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NSF/ANSI/CAN 60
Drinking Water Treatment Chemicals - Health Effects
Drinking Water Treatment Chemicals - Health Effects
| Arkema Inc. | |
| 900 First Avenue | |
| King of Prussia, PA 19406 | |
| United States | |
| 610-205-7000 | |
| Visit this company's website |
Facility : Joliet, IL
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Hydrogen Peroxide [HP] |
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| Trade Designation | Product Function | Max Use |
| Albone 34.5 MS | Oxidant | 3mg/L |
| Albone 35 MS | Oxidant | 3mg/L |
| Albone 50 MS | Oxidant | 2.1mg/L |
| Albone 70 MS | Oxidant | 1.5mg/L |
| Peroxal 50A[1] | Oxidant | 2.1mg/L |
| Valsterane 34.5 FG | Oxidant | 3mg/L |
| Valsterane 35 FG | Oxidant | 3mg/L |
| Valsterane 50 FG | Oxidant | 2.1mg/L |
[1] This product may be used for the treatment of sulfide and organic contaminants, with or
without ozone or ultra-violet (UV) light, at a maximum use level of 60 mg/L. Treatment
must be followed by chlorination to a chlorine residual not to exceed 4 mg/L, the EPA's
proposed maximum residual level.
[HP] Use of this product shall be followed by chlorination to remove levels of hydrogen
peroxide. Chlorine residuals shall not exceed 4 mg/L, the EPA's proposed maximum
residual level.
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Facility : Manly, IA
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Albone 34.5 MS | Oxidant | 3mg/L |
| Albone 35 MS | Oxidant | 3mg/L |
| Albone 50 MS | Oxidant | 2.1mg/L |
| Albone 70 MS | Oxidant | 1.5mg/L |
[HP] Use of this product shall be followed by chlorination to remove levels of hydrogen
peroxide. Chlorine residuals shall not exceed 4 mg/L, the EPA's proposed maximum
residual level.
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Facility : Fairless Hills, PA
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Albone 27 MS | Oxidant | 2.4mg/L |
| Albone 34.5 MS | Oxidant | 3mg/L |
| Albone 35 MS | Oxidant | 3mg/L |
| Albone 50 MS | Oxidant | 2.1mg/L |
[HP] Use of this product shall be followed by chlorination to remove levels of hydrogen
peroxide. Chlorine residuals shall not exceed 4 mg/L, the EPA's proposed maximum
residual level.
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Facility : Chattanooga, TN
|
Hydrogen Peroxide[1] [HP] |
||
| Trade Designation | Product Function | Max Use |
| Albone 25 MS | Oxidant | 4.1mg/L |
| Albone 30 MS | Oxidant | 3.4mg/L |
| Albone 32 MS | Oxidant | 3.2mg/L |
| Albone 35 MS | Oxidant | 3mg/L |
| Albone 50 MS | Oxidant | 2.1mg/L |
| Albone 70 MS | Oxidant | 1.5mg/L |
[1] This product may be used for the treatment of sulfide and organic contaminants, with or
without ozone or ultra-violet (UV) light, at a maximum use level of 43 mg/L. Treatment
must be followed by chlorination to a chlorine residual not to exceed 4 mg/L, the EPA's
proposed maximum residual level.
[HP] Use of this product shall be followed by chlorination to remove levels of hydrogen
peroxide. Chlorine residuals shall not exceed 4 mg/L, the EPA's proposed maximum
residual level.
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Facility : Memphis, TN
|
Hydrogen Peroxide [HP] |
||
| Trade Designation | Product Function | Max Use |
| Albone 35 MS[1] | Oxidant | 3mg/L |
| Albone 50 MS[2] | Oxidant | 2.1mg/L |
| Albone 70 MS[3] | Oxidant | 1.5mg/L |
| Peroxal 50A[2] | Oxidant | 2.1mg/L |
| Peroxal 70 | Oxidant | 1.5mg/L |
| Peroxal 70 BIO | Oxidant | 1.5mg/L |
| Valsterane® 34.5 FG[1] | Oxidant | 3mg/L |
| Valsterane® 35 FG[1] | Oxidant | 3 mg/L |
| Valsterane® 50 FG[2] | Oxidant | 2.1 mg/L |
[1] This product may be used for the treatment of sulfide and organic contaminants with or
without ozone or ultra-violet (UV) light, at a maximum use level of 85 mg/L. Treatment
must be followed by chlorination to a chlorine residual not to exceed 4 mg/L, the EPA's
proposed maximum residual level.
[2] This product may be used for the treatment of sulfide and organic contaminants, with or
without ozone or ultra-violet (UV) light, at a maximum use level of 60 mg/L. Treatment
must be followed by chlorination to a chlorine residual not to exceed 4 mg/L, the EPA's
proposed maximum residual level.
[3] This product may be used for the treatment of sulfide and organic contaminants, with or
without ozone or ultra-violet (UV) light, at a maximum use level of 43 mg/L. Treatment
must be followed by chlorination to a chlorine residual not to exceed 4 mg/L, the EPA's
proposed maximum residual level.
[HP] Use of this product shall be followed by chlorination to remove levels of hydrogen
peroxide. Chlorine residuals shall not exceed 4 mg/L, the EPA's proposed maximum
residual level.
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Number of matching Products is 31
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