NSF Product and Service Listings
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NSF/ANSI/CAN 60
Drinking Water Treatment Chemicals - Health Effects
Drinking Water Treatment Chemicals - Health Effects
| ACURO ORGANICS LIMITED | |
| DSM 446-447 | |
| DLF Tower | |
| Najafgarh Road | |
| New Dehli, 110015 | |
| India | |
| 91 11 47479797 | |
| Visit this company's website |
Facility : Noida, Uttar Pradesh, India
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| ACUROSIL AQUA+ | Disinfection & Oxidation | 16mg/L |
| ACUROSIL NANO+ | Disinfection & Oxidation | 16mg/L |
| ACUROSIL T60 | Disinfection & Oxidation | 16mg/L |
| DEFENCE | Disinfection & Oxidation | 16mg/L |
| Hydrogen Peroxide 35% | Disinfection & Oxidation | 16mg/L |
| Hydrogen Peroxide 50% | Disinfection & Oxidation | 16mg/L |
| OXIWIN | Disinfection & Oxidation | 16mg/L |
| SILVOCID | Disinfection & Oxidation | 16mg/L |
| TEASAFE+ | Disinfection & Oxidation | 16mg/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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| AgroChem USA, LLC | |
| 26 Freedom Way | |
| Saratoga Springs, NY 12866 | |
| United States | |
| 518 226-4850 |
Facility : Saratoga Springs, NY
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 34.5 % | Oxidant | 3mg/L |
| Hydrogen Peroxide 50 % | 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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| American Product Developers, LLC | |
| 4809 Avenue N | |
| Suite 331 | |
| Brooklyn, NY 11234 | |
| United States | |
| 718-251-0096 | |
| Visit this company's website |
Facility : Lakeland, FL
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Allied Science 12% Hydrogen Peroxide | Oxidant | 8.7mg/L |
| Chromex 12% Hydrogen Peroxide | Oxidant | 8.7mg/L |
| Chromex 35% Hydrogen Peroxide | Oxidant | 3mg/L |
| Chromex 6% Hydrogen Peroxide | Oxidant | 17.5mg/L |
| Chromex Water Heater Peroxide | Oxidant | 17.5mg/L |
| Nature's Freedom 3% Hydrogen Peroxide | Oxidant | 35mg/L |
| Nature's Freedom 6% Hydrogen Peroxide | Oxidant | 17.5mg/L |
| Nature’s Freedom 12% Hydrogen Peroxide | Oxidant | 8.7mg/L |
| Nature’s Freedom 35% Hydrogen Peroxide | Oxidant | 3mg/L |
| Nature’s Freedom Laundry Peroxide | Oxidant | 20.1mg/L |
| Nature’s Freedom Ultrasonic Retainer Solution | Oxidant | 104mg/L |
| Nature’s Oxygen 12% Hydrogen Peroxide | Oxidant | 8.7mg/L |
| Nature’s Oxygen 35% Hydrogen Peroxide | Oxidant | 3mg/L |
| Riviere 12% Hydrogen Peroxide | Oxidant | 8.7mg/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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| Anchem Sales | |
| 120 Stronach Crescent | |
| London, ON N5V 3A1 | |
| Canada | |
| 800-387-9799 | |
| 519-451-1614 | |
| Visit this company's website |
Facility : London, Ontario, Canada
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Anprox 10 | Oxidant | 10.5mg/L |
| Anprox 25 | Oxidant | 4.2mg/L |
| Anprox 35 | Oxidant | 3mg/L |
| Anprox 50 | Oxidant | 2.1mg/L |
| OXYNET - X | Oxidant | 3mg/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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| Aquamar Disinfection Products B.V. | |
| Foksdiep 57 | |
| Flevoland, 8321 MK Urk | |
| The Netherlands | |
| 31 527 688 336 | |
| Visit this company's website |
Facility : Urk, The Netherlands
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| Aqua Kristal Sanitiser | Disinfection & Oxidation | 163mg/L |
| Aqua Kristal Spa Cleaner | Disinfection & Oxidation | 163mg/L |
| DISFIX 1.5% | Disinfection & Oxidation | 533mg/L |
| DISFIX 19.4% | Disinfection & Oxidation | 41mg/L |
| DISFIX 35% | Disinfection & Oxidation | 23mg/L |
| DISFIX 4.9% | Disinfection & Oxidation | 163mg/L |
| Freebac | Disinfection & Oxidation | 23mg/L |
| Freebac 1,5 | Disinfection & Oxidation | 533mg/L |
| Freebac 1.5% | Disinfection & Oxidation | 533mg/L |
| Freebac 19,4 | Disinfection & Oxidation | 41mg/L |
| Freebac 19.4% | Disinfection & Oxidation | 41mg/L |
| Freebac 35 | Disinfection & Oxidation | 23mg/L |
| Freebac 35% | Disinfection & Oxidation | 23mg/L |
| Freebac 4,9 | Disinfection & Oxidation | 163mg/L |
| Freebac 4.9% | Disinfection & Oxidation | 163mg/L |
| Freebac Clearoxyl | Disinfection & Oxidation | 23mg/L |
| Freebac Clearoxyl 1.5 | Disinfection & Oxidation | 533mg/L |
| Freebac Clearoxyl 19 | Disinfection & Oxidation | 41mg/L |
| Freebac Clearoxyl 35 | Disinfection & Oxidation | 23mg/L |
| Freebac Clearoxyl 5.0 | Disinfection & Oxidation | 163mg/L |
| Hippofix 1.5% | Disinfection & Oxidation | 533mg/L |
| Hippofix 19.4% | Disinfection & Oxidation | 41mg/L |
| Hippofix 35% | Disinfection & Oxidation | 23mg/L |
| Hippofix 4.9% | Disinfection & Oxidation | 163mg/L |
| KaVo Unitwater Cleaning | Disinfection & Oxidation | 163mg/L |
| Arkema Canada Inc. | |
| 655 Alphonse-Deshaies Boulevard | |
| Becancour, QC G9H 2Y8 | |
| Canada | |
| 819-294-9965 |
Facility : Becancour, Québec, Canada
|
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 |
| Valsterane® 27 FG | Oxidant | 3.9mg/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.
|
||
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
| Arkema Inc. | |
| 900 First Avenue | |
| King of Prussia, PA 19406 | |
| United States | |
| 610-205-7000 | |
| Visit this company's website |
Facility : Joliet, IL
|
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 |
| 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 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 |
[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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| Blendpack, Inc. | |
| 3370 Old Tasso Road | |
| Cleveland, TN 37312 | |
| United States | |
| 423-693-0801 | |
| Visit this company's website |
Facility : # 1 USA
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 32% | Oxidant | 3.3mg/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.
|
||
[1] This product may be used at a maximum use level of 90 mg/L for the following functions:
-reoxygenation of treated water
-oxidation of organic residuals
-oxidation of any reduced products, such as Fe(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
| Boumatic LLC | |
| 1919 South Stoughton Road | |
| Madison, WI 53716 | |
| United States | |
| 608-222-3484 |
Facility : # 2 USA
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| H2Oxy 34.5% | Oxidant | 3mg/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.
|
||
| Boumatic LLC | |
| 1919 South Stoughton Road | |
| Madison, WI 53716 | |
| United States | |
| 608-222-3484 | |
| Visit this company's website |
Facility : # 3 USA
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| H2Oxy | Dechlorination Disinfection & Oxidation |
3.1mg/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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| Brainerd Chemical Company, Inc. | |
| 15 East 5th Street | |
| Tulsa, OK 74103 | |
| United States | |
| 800-551-5128 | |
| 918-622-1214 | |
| Visit this company's website |
Facility : Danville, IL
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide | Dechlorination Disinfection & Oxidation |
2.1mg/L |
| Hydrogen Peroxide 30% | Dechlorination Disinfection & Oxidation |
3.5mg/L |
| Hydrogen Peroxide 32% | Dechlorination Disinfection & Oxidation |
3.3mg/L |
| Hydrogen Peroxide 35% | Dechlorination Disinfection & Oxidation |
3.0mg/L |
| Hydrogen Peroxide 50% | Dechlorination Disinfection & Oxidation |
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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[HY] The residual levels of chlorine (hypochlorite ion and hypochlorous acid), chlorine
dioxide, chlorate ion, chloramine and disinfection by-products shall be monitored in the
finished drinking water to ensure compliance to all applicable regulations. Also,
reference the AWWA B300 (Hypochlorites) standard's Recommendations for the Handling and
Storage of Hypochlorite Solutions appendix for information on preservation techniques
for hypochlorite bleach in transit and storage.
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified
Facility : Tulsa, OK
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide | Dechlorination Disinfection & Oxidation |
2.1mg/L |
| Hydrogen Peroxide 30% | Disinfection & Oxidation Dechlorination |
3.5mg/L |
| Hydrogen Peroxide 32% | Disinfection & Oxidation Dechlorination |
3.3mg/L |
| Hydrogen Peroxide 35% | Disinfection & Oxidation Dechlorination |
3.0mg/L |
| Hydrogen Peroxide 50% | Dechlorination Disinfection & Oxidation |
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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NOTE: Only Listed products bearing the NSF Mark are considered NSF Certified.
| Brenntag Great Lakes LLC | |
| 4420 North Harley Davidson Avenue | |
| Wauwatosa, WI 53225 | |
| United States | |
| 262-252-3550 | |
| Visit this company's website |
Facility : Des Moines, IA
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 30% | Oxidant | 3.4mg/L |
| Hydrogen Peroxide 32% | Oxidant | 3.3mg/L |
| Hydrogen Peroxide 34% | Oxidant | 3mg/L |
| Hydrogen Peroxide 34.5% | Oxidant | 3mg/L |
| Hydrogen Peroxide 35% | Oxidant | 3mg/L |
| Hydrogen Peroxide 50% | Oxidant | 2.1mg/L |
| Hydrogen Peroxide 7% Tech Grade | Oxidant | 4.7mg/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 : Toledo, OH
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 30% | Oxidant | 3.4mg/L |
| Hydrogen Peroxide 32% | Oxidant | 3.3mg/L |
| Hydrogen Peroxide 34% | Oxidant | 3mg/L |
| Hydrogen Peroxide 34.5% | Oxidant | 3mg/L |
| Hydrogen Peroxide 35% | Oxidant | 3mg/L |
| Hydrogen Peroxide 50% | Oxidant | 2.1mg/L |
| Hydrogen Peroxide 7% Tech Grade | Oxidant | 4.7mg/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.
|
||
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
Facility : Menomonee Falls, WI
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 30% | Oxidant | 3.4mg/L |
| Hydrogen Peroxide 32% | Oxidant | 3.3mg/L |
| Hydrogen Peroxide 34% | Oxidant | 3mg/L |
| Hydrogen Peroxide 34.5% | Oxidant | 3mg/L |
| Hydrogen Peroxide 35% | Oxidant | 3mg/L |
| Hydrogen Peroxide 50% | Oxidant | 2.1mg/L |
| Hydrogen Peroxide 7% Tech Grade | Oxidant | 4.7mg/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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| Brenntag Mid-South, LLC | |
| 1405 Highway 136 West | |
| P.O. Box 20 | |
| Henderson, KY 42420-0020 | |
| United States | |
| 800-950-7267 | |
| 270-827-3545 | |
| Visit this company's website |
Facility : Tampa, FL
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 30% | Oxidant | 3.5mg/L |
| Hydrogen Peroxide 34% | Oxidant | 3.3mg/L |
| Hydrogen Peroxide 35% | Oxidant | 3mg/L |
| Hydrogen Peroxide 50% | 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.
|
||
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
Facility : Henderson, KY
|
Hydrogen Peroxide [HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 30%[2] | Oxidant | 3.5mg/L |
| Hydrogen Peroxide 32%[3] | Oxidant | 3.3mg/L |
| Hydrogen Peroxide 35%[4] | Oxidant | 3 mg/L |
| Hydrogen Peroxide 8% | Oxidant | 13mg/L |
[2] This product may be used at a maximum use level of 95 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual no to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[3] This product may be used at a maximum use level of 90 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual no to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[4] This product may be used at a maximum use level of 85 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual no 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.
|
||
[CP] The finished drinking water shall be monitored to ensure that levels of copper do not
exceed 1.3 mg/L.
Facility : Greensboro, NC
|
Hydrogen Peroxide [HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 30%[1] | Oxidant Disinfection & Oxidation |
3.5mg/L |
| Hydrogen Peroxide 32%[2] | Oxidant Disinfection & Oxidation |
3.3mg/L |
| Hydrogen Peroxide 35% | Oxidant Disinfection & Oxidation |
3mg/L |
| Hydrogen Peroxide 50%[3] | Oxidant Disinfection & Oxidation |
2.1mg/L |
| Hydrogen Peroxide 8% | Oxidant Disinfection & Oxidation |
13mg/L |
[1] This product may be used at a maximum use level of 95 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides.
[2] This product may be used at a maximum use level of 90 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides.
[3] This product may be used at a maximum use level of 60 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides.
[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.
|
||
Facility : Chattanooga, TN
|
Hydrogen Peroxide [HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 30%[2] | Oxidant | 3.5mg/L |
| Hydrogen Peroxide 32%[3] | Oxidant | 3.3mg/L |
| Hydrogen Peroxide 50%[4] | Oxidant | 2.1mg/L |
| Hydrogen Peroxide 8% | Oxidant | 13mg/L |
| Hydrogen peroxide 35% | Oxidant | 3mg/L |
[2] This product may be used at a maximum use level of 95 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual no to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[3] This product may be used at a maximum use level of 90 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual no to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[4] This product may be used at a maximum use level of 60 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual no 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.
|
||
Facility : Nitro, WV
|
Hydrogen Peroxide [HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 30% | Disinfection & Oxidation | 3.5mg/L |
| Hydrogen Peroxide 30%[1] | Oxidant | 3.5mg/L |
| Hydrogen Peroxide 32% | Disinfection & Oxidation | 3.3mg/L |
| Hydrogen Peroxide 32%[2] | Oxidant | 3.3mg/L |
| Hydrogen Peroxide 35%[3] | Oxidant | 3mg/L |
| Hydrogen Peroxide 35% | Disinfection & Oxidation | 3mg/L |
| Hydrogen Peroxide 50% | Disinfection & Oxidation | 2.1mg/L |
| Hydrogen Peroxide 8% | Oxidant | 13mg/L |
| Hydrogen Peroxide 8% | Disinfection & Oxidation | 13mg/L |
[1] This product may be used at a maximum use level of 95 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
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 at a maximum use level of 90 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
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 at a maximum use level of 85 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
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.
|
||
| Brenntag Pacific, LLC | |
| 10747 Patterson Place | |
| Santa Fe Springs, CA 90670 | |
| United States | |
| 323-562-9500 | |
| Visit this company's website |
Facility : Richmond, CA
|
Hydrogen Peroxide [HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide, 10% | Oxidant | 80mg/L |
| Hydrogen Peroxide, 20% | Oxidant | 40mg/L |
| Hydrogen Peroxide, 25% | Oxidant | 32mg/L |
| Hydrogen Peroxide, 27.5%[3] | Oxidant | 29mg//L |
| Hydrogen Peroxide, 3% | Oxidant | 266mg/L |
| Hydrogen Peroxide, 30% | Oxidant | 26mg/L |
| Hydrogen Peroxide, 34% | Oxidant | 23mg/L |
| Hydrogen Peroxide, 35% | Oxidant | 23mg/L |
| Hydrogen Peroxide, 50% | Oxidant | 16mg/L |
| Hydrogen Peroxide, 7% | Oxidant | 114mg/L |
[3] This product may be used at a maximum use level of 100 mg/L for the following
functions:
- Reoxygenation of treated water
- Oxidation of organic residuals
- Oxidation of any reduced products, such as Fe(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual no 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.
|
||
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
Facility : Santa Fe Springs, CA
|
Hydrogen Peroxide [HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide, 10% | Oxidant | 80mg/L |
| Hydrogen Peroxide, 20% | Oxidant | 40mg/L |
| Hydrogen Peroxide, 25% | 32mg/L | |
| Hydrogen Peroxide, 27.5%[2] | Oxidant | 29mg/L |
| Hydrogen Peroxide, 3% | Oxidant | 266mg/L |
| Hydrogen Peroxide, 30% | Oxidant | 26mg/L |
| Hydrogen Peroxide, 34% | Oxidant | 23mg/L |
| Hydrogen Peroxide, 35% | Oxidant | 23mg/L |
| Hydrogen Peroxide, 50% | Oxidant | 16mg/L |
| Hydrogen Peroxide, 7% | Oxidant | 114mg/L |
[2] This product may be used at a maximum use level of 100 mg/L for the following functions:
- Reoxygenation of treated water
- Oxidation of organic residuals
- Oxidation of any reduced products, such as Fe(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual no 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.
|
||
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
| Brenntag Southwest, LLC | |
| 610 Fisher Road | |
| Longview, TX 75604 | |
| United States | |
| 800-722-3145 | |
| 918-273-2265 | |
| Visit this company's website |
Facility : Sand Springs, OK
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide | Oxidant | 3mg/L |
| Hydrogen Peroxide 35% | Oxidant | 3mg/L |
| Hydrogen Peroxide 50% | Oxidant | 2mg/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.
|
||
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
Facility : Houston, TX
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide | Oxidant | 3mg/L |
| Hydrogen Peroxide 35% | Oxidant | 3mg/L |
| Hydrogen Peroxide 50% | Oxidant | 2mg/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.
|
||
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
| Capacity Chemical LLC | |
| 8512 Hwy 33 | |
| Westley, CA 95387 | |
| United States | |
| (209) 231-3977 | |
| Visit this company's website |
Facility : Westley, CA
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 15% | Dechlorination Oxidant |
3.5mg/L |
| Hydrogen Peroxide 34% | Dechlorination Oxidant |
3mg/L |
| Hydrogen Peroxide 50% | Dechlorination 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.
|
||
[3] This product is designed to be used off-line and flushed out prior to using the system
for drinking water, following manufacturer's use instructions.
NOTE: Only products bearing the NSF mark on the product, product packaging, and/or
documentation shipped with the products are certified.
| ClearTech Industries Inc. | |
| 1500 Quebec Avenue | |
| Saskatoon, SK S7K 1V7 | |
| Canada | |
| 306-664-2522 |
Facility : # 3 Edmonton, Alberta, Canada
|
Hydrogen Peroxide[4] [5] [6] [7] [HP] |
||
| Trade Designation | Product Function | Max Use |
| FilterClean A | Other | NA |
[4] This product functions as a tank and filter cleaner.
[5] This product functions as a media cleaner.
[6] This product is designed to be used off-line and flushed out with a minimum 500:1
volumes of backwash water prior to using the system for drinking water, following
manufacturer's use instructions.
[7] The pH of the influent and efluent water should be monitored to ensure that all traces
of the product have been removed before placing into service.
[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.
|
||
| ClearTech Industries Inc. | |
| 1500 Quebec Avenue | |
| Saskatoon, SK S7K 1V5 | |
| Canada | |
| 306-664-2522 |
Facility : Prince George, British Columbia, Canada
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 35% Food Grade | Disinfection & Oxidation | 23mg/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.
|
||
| Eagle Labs, Inc. | |
| 1318 Marilyn Street | |
| P.O. Box 645 | |
| Desoto, TX 75123 | |
| United States | |
| 972-274-1690 |
Facility : Desoto, TX
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrox | Oxidant | 25mg/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.
|
||
| Endo Enterprises (UK) Ltd. | |
| Unit 231, Europa Boulevard | |
| Gemini Business Park street | |
| Warrington WA5 7TN | |
| The Netherlands | |
| 44 1925 747 101 | |
| Visit this company's website |
Facility : # 1 The Netherlands
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| EndoSan50 | Bactericide Disinfection & Oxidation |
16mg/L |
| EnviroTech Chemical Services, Inc. | |
| 500 Winmoore Way | |
| Modesto, CA 95358 | |
| United States | |
| 888-563-2254 | |
| 209-581-9576 | |
| Visit this company's website |
Facility : Helena, AR
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 27% | Oxidant | 3mg/L |
| Hydrogen Peroxide 34% | Oxidant | 3mg/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.
|
||
Facility : Modesto, CA
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 15% | Oxidant | 3.5mg/L |
| Hydrogen Peroxide 34% | Oxidant | 3mg/L |
| Hydrogen Peroxide 50% | Oxidant | 2.1mg/L |
| Evonik Active Oxygens, LLC | |
| 2 Turner Place | |
| Piscataway, NJ 08854 | |
| United States | |
| (732) 981-5000 | |
| Visit this company's website |
Facility : Pasadena, TX
|
Hydrogen Peroxide [HP] |
||
| Trade Designation | Product Function | Max Use |
| HI OX 270 SG | Dechlorination Oxidant |
29.5mg/L |
| HI OX 340 SG | Dechlorination Oxidant |
23mg/L |
| HI OX 350 SG[1] [2] | Oxidant Dechlorination |
23mg/L |
| HI OX 500 SG[3] [4] | Oxidant Dechlorination |
16mg/L |
| HI OX 500 Tech[3] [4] | Oxidant Dechlorination |
16mg/L |
| HYPROX® 270 H2O2 | Dechlorination Oxidant |
29.5mg/L |
| HYPROX® 340 H2O2 | Dechlorination Oxidant |
23mg/L |
| HYPROX® 350 H2O2 | Dechlorination Oxidant |
23mg/L |
| HYPROX® 500 H2O2 | Dechlorination Oxidant |
16mg/L |
| HYPROX® 700 H2O2 | Dechlorination Oxidant |
11.5mg/L |
| OXYPURE® 350[1] [2] | Oxidant Dechlorination |
23mg/L |
| OXYPURE® 500[3] [4] | Oxidant Dechlorination |
16mg/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 at a maximum use level of 70 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
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 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.
[4] This product may be used at a maximum use level of 50 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
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.
|
||
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
| Evonik Canada Inc. | |
| 1380 County Road #2 | |
| P.O. Box 370 | |
| Maitland, ON K0E 1P0 | |
| Canada | |
| 613-348-7711 | |
| Visit this company's website |
Facility : Maitland, Ontario, Canada
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| HYPROX® 270 H2O2 | Oxidant | 29.5mg/L |
| HYPROX® 340 H2O2 | Oxidant | 23mg/L |
| HYPROX® 350 H2O2 | Oxidant | 23mg/L |
| HYPROX® 500 H2O2 | Oxidant | 16mg/L |
| HYPROX® 700 H2O2 | Oxidant | 11.5mg/L |
| PERSYNT® 340 Food | Oxidant | 23mg/L |
| PERSYNT® 350 Food | Oxidant | 23mg/L |
| PERSYNT® 500 Food | Oxidant | 16mg/L |
| PERSYNT® 500 Pure | Oxidant | 16mg/L |
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
| Evonik Corporation | |
| 2 Turner Place | |
| Piscataway, NJ 08854 | |
| United States | |
| 732-981-5000 | |
| Visit this company's website |
Facility : Theodore, AL
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| HI OX 270 SG | Dechlorination Oxidant |
29.5mg/L |
| HI OX 340 SG | Dechlorination Oxidant |
23mg/L |
| HI OX 350 SG | Dechlorination Oxidant |
23mg/L |
| HI OX 500 SG | Dechlorination Oxidant |
16mg/L |
| HYPROX® 270 H2O2 BULK | Dechlorination Oxidant |
29.5mg/L |
| HYPROX® 340 H2O2 BULK | Dechlorination Oxidant |
23mg/L |
| HYPROX® 350 H2O2 BULK | Dechlorination Oxidant |
23mg/L |
| HYPROX® 500 H2O2 BULK | Dechlorination Oxidant |
16mg/L |
| HYPROX® 700 H2O2 BULK | Dechlorination Oxidant |
11.5mg/L |
| PERSYNT® 500 Food | Oxidant | 16mg/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.
|
||
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
Facility : Tampa, FL
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| HI OX 500 SG | Dechlorination Oxidant |
16mg/L |
| HYPROX® 500 DW Bulk | Dechlorination Oxidant |
16mg/L |
| HYPROX® 500 H2O2 Bulk | Dechlorination Oxidant |
16mg/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.
|
||
| F&B Ross Holdings o/a Arbourdale | |
| 1166 Gorham Street | |
| Unit 7 | |
| Newmarket, ON L3Y 8W4 | |
| Canada | |
| 905-235-9619 | |
| Visit this company's website |
Facility : Genk, Belgium
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Arbrox 25 | Bactericide Disinfection & Oxidation |
32mg/L |
| Arbrox 50 | Bactericide Disinfection & Oxidation |
16mg/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.
|
||
| GEA Farm Technologies, Inc. | |
| 1880 Country Farm Drive | |
| Naperville, IL 60563-1089 | |
| United States | |
| 630-369-8100 |
Facility : Santa Fe Springs, CA
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| 34% Hydrogen Peroxide, Aqueous Solution | Disinfection & Oxidation | 3mg/L |
| Hydrogen Peroxide, 34% | Disinfection & Oxidation | 3mg/L |
| Hypox-34 | Disinfection & Oxidation | 3mg/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.
|
||
| George S. Coyne Chemical Co., Inc. | |
| 3015 State Road | |
| Croydon, PA 19021 | |
| United States | |
| 800-523-1230 | |
| 215-785-3000 | |
| Visit this company's website |
Facility : Croydon, PA
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 27% | Oxidant Dechlorination |
3.9mg/L |
| Hydrogen Peroxide 31% | Oxidant Dechlorination |
3.4mg/L |
| Hydrogen Peroxide 35% | Oxidant Dechlorination |
3mg/L |
| Hydrogen Peroxide 50% | Oxidant Dechlorination |
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.
|
||
Facility : Fairless Hills, PA
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 27% | Oxidant Dechlorination |
3.9mg/L |
| Hydrogen Peroxide 31% | Oxidant Dechlorination |
3.4mg/L |
| Hydrogen Peroxide 35% | Oxidant Dechlorination |
3mg/L |
| Hydrogen Peroxide 50% | Oxidant Dechlorination |
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.
|
||
Facility : Reading, PA
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 27% | Oxidant Dechlorination |
3.9mg/L |
| Hydrogen Peroxide 31% | Oxidant Dechlorination |
3.4mg/L |
| Hydrogen Peroxide 35% | Oxidant Dechlorination |
3mg/L |
| Hydrogen Peroxide 50% | Oxidant Dechlorination |
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.
|
||
| H2O2 Water Inc. | |
| 1884 Latimer Crescent | |
| Greater Sudbury, ON P3E 2V9 | |
| Canada | |
| 519-240-3701 | |
| Visit this company's website |
Facility : Mississauga, Ontario, Canada
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydroxyl II | Oxidant | 27mg/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.
|
||
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
| Hawkins, Inc. | |
| 2381 Rosegate | |
| Roseville, MN 55113 | |
| United States | |
| 800-328-5460 | |
| 612-331-6910 | |
| Visit this company's website |
Facility : Rosemount, MN
|
Hydrogen Peroxide[2] [HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 12% | Oxidant | 8.7mg/L |
| Hydrogen Peroxide 20% | Oxidant | 5.2mg/L |
| Hydrogen Peroxide 25% | Oxidant | 4mg/L |
| Hydrogen Peroxide 25% FG | Oxidant | 4mg/L |
| Hydrogen Peroxide 27% FG | Oxidant | 3.8mg/L |
| Hydrogen Peroxide 3% | Oxidant | 35mg/L |
| Hydrogen Peroxide 30% | Oxidant | 3.5mg/L |
| Hydrogen Peroxide 31% | Oxidant | 3.3mg/L |
| Hydrogen Peroxide 32% | Oxidant | 3.2mg/L |
| Hydrogen Peroxide 34% | Oxidant | 3mg/L |
| Hydrogen Peroxide 35% | Oxidant | 3mg/L |
| Hydrogen Peroxide 50% | Oxidant | 2.1mg/L |
| Hydrogen Peroxide 7% | Oxidant | 15mg/L |
[2] Certified for food, standard and technical grades.
[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.
|
||
[4] Certified for diaphragm and membrane grades.
[PY] Polyamines Certified by NSF International comply with 40 CFR 141.111 requirements for
percent monomer and dose.
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
Facility : Fayetteville, TN
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 25% | Oxidant Dechlorination |
3.8mg/L |
| Hydrogen Peroxide 8% | Oxidant Dechlorination |
13mg/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.
|
||
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
| HCT, LLC | |
| 7032 East Cortez Drive | |
| Scotsdale, AZ 85254-5123 | |
| United States | |
| 888-788-5807 |
Facility : # 1 USA
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 34% | Oxidant | 3mg/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.
|
||
| Hydrite Chemical Co. | |
| 17385 Golf Parkway | |
| Brookfield, WI 53045 | |
| United States | |
| 262-792-1450 | |
| Visit this company's website |
Facility : Waterloo, IA
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 34% FG | Oxidant | 3mgL |
| Hydrogen Peroxide 35% FG | Oxidant | 3mg/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.
|
||
NOTE: Only products bearing the NSF Mark are Certified.
| IBA, Inc. | |
| 103 Gilmore Drive | |
| Sutton, MA 01590 | |
| United States | |
| 508-865-6911 | |
| Visit this company's website |
Facility : # 1 USA
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 34% | Oxidant | 25mg/L |
| Intracare BV | |
| Voltaweg 4 | |
| Veghel 5466 AZ | |
| The Netherlands | |
| 31 61 394 2297 | |
| Visit this company's website |
Facility : Veghel, The Netherlands
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| Intra Hydrocare | Bactericide Disinfection & Oxidation |
16mg/L |
| Jutzi Water Technologies | |
| 525 Wright Boulevard | |
| Stratford, ON N4A 6T1 | |
| Canada | |
| 519-814-9283 | |
| Visit this company's website |
Facility : Stratford, Ontario, Canada
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 35 | Oxidant | 3mg/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.
|
||
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
| Kanters Special Products B.V. | |
| De Stater 32 | |
| Lieshout, 5737RV | |
| The Netherlands | |
| +31646844808 | |
| Visit this company's website |
Facility : Lieshout, The Netherlands
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Aqua-Care RS25 | Bactericide Disinfection & Oxidation |
32mg/L |
| Aqua-Care RS50 | Bactericide Disinfection & Oxidation |
16mg/L |
| Aqua-Health RS25 | Bactericide Disinfection & Oxidation |
32mg/L |
| Aqua-Health RS50 | Bactericide Disinfection & Oxidation |
16mg/L |
| Suproxsan RS25 | Bactericide Disinfection & Oxidation |
32mg/L |
| Suproxsan RS50 | Bactericide Disinfection & Oxidation |
16mg/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.
|
||
| Nouryon Pulp and Performance Chemicals LLC | |
| 100 Matsonford Road | |
| Building 5 | |
| Suite 550 | |
| Radnor, PA 19087 | |
| United States | |
| 770-578-0858 |
Facility : Columbus, MS
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| Eka HP C50[1] | Oxidant | 2.1mg/L |
| Peroxyclear 35%[2] | Oxidant | 3 mg/L |
| Peroxyclear 50%[1] | Oxidant | 2.1 mg/L |
| Peroxyclear 70%[3] | 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 60 mg/L.
[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 85 mg/L.
[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.
|
||
NOTE: Only products bearing the NSF Mark are considered NSF Certified.
NOTE: The accompanying paperwork may include an indication of the type of packaging used (i.e.
bulk, drum, etc).
| Pro Products, LLC | |
| 6714 Pointe Inverness Way | |
| Suite 200 | |
| Fort Wayne, IN 46804 | |
| United States | |
| 800-285-9176 | |
| 260-490-5971 | |
| Visit this company's website |
Facility : Maumee, OH
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide | Oxidant | 15mg/L |
| Neutra Sul | Oxidant | 15mg/L |
| Neutra Sul Max | Oxidant | 3mg/L |
| Rakiro Biotech Systems Private Limited | |
| R466 TTC Industrial Area | |
| MIDC Rabale | |
| Navi Mumbai, Maharashtra 400701 | |
| Navi Mumbai, MM 400701 | |
| India | |
| 91 222 7642236 | |
| Visit this company's website |
Facility : Navi Mumbai, India
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| UDAAQ - WTROB800 | Reverse Osmosis Membrane Biocide | 20mg/L |
| UDAAQ - WTSH010 | Reverse Osmosis Membrane Biocide | 74mg/L |
| UDAAQ - WTSH020 | Reverse Osmosis Membrane Biocide | 38mg/L |
| UDAAQ - WTSH025 | Reverse Osmosis Membrane Biocide | 30mg/L |
| UDAAQ - WTSH035 | Reverse Osmosis Membrane Biocide | 22mg/L |
| UDAAQ - WTSH050 | Reverse Osmosis Membrane Biocide | 16mg/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.
|
||
| Reliable Industrial Supply Ltd. | |
| 50 Mumford Road | |
| Lively, ON P3Y 1L2 | |
| Canada | |
| 705-692-2959 |
Facility : Lively, Ontario, Canada
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 29% | Disinfection & Oxidation Oxidant |
3.5mg/L |
| Hydrogen Peroxide 35% | Disinfection & Oxidation Oxidant |
3.5mg/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.
|
||
| Richbay Chemicals (Pty) Ltd. | |
| 63 Ceramic Curve Altont | |
| Richards Bay | |
| Kwazulu Natal 3900 | |
| South Africa | |
| 27 35 751 1702 | |
| Visit this company's website |
Facility : South Africa
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 35% | Dechlorination Bactericide Disinfection & Oxidation |
20mg/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.
|
||
| Roam Technology NV |  |
| I.Z. Poort Genk 6835 | |
| Geleenlaan 24 | |
| 3600 GENK | |
| Belgium | |
| 32 89 44 00 42 | |
| Visit this company's website |
Facility : Genk, Belgium
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| Huwa-San DW TR 1 | Bactericide Disinfection & Oxidation |
800mg/L |
| Huwa-San DW TR 1.5 | Bactericide Disinfection & Oxidation |
533mg/L |
| Huwa-San DW TR 10 | Bactericide Disinfection & Oxidation |
80mg/L |
| Huwa-San DW TR 19.9 | Bactericide Disinfection & Oxidation |
40mg/L |
| Huwa-San DW TR 25 | Bactericide Disinfection & Oxidation |
32mg/L |
| Huwa-San DW TR 3 | Disinfection & Oxidation Bactericide |
267mg/L |
| Huwa-San DW TR 35 | Bactericide Disinfection & Oxidation |
23mg/L |
| Huwa-San DW TR 5 | Bactericide Disinfection & Oxidation |
160mg/L |
| Huwa-San DW TR 50 | Disinfection & Oxidation Bactericide |
16mg/L |
| Huwa-San DW TR 7.9 | Bactericide Disinfection & Oxidation |
101mg/L |
| Huwa-San PRO | Disinfection & Oxidation | 16mg/L |
| Huwa-San TR-1 | Bactericide Disinfection & Oxidation |
800mg/L |
| Huwa-San TR-1,5 | Bactericide Disinfection & Oxidation |
533mg/L |
| Huwa-San TR-10 | Bactericide Disinfection & Oxidation |
80mg/L |
| Huwa-San TR-19,9 | Bactericide Disinfection & Oxidation |
40mg/L |
| Huwa-San TR-25 | Bactericide Disinfection & Oxidation |
32mg/L |
| Huwa-San TR-3 | Disinfection & Oxidation Bactericide |
267mg/L |
| Huwa-San TR-35 | Bactericide Disinfection & Oxidation |
23mg/L |
| Huwa-San TR-5 | Bactericide Disinfection & Oxidation |
160mg/L |
| Huwa-San TR-50 | Disinfection & Oxidation Bactericide |
16mg/L |
| Huwa-San TR-50/400 | Bactericide Disinfection & Oxidation |
16mg/L |
| Huwa-San TR-7,9 | Bactericide Disinfection & Oxidation |
101mg/L |
| Mizu-San Lite | Disinfection & Oxidation | 23mg/L |
| Oxydome | Bactericide Disinfection & Oxidation |
267mg/L |
| Roberts Chemical Co., Inc. | |
| 330-B Victor Road | |
| Attleboro, MA 02703-6202 | |
| United States | |
| 508-409-0220 |
Facility : Attleboro, MA
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| Oxy Natural 34[1] | Oxidant | 25mg/L |
| Oxy Natural 35[2] | Oxidant | 3mg/L |
| Oxy Natural 50[3] | Oxidant | 2.1mg/L |
| Oxy Natural 7[4] | Oxidant | 15mg/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 88 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 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.
[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 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.
[4] 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 428 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.
|
||
| Seeler Industries, Inc. | |
| One Genstar Drive | |
| Joliet, IL 60435 | |
| United States | |
| 800-336-2422 | |
| 815-740-2640 |
Facility : Joliet, IL
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| 10% Hydrogen Peroxide - Food Grade | Disinfection & Oxidation Dechlorination |
10.4mg/L |
| 10% Hydrogen Peroxide - Technical Grade | Disinfection & Oxidation Dechlorination |
10.4mg/L |
| 11% Hydrogen Peroxide - Food Grade | Disinfection & Oxidation Dechlorination |
9.6mg/L |
| 11% Hydrogen Peroxide - Technical Grade | Disinfection & Oxidation Dechlorination |
9.6mg/L |
| 15% Hydrogen Peroxide - Food Grade | Disinfection & Oxidation Dechlorination |
7mg/L |
| 15% Hydrogen Peroxide - Technical Grade | Disinfection & Oxidation Dechlorination |
7mg/L |
| 17% Hydrogen Peroxide - Food Grade | Disinfection & Oxidation Dechlorination |
6.2mg/L |
| 17% Hydrogen Peroxide - Technical Grade | Disinfection & Oxidation Dechlorination |
6.2mg/L |
| 18% Hydrogen Peroxide - Food Grade | Disinfection & Oxidation Dechlorination |
5.8mg/L |
| 18% Hydrogen Peroxide - Technical Grade | Disinfection & Oxidation Dechlorination |
5.8mg/L |
| 27% Hydrogen Peroxide - Food Grade | Disinfection & Oxidation Dechlorination |
3.9mg/L |
| 27% Hydrogen Peroxide - Technical Grade | Disinfection & Oxidation Dechlorination |
3.9mg/L |
| 30% Hydrogen Peroxide - Food Grade | Disinfection & Oxidation Dechlorination |
3.5mg/L |
| 30% Hydrogen Peroxide - Technical Grade | Disinfection & Oxidation Dechlorination |
3.5mg/L |
| 32% Hydrogen Peroxide - Food Grade | Disinfection & Oxidation Dechlorination |
3.3mg/L |
| 32% Hydrogen Peroxide - Technical Grade | Disinfection & Oxidation Dechlorination |
3.3mg/L |
| 34% Hydrogen Peroxide - Food Grade | Disinfection & Oxidation Dechlorination |
3.1mg/L |
| 34% Hydrogen Peroxide - Technical Grade | Disinfection & Oxidation Dechlorination |
3.1mg/L |
| 35% Hydrogen Peroxide - Food Grade | Disinfection & Oxidation Dechlorination |
3mg/L |
| 35% Hydrogen Peroxide - Technical Grade | Disinfection & Oxidation Dechlorination |
3mg/L |
| 50% Hydrogen Peroxide - Food Grade | Disinfection & Oxidation Dechlorination |
2.1mg/L |
| 50% Hydrogen Peroxide - Technical Grade | Disinfection & Oxidation Dechlorination |
2.1mg/L |
| 70% Hydrogen Peroxide - Food Grade | Disinfection & Oxidation Dechlorination |
1.5mg/L |
| 70% Hydrogen Peroxide - Technical Grade | Disinfection & Oxidation Dechlorination |
1.5mg/L |
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
| Sentry Lubricants, Inc. | |
| 5181 W. State Route 12 | |
| Findlay, OH 45840 | |
| United States | |
| 419-722-7523 |
Facility : Maumee, OH
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 15% | Oxidant | 6mg/L |
| Hydrogen Peroxide 34% | Oxidant | 3mg/L |
| Hydrogen Peroxide 7% | Oxidant | 13mg/L |
| Waterlogix Stabilized 7% Hydrogen Peroxide | Oxidant | 13mg/L |
| Solvay Chemicals, Inc. | |
| 1130 Independence Parkway S. | |
| La Porte, TX 77571 | |
| United States | |
| 713-525-6500 |
Facility : Distribution Center - South Gate, CA
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 18% - Interox® Technical/18D Grade[1] [8] | Dechlorination Disinfection & Oxidation |
44mg/L |
| Hydrogen Peroxide 27% - Interox® Technical/27D Grade[2] [9] | Dechlorination Disinfection & Oxidation |
29mg/L |
| Hydrogen Peroxide 32% - Interox® Technical/32D Grade[3] [10] | Dechlorination Disinfection & Oxidation |
25mg/L |
| Hydrogen Peroxide 34% - Interox® Technical/34D Grade[4] [11] | Dechlorination Disinfection & Oxidation |
23mg/L |
| Hydrogen Peroxide 35% - Interox® Technical/35D Grade[5] [12] | Dechlorination Disinfection & Oxidation |
23mg/L |
| Hydrogen Peroxide 50% - Interox® Technical/50D Grade[6] [13] | Dechlorination Disinfection & Oxidation |
16mg/L |
| Hydrogen Peroxide 70% - Interox® Dilution Grade[7] [14] | Dechlorination Disinfection & Oxidation |
11.5mg/L |
[1] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 166 mg/L when followed by chlorination of
treated water.
[2] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 111 mg/L when followed by chlorination of
treated water.
[3] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 93 mg/L when followed by chlorination of treated
water.
[4] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 88 mg/L when followed by chlorination of treated
water.
[5] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 85 mg/L when followed by chlorination of treated
water.
[6] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 60 mg/L when followed by chlorination of treated
water.
[7] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 43 mg/L when followed by chlorination of treated
water.
[8] This product may be used at a maximum use level of 156 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[9] This product may be used at a maximum use level of 103 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[10] This product may be used at a maximum use level of 87 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[11] This product may be used at a maximum use level of 82 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[12] This product may be used at a maximum use level of 80 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[13] This product may be used at a maximum use level of 56 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[14] This product may be used at a maximum use level of 40 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
|
||
Facility : Joliet, IL
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 18% - Interox® Technical/18D Grade[1] [8] | Dechlorination Disinfection & Oxidation |
5.8mg/L |
| Hydrogen Peroxide 27% - Interox® Technical/27D Grade[2] [9] | Dechlorination Disinfection & Oxidation |
29mg/L |
| Hydrogen Peroxide 32% - Interox® Technical/32D Grade[3] [10] | Dechlorination Disinfection & Oxidation |
25mg/L |
| Hydrogen Peroxide 34% - Interox® Technical/34D Grade[4] [11] | Dechlorination Disinfection & Oxidation |
23mg/L |
| Hydrogen Peroxide 35% - Interox® Technical/35D Grade[5] [12] | Dechlorination Disinfection & Oxidation |
23mg/L |
| Hydrogen Peroxide 50% - Interox® Technical/50D Grade[6] [13] | Dechlorination Disinfection & Oxidation |
16mg/L |
| Hydrogen Peroxide 70% - Interox® Dilution Grade[7] [14] | Dechlorination Disinfection & Oxidation |
11.5mg/L |
[1] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 166 mg/L when followed by chlorination of
treated water.
[2] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 111 mg/L when followed by chlorination of
treated water.
[3] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 93 mg/L when followed by chlorination of treated
water.
[4] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 88 mg/L when followed by chlorination of treated
water.
[5] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 85 mg/L when followed by chlorination of treated
water.
[6] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 60 mg/L when followed by chlorination of treated
water.
[7] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 43 mg/L when followed by chlorination of treated
water.
[8] This product may be used at a maximum use level of 156 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[9] This product may be used at a maximum use level of 103 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[10] This product may be used at a maximum use level of 87 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[11] This product may be used at a maximum use level of 82 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[12] This product may be used at a maximum use level of 80 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[13] This product may be used at a maximum use level of 56 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[14] This product may be used at a maximum use level of 40 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
|
||
Facility : Distribution Center - Philadelphia, PA
|
Hydrogen Peroxide [HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide Tech 27%- INTEROX® Hydrogen Peroxide Technical Grade[1] [2] | Dechlorination Disinfection & Oxidation |
29mg/L |
| Hydrogen Peroxide Tech 34%- INTEROX® Hydrogen Peroxide Technical Grade[3] [4] | Dechlorination Disinfection & Oxidation |
23mg/L |
| Hydrogen Peroxide Tech 35%- INTEROX® Hydrogen Peroxide Technical Grade[5] [6] | Dechlorination Disinfection & Oxidation |
23mg/L |
| Hydrogen Peroxide Tech 50%- INTEROX® Hydrogen Peroxide Technical Grade[7] [8] | Dechlorination Disinfection & Oxidation |
16mg/L |
| Hydrogen Peroxide Tech 70%- INTEROX® Hydrogen Peroxide Technical Grade[9] [10] | Dechlorination Disinfection & Oxidation |
11.5mg/L |
| INTEROX® TECHNICAL GRADE 27/D HYDROGEN PEROXIDE BULK[2] [9] | Dechlorination Disinfection & Oxidation |
29mg/L |
| INTEROX® TECHNICAL GRADE 34/D HYDROGEN PEROXIDE BULK[4] [11] | Dechlorination Disinfection & Oxidation |
23mg/L |
| INTEROX® TECHNICAL GRADE 35/D HYDROGEN PEROXIDE BULK[5] [12] | Dechlorination Disinfection & Oxidation |
23mg/L |
| INTEROX® TECHNICAL GRADE 50/D HYDROGEN PEROXIDE BULK[6] [13] | Dechlorination Disinfection & Oxidation |
16mg/L |
[1] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 111 mg/L when followed by chlorination of
treated water.
[2] This product may be used at a maximum use level of 103 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
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 sulfide control and in conjunction with ozone for organic
control at a concentration use level of 88 mg/L when followed by chlorination of treated
water.
[4] This product may be used at a maximum use level of 82 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[5] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 85 mg/L when followed by chlorination of the
treated water.
[6] This product may be used at a maximum use level of 80 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[7] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 60 mg/L when followed by chlorination of the
treated water.
[8] This product may be used at a maximum use level of 56 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[9] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 43 mg/L when followed by chlorination of the
treated water.
[10] This product may be used at a maximum use level of 40 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[11] This product may be used at a maximum use level of 82 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[12] This product may be used at a maximum use level of 80 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[13] This product may be used at a maximum use level of 56 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as Fe(II) and sulfides
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.
|
||
Facility : La Porte, TX
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 18% - Interox® Chemical Grade[1] [8] | Dechlorination Disinfection & Oxidation |
44mg/L |
| Hydrogen Peroxide 18% - Interox® Technical Grade[1] [8] | Dechlorination Disinfection & Oxidation |
44mg/L |
| Hydrogen Peroxide 18% - Interox® Technical/18D Grade[1] [8] | Dechlorination Disinfection & Oxidation |
44mg/L |
| Hydrogen Peroxide 27% - Interox® Chemical Grade[2] [9] | Dechlorination Disinfection & Oxidation |
29mg/L |
| Hydrogen Peroxide 27% - Interox® Technical Grade[2] [9] | Dechlorination Disinfection & Oxidation |
29mg/L |
| Hydrogen Peroxide 27% - Interox® Technical/27D Grade[2] [9] | Dechlorination Disinfection & Oxidation |
29mg/L |
| Hydrogen Peroxide 32% - Interox® Chemical Grade[3] [10] | Dechlorination Disinfection & Oxidation |
25mg/L |
| Hydrogen Peroxide 32% - Interox® Technical Grade[3] [10] | Dechlorination Disinfection & Oxidation |
25mg/L |
| Hydrogen Peroxide 32% - Interox® Technical/32D Grade[3] [10] | Dechlorination Disinfection & Oxidation |
25mg/L |
| Hydrogen Peroxide 34% - Interox® Chemical Grade[4] [11] | Dechlorination Disinfection & Oxidation |
23mg/L |
| Hydrogen Peroxide 34% - Interox® Technical Grade[4] [11] | Dechlorination Disinfection & Oxidation |
23mg/L |
| Hydrogen Peroxide 34% - Interox® Technical/34D Grade[4] [11] | Dechlorination Disinfection & Oxidation |
23mg/L |
| Hydrogen Peroxide 35% - Interox® Chemical Grade[5] [12] | Disinfection & Oxidation Dechlorination |
23mg/L |
| Hydrogen Peroxide 35% - Interox® Food Grade[5] [12] | Dechlorination Disinfection & Oxidation |
23mg/L |
| Hydrogen Peroxide 35% - Interox® Technical Grade[2] [6] | Disinfection & Oxidation Dechlorination |
23mg/L |
| Hydrogen Peroxide 35% - Interox® Technical/35D Grade[5] [12] | Dechlorination Disinfection & Oxidation |
23mg/L |
| Hydrogen Peroxide 50% - Interox® Chemical Grade[6] [13] | Dechlorination Disinfection & Oxidation |
16mg/L |
| Hydrogen Peroxide 50% - Interox® Food Grade[6] [13] | Dechlorination Disinfection & Oxidation |
16mg/L |
| Hydrogen Peroxide 50% - Interox® Technical Grade[6] [13] | Dechlorination Disinfection & Oxidation |
16mg/L |
| Hydrogen Peroxide 50% - Interox® Technical/50D Grade[6] [13] | Dechlorination Disinfection & Oxidation |
16mg/L |
| Hydrogen Peroxide 70% - Interox® Chemical Grade[7] [14] | Dechlorination Disinfection & Oxidation |
11.5mg/L |
| Hydrogen Peroxide 70% - Interox® Dilution Grade[7] [14] | Dechlorination Disinfection & Oxidation |
11.5mg/L |
| Hydrogen Peroxide 70% - Interox® Food Grade[7] [14] | Dechlorination Disinfection & Oxidation |
11.5mg/L |
| Hydrogen Peroxide 70% - Interox® Technical Grade[7] [14] | Dechlorination Disinfection & Oxidation |
11.5mg/L |
[1] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 166 mg/L when followed by chlorination of the
treated water.
[2] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 111 mg/L when followed by chlorination of the
treated water.
[3] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 93 mg/L when followed by chlorination of the
treated water.
[4] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 88 mg/L when followed by chlorination of the
treated water.
[5] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 85 mg/L when followed by chlorination of the
treated water.
[6] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 60 mg/L when followed by chlorination of the
treated water.
[7] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 43 mg/L when followed by chlorination of the
treated water.
[8] This product may be used at a maximum use level of 156 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[9] This product may be used at a maximum use level of 103 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[10] This product may be used at a maximum use level of 87 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[11] This product may be used at a maximum use level of 82 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[12] This product may be used at a maximum use level of 80 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[13] This product may be used at a maximum use level of 56 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[14] This product may be used at a maximum use level of 40 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
|
||
Facility : Longview, WA
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 18% - Interox® Chemical Grade[1] [8] | Dechlorination Disinfection & Oxidation |
44mg/L |
| Hydrogen Peroxide 18% - Interox® Technical Grade[1] [8] | Dechlorination Disinfection & Oxidation |
44mg/L |
| Hydrogen Peroxide 18% - Interox® Technical/18D Grade[1] [8] | Dechlorination Disinfection & Oxidation |
44mg/L |
| Hydrogen Peroxide 27% - Interox® Chemical Grade[2] [9] | Dechlorination Disinfection & Oxidation |
29mg/L |
| Hydrogen Peroxide 27% - Interox® Technical Grade[2] [9] | Dechlorination Disinfection & Oxidation |
29mg/L |
| Hydrogen Peroxide 27% - Interox® Technical/27D Grade[2] [9] | Dechlorination Disinfection & Oxidation |
29mg/L |
| Hydrogen Peroxide 32% - Interox® Chemical Grade[3] [10] | Dechlorination Disinfection & Oxidation |
25mg/L |
| Hydrogen Peroxide 32% - Interox® Technical Grade[3] [10] | Dechlorination Disinfection & Oxidation |
25mg/L |
| Hydrogen Peroxide 32% - Interox® Technical/32D Grade[3] [10] | Dechlorination Disinfection & Oxidation |
25mg/L |
| Hydrogen Peroxide 34% - Interox® Chemical Grade[4] [11] | Dechlorination Disinfection & Oxidation |
23mg/L |
| Hydrogen Peroxide 34% - Interox® Technical Grade[4] [11] | Dechlorination Disinfection & Oxidation |
23mg/L |
| Hydrogen Peroxide 34% - Interox® Technical/34D Grade[4] [11] | Dechlorination Disinfection & Oxidation |
23mg/L |
| Hydrogen Peroxide 35% - Interox® Chemical Grade[5] [12] | Disinfection & Oxidation Dechlorination |
23mg/L |
| Hydrogen Peroxide 35% - Interox® Food Grade[5] [12] | Dechlorination Disinfection & Oxidation |
23mg/L |
| Hydrogen Peroxide 35% - Interox® Technical Grade[2] [6] | Disinfection & Oxidation Dechlorination |
23mg/L |
| Hydrogen Peroxide 35% - Interox® Technical/35D Grade[5] [12] | Dechlorination Disinfection & Oxidation |
23mg/L |
| Hydrogen Peroxide 50% - Interox® Chemical Grade[6] [13] | Dechlorination Disinfection & Oxidation |
16mg/L |
| Hydrogen Peroxide 50% - Interox® Food Grade[6] [13] | Dechlorination Disinfection & Oxidation |
16mg/L |
| Hydrogen Peroxide 50% - Interox® Technical Grade[6] [13] | Dechlorination Disinfection & Oxidation |
16mg/L |
| Hydrogen Peroxide 50% - Interox® Technical/50D Grade[6] [13] | Dechlorination Disinfection & Oxidation |
16mg/L |
| Hydrogen Peroxide 70% - Interox® Chemical Grade[7] [14] | Dechlorination Disinfection & Oxidation |
11.5mg/L |
| Hydrogen Peroxide 70% - Interox® Dilution Grade[7] [14] | Dechlorination Disinfection & Oxidation |
11.5mg/L |
| Hydrogen Peroxide 70% - Interox® Food Grade[7] [14] | Dechlorination Disinfection & Oxidation |
11.5mg/L |
| Hydrogen Peroxide 70% - Interox® Technical Grade[7] [14] | Dechlorination Disinfection & Oxidation |
11.5mg/L |
[1] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 166 mg/L when followed by chlorination of the
treated water.
[2] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 111 mg/L when followed by chlorination of the
treated water.
[3] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 93 mg/L when followed by chlorination of the
treated water.
[4] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 88 mg/L when followed by chlorination of the
treated water.
[5] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 85 mg/L when followed by chlorination of the
treated water.
[6] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 60 mg/L when followed by chlorination of the
treated water.
[7] This product may be used for sulfide control and in conjunction with ozone for organic
control at a concentration use level of 43 mg/L when followed by chlorination of the
treated water.
[8] This product may be used at a maximum use level of 156 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[9] This product may be used at a maximum use level of 103 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[10] This product may be used at a maximum use level of 87 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[11] This product may be used at a maximum use level of 82 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[12] This product may be used at a maximum use level of 80 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[13] This product may be used at a maximum use level of 56 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
[14] This product may be used at a maximum use level of 40 mg/L for the following functions:
- reoxygenation of treated water
- oxidation of organic residuals
- oxidation of any reduced products, such as FE(II) and sulfides
Treatment must be followed by chlorination to a chlorine residual not to exceed 4 mg/L,
the EPA's proposed maximum residual level.
|
||
| Southeastern Tank Inc. DBA Solutions by SET | |
| 60 Vesta Road | |
| Lebanon, TN 37090 | |
| United States | |
| 615-466-5220 | |
| Visit this company's website |
Facility : Loretto, TN
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 25% | Dechlorination Oxidant |
4.2mg/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.
|
||
| Summit Brands | |
| 6714 Pointe Inverness Way | |
| Suite 200 | |
| Fort Wayne, IN 46804-7935 | |
| United States | |
| 888-476-6888 | |
| 888-476-6888 | |
| Visit this company's website |
Facility : # 3 USA
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| OUT Filter-Mate Sulfur Odor Neutralizer | Oxidant | 15mg/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.
|
||
| The Dycho Company Inc. | |
| P.O. Box 513 | |
| Niota, TN 37826 | |
| United States | |
| 423-568-2112 |
Facility : # 3 USA
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 32-34% Sol | Dechlorination Oxidant |
3mg/L |
| Hydrogen Peroxide 50% Sol | Dechlorination 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.
|
||
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
| Thornton, Musso & Bellemin Inc. | |
| P.O. Box 181 | |
| Zachary, LA 70791 | |
| United States | |
| 800-322-3885 | |
| 225-654-4955 |
Facility : # 1 USA
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| TMB-50[1] | 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.
|
||
| United Initiators GmbH | |
| Dr.-Gustav-Adolph-Str. 3 | |
| Pullach, Bayern 82049 | |
| Germany | |
| 49 8974 4220 | |
| Visit this company's website |
Facility : Prince George, British Columbia, Canada
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Super Ox® 27% | Disinfection & Oxidation | 29mg/L |
| Super Ox® 35% | Disinfection & Oxidation | 23mg/L |
| Super Ox® 50% | Disinfection & Oxidation | 16mg/L |
| Super Ox® 59% | Disinfection & Oxidation | 13mg/L |
| Super Ox® 70% | Disinfection & Oxidation | 11.5mg/L |
| Super Ox® FG 27% | Disinfection & Oxidation | 29mg/L |
| Super Ox® FG 35% | Disinfection & Oxidation | 23mg/L |
| Super Ox® FG 50% | Disinfection & Oxidation | 16mg/L |
| Super Ox® FG 70% | Disinfection & Oxidation | 11.5mg/L |
| Super Ox® HD 29% | Disinfection & Oxidation | 28mg/L |
| Super Ox® HD 35% | Disinfection & Oxidation | 23mg/L |
| Super Ox® HD 50% | Disinfection & Oxidation | 16mg/L |
| Super Ox® HD 70% | Disinfection & Oxidation | 11.5mg/L |
| Super-Ox Ultra 50% | Disinfection & Oxidation | 16mg/L |
| Super-Ox Ultra 59% | Disinfection & Oxidation | 13mg/L |
| Super-Ox Ultra 70% | Disinfection & Oxidation | 11.5mg/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.
|
||
| Univar Solutions Canada Ltd. DBA Univar Canada Ltd. | |
| 64 Arrow Road | |
| North York, ON M9M 2L9 | |
| Canada | |
| 416-740-5300 | |
| Visit this company's website |
Facility : Guelph, Ontario, Canada
|
Hydrogen Peroxide [HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 35%[3] | Oxidant | 3mg/L |
| Hydrogen Peroxide 50%[4] | Oxidant | 2.1mg/L |
[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 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.
[4] 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.
|
||
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
Facility : Valleyfield, Québec, Canada
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 35% | Oxidant | 3mg/L |
| Hydrogen Peroxide 50% | Oxidant | 2.1mg/L |
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
| Univar Solutions USA | |
| 3250 Lacey Road | |
| Suite 600 | |
| Downers Grove, IL 60515 | |
| United States | |
| 425-889-3400 |
Facility : Commerce, CA
|
Hydrogen Peroxide [HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 27%[2] | Oxidant | 3.9mg/L |
| Hydrogen Peroxide 34%[3] | Oxidant | 3mg/L |
| Hydrogen Peroxide 35%[4] | Oxidant | 3mg/L |
| Hydrogen Peroxide 50%[5] | Oxidant | 2.1mg/L |
[2] The 27% solution may be used for sulfide control and in conjunction with ozone for
organic control at a concentration use level of 111 mg/L when followed by chlorination
of the treated water.
[3] The 34% solution may be used for sulfide control and in conjunction with ozone for
organic control at a concentration use level of 88 mg/L when followed
by chlorination of the treated water.
[4] The 35% solution may be used for sulfide control and in conjunction with ozone for
organic control at a concentration use level of 85 mg/L when followed by chlorination of
the treated water.
[5] The 50% solution may be used for sulfide control and in conjunction with ozone for
organic control at a concentration use level of 60 mg/L when followed by chlorination of
the treated water.
[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.
|
||
NOTE: Only products bearing the "NSF 60" designation are Certified by NSF International.
Facility : Cincinnati Dues Drive, OH
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 10% | Oxidant Dechlorination |
10mg/L |
| Hydrogen Peroxide 20% | Dechlorination Oxidant |
5.2mg/L |
| Hydrogen Peroxide 25% | Oxidant Dechlorination |
4.2mg/L |
| Hydrogen Peroxide 30% | Oxidant Dechlorination |
3.5mg/L |
| Hydrogen Peroxide 35% | Oxidant Dechlorination |
3mg/L |
| Hydrogen Peroxide 50% | Oxidant Dechlorination |
2.1mg/L |
| Hydrogen Peroxide 7% | Oxidant Dechlorination |
15mg/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.
|
||
NOTE: Only products bearing the "NSF 60" designation are Certified by NSF International.
| US Water Systems, Inc. | |
| 1209 Country Club Road | |
| Country Club Industrial Park | |
| Indianapolis, IN 46234 | |
| United States | |
| 800-608-8792 | |
| 855-508-9561 | |
| Visit this company's website |
Facility : # 1 USA
|
Hydrogen Peroxide |
||
| Trade Designation | Product Function | Max Use |
| OxiPro-7 | Oxidant | 15mg/L |
| Veckridge Chemical Company | |
| 60 Central Avenue | |
| Kearny, NJ 07032 | |
| United States | |
| 973-344-1818 | |
| Visit this company's website |
Facility : Kearny, NJ
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 35% | Dechlorination Oxidant |
3mg/L |
| Hydrogen Peroxide 50% | Dechlorination 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.
|
||
NOTE: Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
| Viking Chemical Co. | |
| 2701 S. 6th St. | |
| P.O. Box 1595 | |
| Rockford, IL 61109-1171 | |
| United States | |
| 815-397-0500 |
Facility : Rockford, IL
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| Hydrogen Peroxide 34% | Disinfection & Oxidation | 3mg/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.
|
||
[1] Manganese sulfate is used in combination with potassium (or sodium) permanganate to
produce hydrous manganese oxides (HMOs) which are used to adsorb positively charged
ions, such as radium.
| Water Solutions Unlimited, Inc. | |
| 8824 Union Mills Drive | |
| Camby, IN 46113 | |
| United States | |
| 800-359-3570 | |
| 317-736-6868 |
Facility : Camby, IN
|
Hydrogen Peroxide[1] [HP] |
||
| Trade Designation | Product Function | Max Use |
| WSU Hydrogen Peroxide 32-34% | Oxidant Disinfection & Oxidation |
3mg/L |
[1] Only products bearing the NSF Mark on the product, product packaging, and/or
documentation shipped with the product are Certified.
[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.
|
||
| Water Tech, Inc. | |
| 7215 Highway 271 South | |
| Fort Smith, AR 72908 | |
| United States | |
| 800-488-7451 | |
| 479-649-7447 | |
| Visit this company's website |
Facility : Fort Smith, AR
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| WTM-HP32 | Dechlorination Disinfection & Oxidation |
3.3mg/L |
| WTM-HP34 | Dechlorination Disinfection & Oxidation |
3mg/L |
| WTM-HP50 | Dechlorination Disinfection & Oxidation |
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.
|
||
Facility : McAlester, OK
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| WTM-HP32 | Dechlorination Disinfection & Oxidation |
3.3mg/L |
| WTM-HP34 | Dechlorination Disinfection & Oxidation |
3mg/L |
| WTM-HP50 | Dechlorination Disinfection & Oxidation |
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.
|
||
Facility : Odessa, TX
|
Hydrogen Peroxide[HP] |
||
| Trade Designation | Product Function | Max Use |
| WTM-HP18 | Oxidant | 5.7mg/L |
| WTM-HP34 | Oxidant | 3mg/L |
| WTM-HP50 | Oxidant | 2mg/L |
| WTM-HP8 | Oxidant | 12.5mg/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.
|
||
Number of matching Manufacturers is 57
Number of matching Products is 465
Processing time was 0 seconds
