Why CarboClean activated birch carbon effectively “holds on to” contaminants in its pores and purifies water from organic substances

Why does CarboClean activated birch carbon “hold on to” contaminants?

Activated birch carbon is more than just ordinary carbon.
It turns into a miniature “trap” for organic compounds and pollutants.
Here is why it works this way:

Micropores and large surface area
Carbon particles are filled with microscopic pores.
Contaminant molecules enter these pores and literally “get stuck” inside.
More pores = more surface area available for purification.

Physical forces – Van der Waals adsorption
Organic molecules are attracted to the pore walls by weak intermolecular forces.
It works like an invisible magnet: the molecules “stick” to the carbon and do not return to the water.

Chemical interactions
Some substances form weak chemical bonds with the carbon surface – polar interactions and hydrogen bonds.
They keep organic molecules inside the pores and prevent them from dissolving back into the water.

Structural selectivity
Small water molecules pass through freely, while contaminant organic molecules remain in the pores.
This way, the carbon efficiently purifies water without holding back the water itself.

CarboClean activated birch carbon retains contaminants thanks to the combination of its porous structure and a set of physical and chemical forces.
Clean water passes through, while harmful substances stay inside.

You can order activated carbon on the website uralhimsorb.ru.