GK ENTERPRISES Shankar Nagar, Raipur, Chhattisgarh

Active brand zeolite sand filter media a alternate of filter sand this filter media uses in sand filters. This filter media a best substitute of sand for better and finest filtration of water quality. Active zeolite filter media is come from natural mineral and adsorb many times than sands and provide excellent quality, purity, clarity and finest filter performance of water. active zeolite particle inner area approx 10000 square foot they hep to remove ammonia, organic wastes, odour reductions. active zeolites will cut down your swimming pools chemicals and filtertion materials consumptions which will save your expenses of maintenanace pools.  SPECIFICATION   Water quality of clarity many times better than filter sand.   Longlasting results.   Economical efficient.   Better Backwash activity.   VOC and other wastes adsorb ability.   more than 10 times less quantity than other sands.   low density material and high results. 

Material : Zeolite

Packaging Size : Bags

Application Greensand filter media oxidizes dissolved metals and contaminants like iron and manganese on contact. This results in precipitation (the forming of solids) of the dissolved substances as they pass through the filter. The iron filter backwashes these small particles to drain every few days in the middle of the night (can be scheduled for your needs), thus cleaning and restoring the filter media.

Grade : 28% to 50% Mno2

Size : 1 Mm to 4 Mm

Packaging Type : Pp Bag

Packaging Size : 25 Kg

Color : Black

Use : Industrial

SAND & GRAVEL &SYLEX. Our line of Filter Gravel Sand & Sylex Media has angular, hard, dense grains that are washed, dried and screened to meet rigorous quality control. This filtration media meets or exceeds the NSF/ANSI Standard 61 for Drinking Water System Components, as well as AWWA Standard B100. APPLICATION: For liquid filtration. Commonly used in Water and Wastewater Filtration applications and as a support media for sand and anthracite.

Color : Yellow/brown, Multi-color

Color : Black

Form : Powder

Packaging Type : Bag

Application Virm Media is a black granular filter material used for removal of iron and/or manganese from water in pressure or gravity systems. It contains an active insoluble catalyst to precipitate iron and/or manganese. Because the presence of iron is most common, iron removal is the usual application for Virm Media.

Grade : 30% Mno,Sio2-50%

Size : 0.8 Mm to 1.8 Mm

Packaging Type : Pp Dizitel Bag

Packaging Size : 25 Kg

Color : Black

Use : Industrial

Application Pellet activated carbon including Coconut Shell, wood and coal. All forms activated carbon pellets product can be used for water treatment. It also has some special functions. Such as removing methane, chlorine, ammonia, nitrogen, benzene, formaldehyde, SO2 and CO.

Size : 2 Mm to 4 Mm

Color : Black

Applications:  High grade MNO2 effectively removes iron, manganese and hydrogen sulfide from natural waters. Water for industrial and domestic uses must be substantially iron and manganese free. In many countries it is a requirement that water for municipal use should not contain iron and manganese concentrations greater than 0.2 and 0.05 ppm respectively and preferably below 0.05 and 0.02 ppm. In certain industries like pulp and paper mills, tanneries, textile plants, dye houses and laundries, it is almost impossible to operate with iron or manganese bearing waters since they would produce objectionable stains, streaks, spots and off-colors on many manufactured products. Iron and manganese also foul ion exchange resins. Hence it ¡s necessary to include a pretreatment stage in most ion exchange processes.  High grade MNO2 is particularly effective. As a result of its catalytic properties it is used in conjunction with chlorine dosing, to reduce iron and manganese in water supplies to the extremely low levels mentioned. Alternative procedures such as aeration, chlorination and filtration cannot yield an effluent to the same standards of quality as obtained with High grade MNO2.  High grade MNO2 has unique characteristics in addition to its catalytic property which ensures maximum efficiency of the oxidizing agent employed, for example potassium permanganate, chlorine or dissolved oxygen. This results in superior rate of reaction and completeness of the oxidation. These properties together with its excellent filtration efficiency ensure good operating performance in the  In the same way that ion exchange resin has the capacity to exchange ions ,High grade MNO2 can exchange electrons. Thus, iron and manganese can be oxidized, so long as a supply of following:  Oxidation/Reduction  Electrons remains. The electrons can be replaced, either by regenerating intermittently by adding an oxidizing agent such as chlorine or by dosing the oxidizing agent continuously.  Catalysis  The catalytic effect ensures that the maximum use ¡s made of the oxidizing agent, which can be potassium permanganate, chlorine or dissolved oxygen. Filtration  On account of the nodular form and the size distribution, a high contact area and good filtration characteristics are obtained. Advantages  lt can take max iron concentrations up to 20 ppm  lt can reduce iron, Mn and H2S up to < 0.1 ppm  lt has no limitation of 15% dissolved oxidation  lt has no limitation of alkalinity and TDS in water  lt needs only periodic backwash with treated water  You can easily calculate the OBR of this system  lt can be operated at high temperatures and high differential pressures

Applications:  MNO2 effectively removes iron, manganese and hydrogen sulfide from natural waters. Water for industrial and domestic uses must be substantially iron and manganese free. In many countries it is a requirement that water for municipal use should not contain iron and manganese concentrations greater than 0.2 and 0.05 ppm respectively and preferably below 0.05 and 0.02 ppm. In certain industries like pulp and paper mills, tanneries, textile plants, dye houses and laundries, it is almost impossible to operate with iron or manganese bearing waters since they would produce objectionable stains, streaks, spots and off-colors on many manufactured products. Iron and manganese also foul ion exchange resins. Hence it ¡s necessary to include a pretreatment stage in most ion exchange processes.  MNO2 is particularly effective. As a result of its catalytic properties it is used in conjunction with chlorine dosing, to reduce iron and manganese in water supplies to the extremely low levels mentioned. Alternative procedures such as aeration, chlorination and filtration cannot yield an effluent to the same standards of quality as obtained with MNO2.  MNO2 has unique characteristics in addition to its catalytic property which ensures maximum efficiency of the oxidizing agent employed, for example potassium permanganate, chlorine or dissolved oxygen. This results in superior rate of reaction and  completeness of the oxidation. These properties together with its excellent filtration efficiency ensure good operating performance in the  In the same way that ion exchange resin has the capacity to exchange ions , MNO2 can exchange electrons. Thus, iron and manganese can be oxidized, so long as a supply of following:  Oxidation/Reduction  Electrons remains. The electrons can be replaced, either by regenerating intermittently by adding an oxidizing agent such as chlorine or by dosing the oxidizing agent continuously.  Catalysis  The catalytic effect ensures that the maximum use ¡s made of the oxidizing agent, which can be potassium permanganate, chlorine or dissolved oxygen.  Filtration  On account of the nodular form and the size distribution, a contact area and good filtration characteristics are obtained.    Advantages  lt can take max iron concentrations up to 05 ppm lt can reduce iron, Mn and H2S up to < 0.1 ppm lt has no limitation of 15% dissolved oxidation lt has no limitation of alkalinity and TDS in water lt needs only periodic backwash with treated water You can easily calculate the OBR of this system lt can be operated at temperatures and differential pressures 

  Applications:  MNO2 effectively removes iron, manganese and hydrogen sulfide from natural waters. Water for industrial and domestic uses must be substantially iron and manganese free. In many countries it is a requirement that water for municipal use should not contain iron and manganese concentrations greater than 0.2 and 0.05 ppm respectively and preferably below 0.05 and 0.02 ppm. In certain industries like pulp and paper mills, tanneries, textile plants, dye houses and laundries, it is almost impossible to operate with iron or manganese bearing waters since they would produce objectionable stains, streaks, spots and off-colors on many manufactured products. Iron and manganese also foul ion exchange resins. Hence it ¡s necessary to include a pretreatment stage in most ion exchange processes.  MNO2 is particularly effective. As a result of its catalytic properties it is used in conjunction with chlorine dosing, to reduce iron and manganese in water supplies to the extremely low levels mentioned. Alternative procedures such as aeration, chlorination and filtration cannot yield an effluent to the same standards of quality as obtained with MNO2.  MNO2 has unique characteristics in addition to its catalytic property which ensures maximum efficiency of the oxidizing agent employed, for example potassium permanganate, chlorine or dissolved oxygen. This results in superior rate of reaction and completeness of the oxidation. These properties together with its excellent filtration efficiency ensure good operating performance in the  In the same way that ion exchange resin has the capacity to exchange ions , MNO2 can exchange electrons. Thus, iron and manganese can be oxidized, so long as a supply of following:  Oxidation/Reduction  Electrons remains. The electrons can be replaced, either by regenerating intermittently by adding an oxidizing agent such as chlorine or by dosing the oxidizing agent continuously.  Catalysis  The catalytic effect ensures that the maximum use ¡s made of the oxidizing agent, which can be potassium permanganate, chlorine or dissolved oxygen.  Filtration  On account of the nodular form and the size distribution, a contact area and good filtration characteristics are obtained.  Advantages  lt can take max iron concentrations up to 05 ppm  lt can reduce iron, Mn and H2S up to < 0.1 ppm  lt has no limitation of 15% dissolved oxidation  lt has no limitation of alkalinity and TDS in water  lt needs only periodic backwash with treated water  You can easily calculate the OBR of this system  lt can be operated at temperatures and differential pressures