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NSF/ANSI/CAN 61
Drinking Water System Components - Health Effects

NOTE: Unless otherwise indicated for Materials, Certification is only for the Water Contact Material shown in the Listing. Click here for a list of Abbreviations used in these Listings. Click here for the definitions of Water Contact Temperatures denoted in these Listings.


 
De Nora Water Technologies Texas, LLC. 
1110 Industrial Boulevard
Sugar Land, TX 77478 
United States 
281-240-6770


Facility : Sugar Land, TX

Mechanical Devices

    Water Water
    Contact Contact
Trade Designation Size Temp Material

Chemical Generators[1]
Miox 4-AE [2] CLD 23 MLTPL
Miox 6-AE [3] CLD 23 MLTPL
Miox 8-AE [4] CLD 23 MLTPL
ClorTec 25-V [5] CLD 23 MLTPL
ClorTec 25-V-SC [6] CLD 23 MLTPL
ClorTec 50-V [5] CLD 23 MLTPL
ClorTec 50-V-SC [6] CLD 23 MLTPL
ClorTec 75-V [5] CLD 23 MLTPL
ClorTec 75-V-SC [6] CLD 23 MLTPL
ClorTec 100-R [7] [8] CLD 23 MLTPL
ClorTec 100-V [5] CLD 23 MLTPL
ClorTec 100-V-SC [6] CLD 23 MLTPL
ClorTec 200-R [7] [8] CLD 23 MLTPL
ClorTec 300-R [7] [8] CLD 23 MLTPL
ClorTec 400-R [7] [8] CLD 23 MLTPL
ClorTec 500-R [7] [8] CLD 23 MLTPL
ClorTec 500-RS[9] [10] CLD 23 MLTPL
ClorTec 1000-RS[9] [10] CLD 23 MLTPL
ClorTec 1500-RS[9] [10] CLD 23 MLTPL
ClorTec 2000-RS[9] [10] CLD 23 MLTPL
ClorTec 75-C [11] CLD 23 MLTPL
ClorTec 100-C [11] CLD 23 MLTPL
ClorTec 150-C [11] CLD 23 MLTPL
ClorTec 200-C [11] CLD 23 MLTPL
ClorTec 225-C [11] CLD 23 MLTPL
ClorTec 300-C [11] CLD 23 MLTPL
ClorTec 450-C [11] CLD 23 MLTPL
ClorTec 600-C [11] CLD 23 MLTPL
ClorTec 750-C [11] CLD 23 MLTPL
ClorTec 900-C [11] CLD 23 MLTPL
ClorTec 1200-C [11] CLD 23 MLTPL
ClorTec 1500-C [11] CLD 23 MLTPL
ClorTec 1800-C [11] CLD 23 MLTPL
ClorTec 2400-C [11] CLD 23 MLTPL
ClorTec 3000-C [11] CLD 23 MLTPL
ClorTec 12-C [11] CLD 23 MLTPL
ClorTec 24-C [11] CLD 23 MLTPL
ClorTec 36-C [11] CLD 23 MLTPL
MIOX 15-V-SC [12] CLD 23 MLTPL
MIOX 30-V-SC [12] CLD 23 MLTPL
MIOX 45-V-SC [12] CLD 23 MLTPL
MIOX 60-R-SC [8] [13] CLD 23 MLTPL
MIOX 60-V-SC [12] CLD 23 MLTPL
MIOX 120-R-SC [8] [13] CLD 23 MLTPL
MIOX 240-R-SC [8] [13] CLD 23 MLTPL
MIOX 280-R-SC [8] [13] CLD 23 MLTPL
MIOX 300-R-SC [8] [13] CLD 23 MLTPL
MIOX 300-RS-SC[9] [14] CLD 23 MLTPL
MIOX 600-RS-SC[9] [14] CLD 23 MLTPL
MIOX 900-RS-SC[9] [14] CLD 23 MLTPL
MIOX 1200-RS-SC[9] [14] CLD 23 MLTPL
Miox 1[9] [15] CLD 23 MLTPL
Miox 2[9] [15] CLD 23 MLTPL
Rio Grande [16] CLD 23 MLTPL
T-6 [11] CLD 23 MLTPL
T-12 [11] CLD 23 MLTPL
T-24 [11] CLD 23 MLTPL
T-36 [11] CLD 23 MLTPL

[1] Certification of this product has been performed to the health effects requirements of
    NSF/ANSI/CAN 61, which assesses the acceptability of potential extractants from the
    chemical generator. No evaluation has been performed on the strength or efficacy of the
    chemical(s) generated. As unit operation, maintenance and the consistency of source
    ingredients may affect the performance of the unit, the ensuing chemical(s) is not
    certified by NSF to NSF/ANSI/CAN 60.
[2] Certification of the Miox 4-AE mixed oxidant units is based on a mixed oxidant solution
    of 3,800 mg/L (+/- 1,000) free available chlorine (FAC) with a dosage rate yielding a
    maximum chlorine concentration of 10 mg/L into potable water.
[3] Certification of the Miox 6-AE mixed oxidant units is based on a mixed oxidant solution
    of 4,200 mg/L (+/- 1,000) free available chlorine (FAC) with a dosage rate yielding a
    maximum chlorine concentration of 10 mg/L into potable water.
[4] Certification of the Miox 8-AE mixed oxidant units is based on a mixed oxidant solution
    of 5,000 mg/L (+/- 1,000) free available chlorine (FAC) with a dosage rate yielding a
    maximum chlorine concentration of 10 mg/L into potable water.
[5] Certification of the ClorTec 25, ClorTec 50, ClorTec 75, and ClorTec 100 Self Cleaning
    HYPO Units is based on a 8,000 mg/L (+/- 1,000) sodium hypochlorite solution (measured
    as FAC) with a dosage rate yielding a maximum chlorine concentration of 10 mg/L.
[6] Certification of the ClorTec 25, ClorTec 50, ClorTec 75, and ClorTec 100 Self Cleaning
    HYPO Units is based on a 5,500-9,000 mg/L sodium hypochlorite solution (measured as FAC)
    with a dosage rate yielding a maximum chlorine concentration of 10 mg/L.
[7] Certification of the ClorTec units is based on a <= 8,000 mg/L sodium hypochlorite
    solution (measured as FAC) with a dosage rate yielding a maximum chlorine concentration
    of 10 mg/L.
[8] Certification is based on a minimum of 720,000 gallons of water treated per day.
[9] Certification does not include the optional integrated brine tank.
[10] Certification of the ClorTec 500-RS, ClorTec 1000-RS, ClorTec 1500-RS, and ClorTec
     2000-RS is based on a sodium hypochlorite solution of 8,000 mg/L (+/- 1,000) free
     available chlorine (FAC) with a dosage rate yielding a maximum chlorine concentration of
     10 mg/L into potable water.
[11] Certified for a 0.8% ± 0.05% sodium hypochlorie solution with a dosage rate yielding a
     maximum chlorine concentration of 10 mg/L into potable water.
[12] Certification of the MIOX 15, MIOX 30, MIOX 45, and MIOX 60 Self Cleaning MIXED OXIDANT
     units is based on a mixed oxidant solution 4500 mg/L (+/- 1,000) free available chlorine
     (FAC) with a dosage rate yielding a maximum chlorine concentration of 10 mg/L into
     potable water.
[13] Certification of the MIOX units is based on a mixed oxidant solution <= 4,500 mg/L free
     available chlorine (FAC) with a dosage rate yielding a maximum chlorine concentration of
     10 mg/L into potable water.
[14] Certification of MIOX 300-RS-SC, MIOX 600-RS-SC, MIOX 900-RS-SC, and MIOX 1200-RS-SC is
     based on a mixed oxidant solution of 4,500 mg/L (+/- 1,000) free available chlorine
     (FAC) with a dosage rate yielding a maximum chlorine concentration of 10 mg/L into
     potable water.
[15] Certification of the MIOX 1 and MIOX 2 mixed oxidant units is based on a mixed oxidant
     solution of 4,000 mg/L (+/- 1,000) free available chlorine (FAC) with a dosage rate
     yielding a maximum chlorine concentration of 10 mg/L into potable water.
[16] Certification of the Rio Grande mixed oxidant units is based on a mixed oxidant solution
     of 4,500 mg/L (+/- 1,000) free available chlorine (FAC) with a dosage rate yielding a
     maximum chlorine concentration of 10 mg/L into potable water.  Certification of the Rio
     Grande hypochlorite units is based on a hypochlorite solution of 8,000 mg/L (+/- 1,000)
     free available chlorine (FAC) with a dosage rate yielding a maximum chlorine
     concentration of 10 mg/L into potable water.


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