Groundwater well water iron and manganese removal filter material

It is a new revolutionary filter media brand completely developed and produced in Germany. Its simple composition makes it stand out compared to other filter media in the modern water treatment industry, such as sand,

manganese sand, reinforced glauconite sand, manganese green sand, etc. Made in Germany.

It is a unique technology designed to add manganese dioxide coating to

. Compared with other existing granular filter media, it is lighter in weight and has a larger filter surface area. Larger, longer service life and more reliable performance.

Being used in many areas of residential, commercial, industrial and municipal applications around the world, especially in advanced filtration, color and odor removal, iron, manganese, hydrogen sulfide removal and arsenic, zinc , copper, lead, radium, uranium and other radionuclides and heavy metal removal, etc.


It has obtained certification for drinking water applications and is also fully compliant with

’s lead-free standards.

Features

High concentration manganese dioxide coating for advanced applications
(
Very high surface area without crystalline silica Light weight Significant savings A large amount of backwash water has high filtration efficiency and can filter sand, sediment and solid suspended solids. It can efficiently remove iron, manganese, hydrogen sulfide, etc. and effectively reduce arsenic, zinc, copper, lead, radium, uranium, radioactive nuclei, etc. Media such as toxins and other heavy metals, replaced once a year, no toxic by-products, no mandatory addition of potassium permanganate, chlorine or chlorine dioxide and other chemicals, low operating costs, unmatched by our competitors. Unique product


Compared with other similar products on the market, the biggest advantage is that its surface has a high concentration of manganese dioxide coating (

). This makes oxidation and co-precipitation more effective for the removal of contaminants. For the removal of very high concentrations of contaminants, it is recommended to use hydrogen peroxide as an oxidant, which accelerates the catalytic oxidation reaction on the surface of the medium. If necessary, it can also be used Such as chlorine, potassium permanganate and other traditional oxidants. It can be used for the removal of arsenic, radium, and uranium, but in this case, the water is required to contain a certain amount of iron. The system uses many special iron dosing in the design Technology, which makes the adsorption medium have many advantages such as adsorbing heavy metals