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1
R 3,585.65
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Please note that shipping and installation is not included.10″ Diameter Glass Filter Media System With A Manual Backwash HeadGlass media filters can last up to 3 times longer than traditional silica sand. Sand filters usually have a life expectancy of less than 5 years. Whereas glass media filters can last longer than 10 years. Not only this, but the overall maintenance cost can be far less than a sand filter.Glass Filtration Media replaces traditional sand media in all filtration applications. It is manufactured from a specific glass type and processed to obtain the optimum particle size and shape, and then activated to increase the surface area by 300 times over crushed glass or sand.A High-Tech Filter Media Virgin plate-glass Advanced Manufacturing Technology Slightly negative charge attract particlesCrushed Glass Media provides a viable alternative to sand. Made from recycled glass, it doesn’t involve intrusive mining and the use of scarce resourcesWhat is it for?Substitute for Silica Filter Media.To begin taking advantage of the benefits of Glass Filter Media:
Remove old filter mediaFill with Glass Filter MediaStart normal operationWater Savings!:
Reduced Backwash timeApproximately 50% savingsFewer Back washes neededEnergy (and equipment) Savings:
Less friction lossIncreased filtered water volumeLess Equipment MaintenanceChemical Cost Savings:Flocculent productsDisinfection productsPH control productsLonger Life Span:Silica lasts 3 – 5 years, glass media will last 15 yearsA single grain type is used, filters can be emptied for maintenance and the same media can be reused.Increased Quality and Hygiene:
Reduces the presence of bacteriaReduced Chloramines & presence of disinfectants
9h
Mbombela / Nelspruit
1
R 4,770.52
SavedSave
Please note that shipping and installation is not included.12″ Diameter Glass Filter Media System With A Manual Backwash HeadGlass media filters can last up to 3 times longer than traditional silica sand. Sand filters usually have a life expectancy of less than 5 years. Whereas glass media filters can last longer than 10 years. Not only this, but the overall maintenance cost can be far less than a sand filer.Glass Filtration Media replaces traditional sand media in all filtration applications. It is manufactured from a specific glass type and processed to obtain the optimum particle size and shape, and then activated to increase the surface area by 300 times over crushed glass or sand.
A High-Tech Filter Media Virgin plate-glass Advanced Manufacturing Technology Slightly negative charge attract particles.Crushed Glass Media provides a viable alternative to sand. Made from recycled glass, it doesn’t involve intrusive mining and the use of scarce resources.What is it for?
Substitute for Silica Filter Media.To begin taking advantage of the benefits of Glass Filter Media:
Remove old filter mediaFill with Glass Filter MediaStart normal operationWater Savings!:
Reduced Backwash timeApproximately 50% savingsFewer Back washes neededEnergy (and equipment) Savings:
Less friction lossIncreased filtered water volumeLess Equipment MaintenanceChemical Cost Savings:Flocculent productsDisinfection productsPH control productsLonger Life Span:Silica lasts 3 – 5 years, glass media will last 15 yearsA single grain type is used, filters can be emptied for maintenance and the same media can be reused.Increased Quality and Hygiene:
Reduces the presence of bacteriaReduced Chloramines & presence of disinfectants
9h
Mbombela / Nelspruit
1
R 5,746.73
SavedSave
Please note that shipping and installation is not included.13″ Diameter Glass Filter Media System With A Manual Backwash HeadGlass media filters can last up to 3 times longer than traditional silica sand. Sand filters usually have a life expectancy of less than 5 years. Whereas glass media filters can last longer than 10 years. Not only this, but the overall maintenance cost can be far less than a sand filer.Glass Filtration Media replaces traditional sand media in all filtration applications. It is manufactured from a specific glass type and processed to obtain the optimum particle size and shape, and then activated to increase the surface area by 300 times over crushed glass or sand.A High-Tech Filter Media Virgin plate-glass Advanced Manufacturing Technology Slightly negative charge attract particles.Crushed Glass Media provides a viable alternative to sand. Made from recycled glass, it doesn’t involve intrusive mining and the use of scarce resources.What is it for?
Substitute for Silica Filter Media.To begin taking advantage of the benefits of Glass Filter Media:
Remove old filter mediaFill with Glass Filter MediaStart normal operationWater Savings!:
Reduced Backwash timeApproximately 50% savingsFewer Back washes neededEnergy (and equipment) Savings:
Less friction lossIncreased filtered water volumeLess Equipment MaintenanceChemical Cost SavingsFlocculent productsDisinfection productsPH control productsLonger Life Span:Silica lasts 3 – 5 years, glass media will last 15 yearsA single grain type is used, filters can be emptied for maintenance and the same media can be reused.Increased Quality and Hygiene:
Reduces the presence of bacteriaReduced Chloramines & presence of disinfectants
9h
Mbombela / Nelspruit
1
R 7,833.29
SavedSave
Please note that shipping and installation is not included.14″ Diameter Glass Filter Media System With A Manual Backwash HeadGlass media filters can last up to 3 times longer than traditional silica sand. Sand filters usually have a life expectancy of less than 5 years. Whereas glass media filters can last longer than 10 years. Not only this, but the overall maintenance cost can be far less than a sand filter.Glass Filtration Media replaces traditional sand media in all filtration applications. It is manufactured from a specific glass type and processed to obtain the optimum particle size and shape, and then activated to increase the surface area by 300 times over crushed glass or sand.A High-Tech Filter Media Virgin plate-glass Advanced Manufacturing Technology Slightly negative charge attract particles.Crushed Glass Media provides a viable alternative to sand. Made from recycled glass, it doesn’t involve intrusive mining and the use of scarce resources.What is it for?
Substitute for Silica Filter Media.To begin taking advantage of the benefits of Glass Filter Media:
Remove old filter mediaFill with Glass Filter MediaStart normal operationWater Savings!:
Reduced Backwash timeApproximately 50% savingsFewer Back washes neededEnergy (and equipment) Savings:
Less friction lossIncreased filtered water volumeLess Equipment MaintenanceChemical Cost Savings:Flocculent productsDisinfection productsPH control productsLonger Life Span:Silica lasts 3 – 5 years, glass media will last 15 yearsA single grain type is used, filters can be emptied for maintenance and the same media can be reused.Increased Quality and Hygiene:
Reduces the presence of bacteriaReduced Chloramines & presence of disinfectants
10h
Mbombela / Nelspruit
1
R 2,593.30
SavedSave
Please note that shipping and installation is not included.8″ Diameter Glass Filter Media System With A Manual Backwash HeadGlass media filters can last up to 3 times longer than traditional silica sand. Sand filters usually have a life expectancy of less than 5 years. Whereas glass media filters can last longer than 10 years. Not only this, but the overall maintenance cost can be far less than a sand filer.Glass Filtration Media replaces traditional sand media in all filtration applications. It is manufactured from a specific glass type and processed to obtain the optimum particle size and shape, and then activated to increase the surface area by 300 times over crushed glass or sand.A High-Tech Filter Media Virgin plate-glass Advanced Manufacturing Technology Slightly negative charge attract particles.Crushed Glass Media provides a viable alternative to sand. Made from recycled glass, it doesn’t involve intrusive mining and the use of scarce resourcesWhat is it for?
Substitute for Silica Filter Media.To begin taking advantage of the benefits of Glass Filter Media:
Remove old filter mediaFill with Glass Filter MediaStart normal operationWater Savings!:
Reduced Backwash timeApproximately 50% savingsFewer Back washes neededEnergy (and equipment) Savings:
Less friction lossIncreased filtered water volumeLess Equipment MaintenanceChemical Cost Savings:Flocculent productsDisinfection productsPH control productsLonger Life Span:Silica lasts 3 – 5 years, glass media will last 15 yearsA single grain type is used, filters can be emptied for maintenance and the same media can be reused.Increased Quality and Hygiene:
Reduces the presence of bacteriaReduced Chloramines & presence of disinfectants
10h
Mbombela / Nelspruit
1
R 5,815.04
SavedSave
Please note that shipping and installation is not included.10″ Diameter glass filter media system with an automatic backwash head
Glass media filters can last up to 3 times longer than traditional silica sand. Sand filters usually have a life expectancy of less than 5 years. Whereas glass media filters can last longer than 10 years. Not only this, but the overall maintenance cost can be far less than a sand filter.Glass Filtration Media replaces traditional sand media in all filtration applications. It is manufactured from a specific glass type and processed to obtain the optimum particle size and shape, and then activated to increase the surface area by 300 times over crushed glass or sand.A High-Tech Filter Media Virgin plate-glass Advanced Manufacturing Technology Slightly negative charge attract particles.Crushed Glass Media provides a viable alternative to sand. Made from recycled glass, it doesn’t involve intrusive mining and the use of scarce resources.What is it for?
Substitute for Silica Filter Media.To begin taking advantage of the benefits of Glass Filter Media:
Remove old filter mediaFill with Glass Filter MediaStart normal operationWater Savings!:
Reduced Backwash timeApproximately 50% savingsFewer Back washes neededEnergy (and equipment) Savings:
Less friction loss
Increased filtered water volume
Less Equipment MaintenanceChemical Cost Savings:Flocculent productsDisinfection productsPH control productsLonger Life Span:Silica lasts 3 – 5 years, glass media will last 15 yearsA single grain type is used, filters can be emptied for maintenance and the same media can be reused.Increased Quality and Hygiene:
Reduces the presence of bacteriaReduced Chloramines & presence of disinfectants
10h
Mbombela / Nelspruit
1
R 6,997.43
SavedSave
Please note that shipping and installation is not included.12″ Diameter glass filter media system with an automatic backwash headGlass media filters can last up to 3 times longer than traditional silica sand. Sand filters usually have a life expectancy of less than 5 years. Whereas glass media filters can last longer than 10 years. Not only this, but the overall maintenance cost can be far less than a sand filter.Glass Filtration Media replaces traditional sand media in all filtration applications. It is manufactured from a specific glass type and processed to obtain the optimum particle size and shape, and then activated to increase the surface area by 300 times over crushed glass or sand.Glass media filters can last up to 3 times longer than traditional silica sand. Sand filters usually have a life expectancy of less than 5 years, whereas glass media filters can last longer than 10 years. Not only this, but the overall maintenance cost can be far less than a sand filer.
Due to its higher filtration qualities, Glass Filtration Media has largely replaced traditional silica sand. It improves the clarity of the water by removing finer impurities and saves water, power, and chemicals by requiring fewer back washes. Filter media play a crucial role in removing impurities and ensuring the quality and purity of fluids and gases in various industries. By utilizing different types of filter media, contaminants can be efficiently removed, leading to improved performance, safety, and environmental sustainability.
10h
Mbombela / Nelspruit
1
R 10,061.44
SavedSave
Please note that shipping and installation is not included.14″ Diameter Glass Filter Media System With An Automatic Backwash HeadGlass media filters can last up to 3 times longer than traditional silica sand. Sand filters usually have a life expectancy of less than 5 years. Whereas glass media filters can last longer than 10 years. Not only this, but the overall maintenance cost can be far less than a sand filer.
Glass Filtration Media replaces traditional sand media in all filtration applications. It is manufactured from a specific glass type and processed to obtain the optimum particle size and shape, and then activated to increase the surface area by 300 times over crushed glass or sand.A High-Tech Filter Media Virgin plate-glass Advanced Manufacturing Technology Slightly negative charge attract particles. Crushed Glass Media provides a viable alternative to sand. Made from recycled glass, it doesn’t involve intrusive mining and the use of scarce resources.What is it for?
Substitute for Silica Filter Media.To begin taking advantage of the benefits of Glass Filter Media:
Remove old filter mediaFill with Glass Filter MediaStart normal operationWater Savings!:
Reduced Backwash timeApproximately 50% savingsFewer Back washes neededEnergy (and equipment) Savings:
Less friction lossIncreased filtered water volumeLess Equipment MaintenanceChemical Cost Savings:Flocculent productsDisinfection productsPH control productsLonger Life Span:Silica lasts 3 – 5 years, glass media will last 15 yearsA single grain type is used, filters can be emptied for maintenance and the same media can be reused.Increased Quality and Hygiene:
Reduces the presence of bacteriaReduced Chloramines & presence of disinfectant
10h
Mbombela / Nelspruit
1
R 4,820.20
SavedSave
Please note that shipping and installation is not included.8″ Diameter glass filter media system with an automatic backwash headGlass media filters can last up to 3 times longer than traditional silica sand. Sand filters usually have a life expectancy of less than 5 years. Whereas glass media filters can last longer than 10 years. Not only this, but the overall maintenance cost can be far less than a sand filer.In fact Glass Filtration Media replaces traditional sand media in all filtration applications. It is manufactured from a specific glass type and processed to obtain the optimum particle size and shape, and then activated to increase the surface area by 300 times over crushed glass or sand.What is 8″ Diameter glass filter media system with an automatic backwash head?Made from grains of recycled glass, glass filter media is used in media filters to keep debris and bacteria out of your water. As water is pumped to the filter, it passes through the glass media, which captures particles using a static charge.Water Savings!:
Reduced Backwash timeApproximately 50% savingsFewer Back washes neededEnergy (and equipment) Savings:
Less friction lossIncreased filtered water volumeLess Equipment MaintenanceChemical Cost Savings:Flocculent productsDisinfection productsPH control productsLonger Life Span:Silica lasts 3 – 5 years, glass media will last 15 yearsA single grain type is used, filters can be emptied for maintenance and the same media can be reused.Increased Quality and Hygiene:
Reduces the presence of bacteriaReduced Chlor amines & presence of disinfectants
10h
Mbombela / Nelspruit
1
R 8,138.83
SavedSave
Please note that shipping and installation is not included.10″ Diameter DMI65 Iron Removal System With An Automatic Backwash Head
DMI-65 is a catalytic filtration media designed specifically for the removal of iron and manganese found present in water sources. Surprisingly it does not require the use of potassium permanganate whatsoever, and is changing the world of filtration media for good! Indeed its special micro porous.By and large DMI-65 is a revolutionary Infusion Technology catalytic filtration media designed for the removal of iron and manganese without the use of potassium permanganate. Thus the unique micro-porous structure of DMI-65 efficiently removes dissolved iron to as low as 0.001 ppm and manganese to 0.001 ppm. Thereupon the DMI-65 acts as an oxidation catalyst with immediate oxidation and filtration of the insoluble precipitates. Undeniably the media has been used extensively in a wide variety of applications for over 30 years.Technical Datasheet for DMI-65®: Iron & ManganeseFirstly iron 2ppm – Manganese 1ppm = LV 8 – 9m3/m2/hour as close to pH 7.5 – 8 as possible. If the Iron concentration is higher than 2ppm and has some manganese, than slow LV down to between perhaps 7 – 8m3/m2 hour and maintain pH as close to 7.5 – 8 as possible.Advantages of DMI-65Eliminates Potassium Permanganate. Operates with continuous injection of sodium hypochlorite at low residual levels (0.1 to 0.3 ppm).Wide pH range. Stable and satisfactory performance at pH 5.8 to 8.6.High Flow Rates. DMI-65 can operate at linear filtration velocities up to twice that of conventional media with a Higher Operating Temperatures. Maximum operating temperature of 113°F (45°C).Long Life. DMI-65 is not consumed in the process providing considerable advantages over other processes or media.Regeneration Not Required. After initial activation only sodium hypochlorite feed is required.System Compatibility. Physical properties are similar to that of competitive media allowing conversion to DMI-65 without major hardware modifications.Arsenic Removal. DMI-65 has been shown to be effective in the removal of arsenic associated with iron-containing influent. If necessary ferric chloride can be introduced to treat waters with low influent iron levels or to enhance removal when treating waters with high levels of arsenic.
10h
Mbombela / Nelspruit
1
R 10,050.26
SavedSave
Please note that shipping and installation is not included.12″ Diameter DMI65 Iron Removal System With An Automatic Backwash Head
DMI-65 is a catalytic filtration media designed specifically for the removal of iron and manganese found present in water sources. Surprisingly it does not require the use of potassium permanganate whatsoever, and is changing the world of filtration media for good! Indeed its special micro porous.By and large DMI-65 is a revolutionary Infusion Technology catalytic filtration media designed for the removal of iron and manganese without the use of potassium permanganate. Thus the unique micro-porous structure of DMI-65 efficiently removes dissolved iron to as low as 0.001 ppm and manganese to 0.001 ppm. Thereupon the DMI-65 acts as an oxidation catalyst with immediate oxidation and filtration of the insoluble precipitates. Undeniably the media has been used extensively in a wide variety of applications for over 30 years.Technical Datasheet for DMI-65®: Iron & ManganeseFirstly iron 2ppm – Manganese 1ppm = LV 8 – 9m3/m2/hour as close to pH 7.5 – 8 as possible. If the Iron concentration is higher than 2ppm and has some manganese, than slow LV down to between perhaps 7 – 8m3/m2 hour and maintain pH as close to 7.5 – 8 as possible.Advantages of DMI-65Eliminates Potassium Permanganate. Operates with continuous injection of sodium hypochlorite at low residual levels (0.1 to 0.3 ppm).Wide pH range. Stable and satisfactory performance at pH 5.8 to 8.6.High Flow Rates. DMI-65 can operate at linear filtration velocities up to twice that of conventional media with a Higher Operating Temperatures. Maximum operating temperature of 113°F (45°C).Long Life. DMI-65 is not consumed in the process providing considerable advantages over other processes or media.Regeneration Not Required. After initial activation Only sodium hypochlorite feed is required.System Compatibility. Physical properties are similar to that of competitive media allowing conversion to DMI-65 without major hardware modifications.Arsenic Removal. DMI-65 has been shown to be effective in the removal of arsenic associated with iron-containing influent. If necessary ferric chloride can be introduced to treat waters with low influent iron levels or to enhance removal when treating waters with high levels of arsenic.
10h
Mbombela / Nelspruit
1
R 11,853.65
SavedSave
Please note that shipping and installation is not included.13″ Diameter DMI65 Iron Removal System With An Automatic Backwash Head
DMI-65 is a catalytic filtration media designed specifically for the removal of iron and manganese found present in water sources. Surprisingly it does not require the use of potassium permanganate whatsoever, and is changing the world of filtration media for good! Indeed its special micro porous.By and large DMI-65 is a revolutionary Infusion Technology catalytic filtration media designed for the removal of iron and manganese without the use of potassium permanganate. Thus the unique micro-porous structure of DMI-65 efficiently removes dissolved iron to as low as 0.001 ppm and manganese to 0.001 ppm. Thereupon the DMI-65 acts as an oxidation catalyst with immediate oxidation and filtration of the insoluble precipitates. Undeniably the media has been used extensively in a wide variety of applications for over 30 years.Technical Datasheet for DMI-65®: Iron & ManganeseFirstly iron 2ppm – Manganese 1ppm = LV 8 – 9m3/m2/hour as close to pH 7.5 – 8 as possible. If the Iron concentration is higher than 2ppm and has some manganese, than slow LV down to between perhaps 7 – 8m3/m2 hour and maintain pH as close to 7.5 – 8 as possible.Advantages of DMI-65
Eliminates Potassium Permanganate. Operates with continuous injection of sodium hypochlorite at low residual levels (0.1 to 0.3 ppm).Wide pH range. Stable and satisfactory performance at pH 5.8 to 8.6.High Flow Rates. DMI-65 can operate at linear filtration velocities up to twice that of conventional media with a Higher Operating Temperatures. Maximum operating temperature of 113°F (45°C).Long Life. DMI-65 is not consumed in the process providing considerable advantages over other processes or media.Regeneration Not Required. After initial activation only sodium hypochlorite feed is required.System Compatibility. Physical properties are similar to that of competitive media allowing conversion to DMI-65 without major hardware modifications.Arsenic Removal. DMI-65 has been shown to be effective in the removal of arsenic associated with iron-containing influent. If necessary ferric chloride can be introduced to treat waters with low influent iron levels or to enhance removal when treating waters with high levels of arsenic.
10h
Mbombela / Nelspruit
1
R 15,036.89
SavedSave
Please note that shipping and installation is not included.14″ Diameter DMI65 Iron Removal System With An Automatic Backwash HeadDMI-65 is a catalytic filtration media designed specifically for the removal of iron and manganese found present in water sources. Surprisingly it does not require the use of potassium permanganate whatsoever, and is changing the world of filtration media for good! Indeed its special micro porous.By and large DMI-65 is a revolutionary Infusion Technology catalytic filtration media designed for the removal of iron and manganese without the use of potassium permanganate. Thus the unique micro-porous structure of DMI-65 efficiently removes dissolved iron to as low as 0.001 ppm and manganese to 0.001 ppm. Thereupon the DMI-65 acts as an oxidation catalyst with immediate oxidation and filtration of the insoluble precipitates. Undeniably the media has been used extensively in a wide variety of applications for over 30 years.Technical Datasheet for DMI-65®: Iron & ManganeseFirstly iron 2ppm – Manganese 1ppm = LV 8 – 9m3/m2/hour as close to pH 7.5 – 8 as possible. If the Iron concentration is higher than 2ppm and has some manganese, than slow LV down to between perhaps 7 – 8m3/m2 hour and maintain pH as close to 7.5 – 8 as possible.Advantages of DMI-65Eliminates Potassium Permanganate. Operates with continuous injection of sodium hypochlorite at low residual levels (0.1 to 0.3 ppm).Wide pH range. Stable and satisfactory performance at pH 5.8 to 8.6.High Flow Rates. DMI-65 can operate at linear filtration velocities up to twice that of conventional media with a Higher Operating Temperatures. Maximum operating temperature of 113° F (45° C).Long Life. DMI-65 is not consumed in the process providing considerable advantages over other processes or media.Regeneration Not Required. After initial activation only sodium hypochlorite feed is required.System Compatibility. Physical properties are similar to that of competitive media allowing conversion to DMI-65 without major hardware modifications.Arsenic Removal. DMI-65 has been shown to be effective in the removal of arsenic associated with iron-containing influent. If necessary ferric chloride can be introduced to treat waters with low influent iron levels or to enhance removal when treating waters with high levels of arsenic.
10h
Mbombela / Nelspruit
1
R 5,965.52
SavedSave
Please note that shipping and installation is not included.8″ Diameter, DMI65 Iron Removal System With An Automatic Backwash HeadDMI-65 is a catalytic filtration media designed specifically for the removal of iron and manganese found present in water sources. It does not require the use of potassium permanganate whatsoever, and is changing the world of filtration media for good! Its special micro porous.Technical Datasheet for DMI-65®: Iron & ManganeseIron 2ppm – Manganese 1ppm = LV 8 – 9m3/m2/hour as close to pH 7.5 – 8 as possible. If the Iron concentration is higher than 2ppm and has some manganese, than slow LV down to between perhaps 7 – 8m3/m2 hour and maintain pH as close to 7.5 – 8 as possible.What is 8″ Diameter, DMI65 Iron Removal System With An Automatic Backwash Head?
Treating your water with DMI-65 is one way of ensuring that your water quality retains the right iron and manganese balance that is safe for consumption. For this purpose DMI-65 is designed to operate in the presence of chlorine or another oxidant in order to begin the process of oxidation of the iron (and manganese) in solution.DMI-65 acts as an oxidation catalyst with immediate oxidation and filtration of the insoluble precipitates derived from this oxidation reaction. DMI-65 can also remove Arsenic, Aluminum and other heavy metals and Hydrogen Sulfide under certain conditions.
10h
Mbombela / Nelspruit
1
R 2,872.75
SavedSave
Please note that shipping and installation is not included.8″ Diameter DMI65 Iron Removal System With A Manual Backwash Head
DMI-65 is a catalytic filtration media designed specifically for the removal of iron and manganese found present in water sources. Significantly it does not require the use of potassium permanganate whatsoever, and is changing the world of filtration media for good! Surely its special micro porous.By and large DMI-65 is a revolutionary Infusion Technology catalytic filtration media designed for the removal of iron and manganese without the use of potassium permanganate. Thus the unique micro-porous structure of DMI-65 efficiently removes dissolved iron to as low as 0.001 ppm and manganese to 0.001 ppm. Thereupon the DMI-65 acts as an oxidation catalyst with immediate oxidation and filtration of the insoluble precipitates. Undeniably the media has been used extensively in a wide variety of applications for over 30 years.Technical Datasheet for DMI-65®: Iron & ManganeseFirstly iron 2ppm – Manganese 1ppm = LV 8 – 9m3/m2/hour as close to
pH 7.5 – 8 as possible. If the Iron concentration is higher than 2ppm and has some manganese, than slow LV down to between perhaps 7 – 8m3/m2 hour and maintain pH as close to 7.5 – 8 as possible.Advantages of DMI-65Eliminates Potassium Permanganate. Operates with continuous injection of sodium hypochlorite at low residual levels (0.1 to 0.3 ppm).Wide pH range. Stable and satisfactory performance at pH 5.8 to 8.6.High Flow Rates. DMI-65 can operate at linear filtration velocities up to twice that of conventional media with a Higher Operating Temperatures. Maximum operating temperature of 13°F (45°C). Long Life. DMI-65 is not consumed in the process providing considerable advantages over other processes or media.Regeneration Not Required. After initial activation Undoubtedly only sodium hypo-chlorine feed is required.System Compatibility. Physical properties are similar to that of competitive media allowing conversion to DMI-65 without major hardware modifications.Arsenic Removal. DMI-65 has been shown to be effective in the removal of arsenic associated with iron-containing influent. If necessary ferric chloride can be introduced to treat waters with low influent iron levels. As well as to enhance removal when treating waters with high levels of arsenic.
10h
Mbombela / Nelspruit
1
R 7,887.94
SavedSave
Please note that shipping and installation is not included.12″ Diameter DMI65 Iron Removal System With A Manual Backwash HeadDMI-65 is a catalytic filtration media designed specifically for the removal of iron and manganese found present in water sources. Surprisingly it does not require the use of potassium permanganate whatsoever, and is changing the world of filtration media for good! Indeed its special micro porous.By and large DMI-65 is a revolutionary Infusion Technology catalytic filtration media designed for the removal of iron and manganese without the use of potassium permanganate. Thus the unique micro-porous structure of DMI-65 efficiently removes dissolved iron to as low as 0.001 ppm and manganese to 0.001 ppm. Thereupon the DMI-65 acts as an oxidation catalyst with immediate oxidation and filtration of the insoluble precipitates. Undeniably the media has been used extensively in a wide variety of applications for over 30 yearsTechnical Datasheet for DMI-65®: Iron & ManganeseFirstly iron 2ppm – Manganese 1ppm = LV 8 – 9m3/m2/hour as close to pH 7.5 – 8 as possible. If the Iron concentration is higher than 2ppm and has some manganese, than slow LV down to between perhaps 7 – 8m3/m2 hour and maintain pH as close to 7.5 – 8 as possible.Advantages of DMI-65Eliminates Potassium Permanganate. Operates with continuous injection of sodium hypochlorite at low residual levels (0.1 to 0.3 ppm).Wide pH range. Stable and satisfactory performance at pH 5.8 to 8.6.High Flow Rates. DMI-65 can operate at linear filtration velocities up to twice that of conventional media with a Higher Operating Temperatures. Maximum operating temperature of 13°F (45°C).Long Life. DMI-65 is not consumed in the process providing considerable advantages over other processes or media.Regeneration Not Required. After initial activation only sodium hypochlorite feed is required.System Compatibility. Physical properties are similar to that of competitive media allowing conversion to DMI-65 without major hardware modifications.Arsenic Removal. DMI-65 has been shown to be effective in the removal of arsenic associated with iron-containing influent. If necessary ferric chloride can be introduced to treat waters with low influent iron levels or to enhance removal when treating waters with high levels of arsenic.
10h
Mbombela / Nelspruit
2
R 9,621.77
SavedSave
Please note that shipping and installation is not included.13″ Diameter DMI65 Iron Removal System With A Manual Backwash HeadDMI-65 is a catalytic filtration media designed specifically for the removal of iron and manganese found present in water sources. Surprisingly It does not require the use of potassium permanganate whatsoever, and is changing the world of filtration media for good! In fact its special micro porous.Technical Datasheet for DMI-65®: Iron & ManganeseFirstly iron 2ppm – Manganese 1ppm = LV 8 – 9m3/m2/hour as close to pH 7.5 – 8 as possible. If the Iron concentration is higher than 2ppm and has some manganese, than slow LV down to between perhaps 7 – 8m3/m2 hour and maintain pH as close to 7.5 – 8 as possible.13″ Diameter DMI65 Iron Removal System With A Manual Backwash Head. In reality its a revolutionary Infusion Technology catalytic filtration media. Therefore designed for the removal of iron and manganese without the use of potassium permanganate. Thus the unique micro-porous structure of DMI-65 efficiently removes dissolved iron to as low as 0.001 ppm and manganese to 0.001 ppm. In fact the DMI-65 acts as an oxidation catalyst with immediate oxidation and filtration of the insoluble precipitates. Undeniably the media has been used extensively in a wide variety of applications for over 30 years.Advantages of DMI-65
Eliminates Potassium Permanganate. Operates with continuous injection of sodium hypochlorite at low residual levels (0.1 to 0.3 ppm).Wide pH range. Stable and satisfactory performance at pH 5.8 to 8.6.High Flow Rates. DMI-65 can operate at linear filtration velocities up to twice that of conventional media with a Higher Operating Temperatures. Maximum operating temperature of 113° F (45° C).Long Life. DMI-65 is not consumed in the process providing considerable advantages over other processes or media.Regeneration Not Required. After initial activation only sodium hypochlorite feed is required.System Compatibility. Physical properties are similar to that of competitive media allowing conversion to DMI-65 without major hardware modifications.Arsenic Removal. DMI-65 has been shown to be effective in the removal of arsenic associated with iron-containing influent. If necessary ferric chloride can be introduced to treat waters with low influent iron levels or to enhance removal when treating waters with high levels of arsenic.
10h
Mbombela / Nelspruit
1
R 13,114.28
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Please note that shipping and installation is not included.14″ Diameter DMI65 Iron Removal System With A Manual Backwash Head
DMI-65 is a catalytic filtration media designed specifically for the removal of iron and manganese found present in water sources. Surprisingly it does not require the use of potassium permanganate whatsoever, and is changing the world of filtration media for good! Indeed its special micro porous.By and large DMI-65 is a revolutionary Infusion Technology catalytic filtration media designed for the removal of iron and manganese without the use of potassium permanganate. Thus the unique micro-porous structure of DMI-65 efficiently removes dissolved iron to as low as 0.001 ppm and manganese to 0.001 ppm. Thereupon the DMI-65 acts as an oxidation catalyst with immediate oxidation and filtration of the insoluble precipitates. Undeniably the media has been used extensively in a wide variety of applications for over 30 years.Technical Datasheet for DMI-65®: Iron & ManganeseFirstly iron 2ppm – Manganese 1ppm = LV 8 – 9m3/m2/hour as close to pH 7.5 – 8 as possible. If the Iron concentration is higher than 2ppm and has some manganese, than slow LV down to between perhaps 7 – 8m3/m2 hour and maintain pH as close to 7.5 – 8 as possible.Advantages of DMI-65Eliminates Potassium Permanganate. Operates with continuous injection of sodium hypochlorite at low residual levels (0.1 to 0.3 ppm).Wide pH range. Stable and satisfactory performance at pH 5.8 to 8.6.High Flow Rates. DMI-65 can operate at linear filtration velocities up to twice that of conventional media with a Higher Operating Temperatures. Maximum operating temperature of 113° F (45° C).Long Life. DMI-65 is not consumed in the process providing considerable advantages over other processes or media.Regeneration Not Required. After initial activation only sodium hypochlorite feed is required.System Compatibility. Physical properties are similar to that of competitive media allowing conversion to DMI-65 without major hard ware modifications.Arsenic Removal. DMI-65 has been shown to be effective in the removal of arsenic associated with iron-containing influent. If necessary ferric chloride can be introduced to treat waters with low influent iron levels or to enhance removal when treating waters with high levels of arsenic.
10h
Mbombela / Nelspruit
1
R 10,203.03
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Please note that shipping and installation is not included.10″ Katalox Iron Removal System With An Automatic Backwash HeadOur Katalox Light media option is powerful. Yet affordable option for the removal of up to 7 mg/l (ppm) of iron. As well as concurrent removal of hydrogen sulfide (H2S) which causes a distinct rotten egg odor. Katalox Light® will also remove low levels of manganese under the right operating conditions.For residential, commercial, industrial and municipal applications world wide. 10″ Katalox Iron Removal System With An Automatic Backwash Head. For high level filtration, color and odor removal, Iron, Manganese, Hydrogen sulfide removal. Efficient reduction of Arsenic, Zinc, Copper, Lead, Radium, Uranium and other radio nuclides and heavy metals.Real installations from different parts of the world have been reported to remove unchallenged amounts of iron. In fact extreme cases multi-stage Katalox-Light filtration systems have been used without the use of any chemicals to remove iron with inlet concentration of as high as 60 – 100 mg/L (ppm).These astounding findings are being further investigated to find the correlation between removal limit and underlying ORP, pH and other possible governing characteristics. Like most iron removal medias, Katalox Light® acts as an insoluble catalyst to enhance the reaction between dissolved oxygen and the iron compounds to form ferric hydroxide which is then removed through mechanical filtration in the media bed.
11h
Mbombela / Nelspruit
1
R 10,886.13
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Please note that shipping and installation is not included.12″ Katalox Iron Removal System With Automatic Backwash Head Our Katalox Light media option is powerful, yet affordable option for the removal of up to 7 mg/l (ppm) of iron as well as concurrent removal of hydrogen sulfide (H2S) which causes a distinct rotten egg odor. Katalox Light® will also remove low levels of manganese under the right operating conditions.
For residential, commercial, industrial and municipal applications worldwide. 12″ Katalox Iron Removal System With Automatic Backwash Head. For high level filtration, color and odor removal, Iron, Manganese, Hydrogen sulfide removal. Efficient reduction of Arsenic, Zinc, Copper, Lead, Radium, Uranium and other radio nuclides and heavy metals.Real installations from different parts of the world have been reported to remove unchallenged amounts of iron. In fact extreme cases multi-stage Katalox-Light filtration systems have been used without the use of any chemicals. To remove iron with inlet concentration of as high as 60 – 100 mg/L (ppm).These astounding findings are being further investigated to find the correlation between removal limit and underlying ORP, pH and other possible governing characteristics. Like most iron removal medias, Katalox Light® acts as an insoluble catalyst to enhance the reaction between dissolved oxygen and the iron compounds to form ferric hydroxide which is then removed through mechanical filtration in the media bed.
11h
Mbombela / NelspruitSuccessfully Added to List
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