NSF Product and Service Listings

[1] Base and the Activator components are to be mixed following manufacture's use
    instructions to produce a 0.5% chlorine dioxide solution.  Certification and maximum use
    level applies to the finished product.
[CL] 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.

[CL] 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.

[1] Unactivated ProOxine® and the Acid Activator components are to be mixed following
    manufacturer's use instructions to produce a 5% chlorine dioxide solution. Certification
    and maximum use level applies to the finished product.
[CL] 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.

[1] The Certification and maximum use level applies to the finished product. The finished
    product is a 0.3% chlorine dioxide solution.
[CL] 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.

[CL] 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.

[1] This product is composed of Part A (Actipure) and Part B (Clorithec) that are reacted to
    produce chlorine dioxide, which is dosed into the treated water at a maximum of 1 mg/L
    as chlorine dioxide. Part A and Part B are mixed at a 1:1 ratio according to the
    manufacturer’s use instructions and the Listed MUL shows the combined dose of these
    reactants.
[CL] 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.

[1] Microslay A and Microslay B are to be mixed following the manufacturer's use
    instructions to produce 0.6% chlorine dixoide solution.  Certification applies to the
    finished product.
[CL] 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.

[1] Certification applies to finished product.
    Part A and Part B are to be mixed following manufacturer's use instructions to produce a
    0.3% chlorine dioxide solution.
    Part A trade names
    SUPEROXID NC-100, BFV-100, VIOSAN 1000, FUVISAN 10, SANIBAC 50, SANIBACTER 5, FAD
    ESPECTRO 30, SOF 300, ALDESAN 40, or GERMAD 250.
    Part B trade names
    SUPEROXID NC-200, BFV-200, VIOSAN 2000, FUVISAN 20, SANIBAC 100, SANIBACTER 10, FAD
    ESPECTRO 60, SOF 600, ALDESAN 80, or GERMAD 500.
[CL] 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.

[1] Component A: Active Ingredient and Component B: Precursor are to be mixed following
    manufacturer's use instructions to produce a 0.4% chlorine dioxide solution. 
    Certification and maximum use level applies to the finished product.
[CL] 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.

[CL] 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.

[1] Product is to be mixed with sulfuric acid according to the manufacturer's use
    instructions to generate a chlorine dioxide solution.
[CL] 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.

[1] Component A and component B are to be mixed following manufacturer's use instructions to
    produce a 0.35% chlorine dioxide solution.
    Certification and maximum use level applies to finished product.
[CL] 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.

[1] The Certification and maximum use level applies to the finished product. The finished
    product is a 0.3% chlorine dioxide solution.
[CL] 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.

[CL] 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.

[1] Component A and Component B are to be mixed following manufacturer's use instructions to
    produce a 0.3% chlorine dioxide solution. Certification applies to finished product.
[CL] 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.

[1] The Certification and maximum use level applies to the finished product. The finished
    product is a 0.3% chlorine dioxide solution.
[CL] 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.

[1] Component A: Active Ingredient and Component B: Precursor are to be mixed following
    manufacturer's use instructions to produce a 0.4% chlorine dioxide solution.
    Certification and maximum use level applies to the finished product.
[CL] 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.

[1] Component A and Component B are to be mixed following manufacturer's use instructions to
    produce a 1% chlorine dioxide solution. Certification and maximum use level applies to
    the finished product.
[CL] 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.

[1] TMB 26M and Sulfuric Acid are to be mixed following manufacturer's use instructions to
    produce up to a 0.3% chlorine dioxide solution. Certification applies to finished
    product.
[CL] 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.

[CL] 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.

[1] Component A and Component B are to be mixed following manufacturer's use instructions to
    produce a 0.3% chlorine dioxide solution. Certification applies to finished product.
[CL] 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.

[1] The Certification and maximum use level applies to the finished product. The
    finishedproduct is a 0.3% chlorine dioxide solution.
[CL] 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.

[1] Component A and component B are to be mixed following manufacturer's use instructions to
    produce a 0.0001% (1 ppm) chlorine dioxide solution.
[CL] 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.

[1] ZI-CHEM 2320 and ZI-CHEM 2560 are to be mixed at a 1:1 ratio to produce 0.15% chlorine
    dioxide solution. Certification applies to the finished product.
[CL] 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.