter.
Sorbent granule with 100x magnification
What functions does each component of the sorbent perform?
Silicon dioxide carries a negative charge. Carbon is activated and oxidized, carrying a positive charge.
Together they form dipoles. A network of silicon and carbon nanoparticles is an insurmountable obstacle for elements that are related to them.
Thus, silicon dioxide attracts heavy metals, iron. Carbon - petroleum products, fulfo-, humic acids, organic matter.
The entire surface of the sorbent is covered with silver nanocysts. Silver traps active chlorine and bacteria.
Together they form dipoles. A network of silicon and carbon nanoparticles is an insurmountable obstacle for elements that are related to them.
Thus, silicon dioxide attracts heavy metals, iron. Carbon - petroleum products, fulfo-, humic acids, organic matter.
The entire surface of the sorbent is covered with silver nanocysts. Silver traps active chlorine and bacteria.
Do the disinfecting properties of silver decrease over time? NO, they do not.
Sorbent granule with 1000x magnification
How does the dirt retained by the filter affect the water after 1-6-12 months?
Silver is in a reduced state and its particles cover the entire sorbing area.
Because On the surface of reduced silver molecules there are positively charged silver ions; they attract and penetrate negatively charged viruses and bacteria, immediately killing them.
Bacteria and viruses do not survive inside and on the surface of the sorbent, because it's impossible to get through.
Moreover, even the corpses of viruses and bacteria do not get into the water, because corpses are fixed in a silver ionic lattice (contours of Ag+ and Ag- nanoparticles)
In this case, silver is not consumed and does not enter the purified water.
Because On the surface of reduced silver molecules there are positively charged silver ions; they attract and penetrate negatively charged viruses and bacteria, immediately killing them.
Bacteria and viruses do not survive inside and on the surface of the sorbent, because it's impossible to get through.
Moreover, even the corpses of viruses and bacteria do not get into the water, because corpses are fixed in a silver ionic lattice (contours of Ag+ and Ag- nanoparticles)
In this case, silver is not consumed and does not enter the purified water.
Each filter, regardless of its purpose, includes a heavy-duty housing made of food-grade stainless steel, inside of which a filter sorbent is specially placed, which is granulated silver carbon ceramics manufactured on the synthesis line of AQUA LLC.
Purification of drinking water occurs in three stages:
First, large particles of sand and iron scale are retained in the lower chamber - a trap.
Then small particles of clay and iron hydroxides are retained in the lower layers of the filter media in the intergranular space, and at the last stage, smaller particles - iron colloids, heavy metal ions, radionuclides, pesticides, fulvic and humic acids and active chlorine - are sorbed by silver carbon ceramic granules.
Purification of drinking water occurs in three stages:
First, large particles of sand and iron scale are retained in the lower chamber - a trap.
Then small particles of clay and iron hydroxides are retained in the lower layers of the filter media in the intergranular space, and at the last stage, smaller particles - iron colloids, heavy metal ions, radionuclides, pesticides, fulvic and humic acids and active chlorine - are sorbed by silver carbon ceramic granules.
What does a flow
rate of 150 l/h mean?
rate of 150 l/h mean?
This means that in a minute you can gain 2.5 liters. That is, a whole teapot.
And it will only take you a few seconds to get a glass of water.
And it will only take you a few seconds to get a glass of water.
What is the
filtration fineness?
filtration fineness?
Filtration fineness - 0.005 microns.
Sorption occurs both on the surface of the granules and inside them.
Sorption occurs both on the surface of the granules and inside them.
When washing, the intergranular connection is disrupted, where many impurities are trapped. When washing, the rate of sorption is lower than dissorption, in accordance with the Boltzmann dependence.
Hot citric acid dissolves sparingly soluble compounds that were formed during the sorption process.
It all depends on the quality and quantity of impurities in the source water. For moderately polluted city water - every 100 m3. (on average, once every 2-3 years). Regeneration involves boiling the sorbent in a solution of citric acid. Takes 1 hour.
100% available
No dead-end pores were found during laboratory testing
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Filters Forever
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