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NSF/ANSI STANDARD 053
Drinking Water Treatment Units - Health Effects
Drinking Water Treatment Units - Health Effects
| Everpure LLC | ![]() |
| 1040 Muirfield Drive | |
| Hanover Park, IL 60133 | |
| United States | |
| 800-323-7873 | |
| Visit this company's website |
Facility : Hanover Park, IL
| Replacement | Service Cycle | Flow Rate | ||||
| Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
|
Plumbed-In to Separate Tap |
||||||
| VP-100-QC | V-500 | 500(1) | .5 | Cyst Reduction Lead Reduction MTBE Reduction Trihalomethanes (TTHM) Reduction Turbidity Reduction VOC Reduction |
||
| VP-100-QL3 | V-500 | 500(1) | .5 | Cyst Reduction Lead Reduction MTBE Reduction Trihalomethanes (TTHM) Reduction Turbidity Reduction VOC Reduction |
||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration. |
||||||
|
Plumbed-In |
||||||
| BW-100 Filter[2] [3] [Pb] | BW-100 | (1) | .5 | Cyst Reduction | ||
| BW-400 Filter[2] [3] [Pb] | BW-400 | 1000(1) | .5 | Cyst Reduction Lead Reduction |
||
| BW-500 Filter[2] [3] [Pb] | BW-500 | 480(1) | .5 | Cyst Reduction Lead Reduction Trihalomethanes (TTHM) Reduction |
||
| Breakmate Fine[Pb] | Fine | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| Breakmate Premium[2] [3] [Pb] | Premium | 300(1) | .5 | Cyst Reduction Lead Reduction VOC Reduction |
||
| CX-9000 Filter[2] [3] [Pb] | CX-9000 | (1) | .5 | Cyst Reduction | ||
| Coldrink System 1 - MC[Pb] | MC | (1) | 1.67 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| Coldrink System 1 - MC²[Pb] | MC² | (1) | 1.67 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| Coldrink System 1 - XC[2] [3] [Pb] | XC | (1) | 1.67 | Cyst Reduction | ||
| Coldrink System 1 - XC²[2] [3] [Pb] | XC² | (1) | 1.67 | Cyst Reduction | ||
| Coldrink System 2 - MC[Pb] | MC | (1) | 3.3 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| Coldrink System 2 - MC²[Pb] | MC² | (1) | 3.3 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| Coldrink System 2 - XC[2] [3] [Pb] | XC | (1) | 3.3 | Cyst Reduction | ||
| Coldrink System 2 - XC²[2] [3] [Pb] | XC² | (1) | 3.3 | Cyst Reduction | ||
| Coldrink System 3 - MC[Pb] | MC | (1) | 5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| Coldrink System 3 - MC²[Pb] | MC² | (1) | 5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| Coldrink System 3 - XC[2] [3] [Pb] | XC | (1) | 5 | Cyst Reduction | ||
| Coldrink System 3 - XC²[2] [3] [Pb] | XC² | (1) | 5 | Cyst Reduction | ||
| FL4S Single[2] [3] [Pb] | FL4S | (1) | .5 | Cyst Reduction | ||
| FL4S Twin[2] [3] [Pb] | FL4S | (1) | 1 | Cyst Reduction | ||
| H-100 Filter[2] [3] [Pb] | H-100 | (1) | .5 | Cyst Reduction | ||
| H-104 Filter[2] [3] [Pb] | H-104 | 1000(1) | .5 | Cyst Reduction Lead Reduction |
||
| H-1200[2] [3] [Pb] | H-1200 #1 H-1200 #2 |
1000(1) | .5 | Cyst Reduction Lead Reduction MTBE Reduction VOC Reduction |
||
| H-300 - HSD Filter[2] [3] [Pb] | H-300-HSD | 300(1) | .5 | Cyst Reduction Lead Reduction VOC Reduction |
||
| H-300 Filter[2] [3] [Pb] | H-300 | 300(1) | .5 | Cyst Reduction Lead Reduction VOC Reduction |
||
| H-300+M Filter[2] [3] [Pb] | H-300+M | 500(1) | .5 | Cyst Reduction Lead Reduction VOC Reduction |
||
| H-54 Filter[2] [3] [Pb] | H-54 | 750(1) | .5 | Cyst Reduction Lead Reduction |
||
| HF-H Quad - HF-H[2] [3] [Pb] | HF-H | (1) | 6.6 | Cyst Reduction | ||
| HF-H Single - HF-H[2] [3] [Pb] | HF-H | (1) | 1.67 | Cyst Reduction | ||
| HF-H Triple HF-H[2] [3] [Pb] | HF-H | (1) | 5 | Cyst Reduction | ||
| HF-H Twin - HF-H[2] [3] [Pb] | HF-H | (1) | 3.3 | Cyst Reduction | ||
| High Flow CSR Quad - MC[Pb] | MC | (1) | 6.6 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| High Flow CSR Quad - MC²[Pb] | MC² | (1) | 6.6 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| High Flow CSR Quad Plus - XC[2] [3] | XC | (1) | 6.6 | Cyst Reduction | ||
| High Flow CSR Quad Plus - XC²[2] [3] | XC² | (1) | 6.6 | Cyst Reduction | ||
| High Flow CSR Triple - MC[Pb] | MC | (1) | 5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| High Flow CSR Triple - MC²[Pb] | MC² | (1) | 5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| High Flow CSR Triple - XC[2] [3] | XC | (1) | 5 | Cyst Reduction | ||
| High Flow CSR Triple - XC²[2] [3] | XC² | (1) | 5 | Cyst Reduction | ||
| High Flow CSR Twin - MC[Pb] | MC | (1) | 3.3 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| High Flow CSR Twin - MC²[Pb] | MC² | (1) | 3.3 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| High Flow CSR Twin - XC[2] [3] [Pb] | XC | (1) | 3.3 | Cyst Reduction | ||
| High Flow CSR Twin - XC²[2] [3] [Pb] | XC² | (1) | 3.3 | Cyst Reduction | ||
| InsurIce PF Single - I2000[Pb] | I2000 | (1) | 1.67 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| InsurIce PF Single - I2000²[Pb] | I2000² | (1) | 1.67 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| InsurIce PF Single - I4000[Pb] | I4000 | (1) | 1.67 | Cyst Reduction | ||
| InsurIce PF Single - I4000²[Pb] | I4000² | (1) | 1.67 | Cyst Reduction | ||
| InsurIce PF Triple - I2000[Pb] | I2000 | (1) | 5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| InsurIce PF Triple - I2000²[Pb] | I2000² | (1) | 5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| InsurIce PF Triple - I4000[Pb] | I4000 | (1) | 5 | Cyst Reduction | ||
| InsurIce PF Triple - I4000²[Pb] | I4000² | (1) | 5 | Cyst Reduction | ||
| InsurIce PF Twin - I2000[Pb] | I2000 | (1) | 3.3 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| InsurIce PF Twin - I2000²[Pb] | I2000² | (1) | 3.3 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| InsurIce PF Twin - I4000[Pb] | I4000 | (1) | 3.3 | Cyst Reduction | ||
| InsurIce PF Twin - I4000²[Pb] | I4000² | (1) | 3.3 | Cyst Reduction | ||
| Insurice Quad - ECO-I2000[Pb] | ECO-I2000 | (1) | 6.6 | Asbestos Reduction Cyst Reduction |
||
| Insurice Quad - ECO-I4000[3] [Pb] | ECO-I4000 | (1) | 6.6 | Cyst Reduction | ||
| Insurice Quad - I2000[Pb] | I2000 | (1) | 6.6 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| Insurice Quad - I2000²[Pb] | I2000² | (1) | 6.6 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| Insurice Quad - I4000[2] [3] [Pb] | I4000 | (1) | 6.6 | Cyst Reduction | ||
| Insurice Quad - I4000²[2] [3] [Pb] | I4000² | (1) | 6.6 | Cyst Reduction | ||
| Insurice Single - ECO-I2000[Pb] | ECO-I2000 | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
| Insurice Single - ECO-I4000[3] [Pb] | ECO-I4000 | (1) | 1.67 | Cyst Reduction | ||
| Insurice Single - I2000[Pb] | I2000 | (1) | 1.67 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| Insurice Single - I2000²[Pb] | I2000² | (1) | 1.67 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| Insurice Single - I4000[2] [3] [Pb] | I4000 | (1) | 1.67 | Cyst Reduction | ||
| Insurice Single - I4000²[2] [3] [Pb] | I4000² | (1) | 1.67 | Cyst Reduction | ||
| Insurice Triple - ECO-I2000[Pb] | ECO-I2000 | (1) | 5 | Asbestos Reduction Cyst Reduction |
||
| Insurice Triple - ECO-I4000[3] [Pb] | ECO-I4000 | (1) | 5 | Cyst Reduction | ||
| Insurice Triple - I2000[Pb] | I2000 | (1) | 5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| Insurice Triple - I2000²[Pb] | I2000² | (1) | 5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| Insurice Triple - I4000[2] [3] [Pb] | I4000 | (1) | 5 | Cyst Reduction | ||
| Insurice Triple - I4000²[2] [3] [Pb] | I4000² | (1) | 5 | Cyst Reduction | ||
| Insurice Twin - ECO-I2000[Pb] | ECO-I2000 | (1) | 3.34 | Asbestos Reduction Cyst Reduction |
||
| Insurice Twin - ECO-I4000[3] [Pb] | ECO-I4000 | (1) | 3.34 | Cyst Reduction | ||
| Insurice Twin - I2000[Pb] | I2000 | (1) | 3.3 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| Insurice Twin - I2000²[Pb] | I2000² | (1) | 3.3 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| Insurice Twin - I4000[2] [3] [Pb] | I4000 | (1) | 3.3 | Cyst Reduction | ||
| Insurice Twin - I4000²[2] [3] [Pb] | I4000² | (1) | 3.3 | Cyst Reduction | ||
| MD-CE Filter[Pb] | MD-CE | (1) | 1.5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| MD-CN Filter[2] [3] [Pb] | CN | (1) | .5 | Cyst Reduction | ||
| MD-HE Filter[Pb] | MD-HE | (1) | 1.5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| MD-HN Filter[2] [3] [Pb] | MD-HN | (1) | .5 | Cyst Reduction | ||
| ProSeries 1500[Pb] | 1500 | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| ProSeries 2500[2] [3] [Pb] | 2500 | (1) | .5 | Cyst Reduction | ||
| ProSeries 3500[2] [3] [Pb] | 3500 | 300(1) | .5 | Cyst Reduction Lead Reduction VOC Reduction |
||
| QC7I Quad - ECO-MC[Pb] | ECO-MC | (1) | 6.6 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Quad - ECO-XC[3] [Pb] | ECO-XC | (1) | 6.6 | Cyst Reduction | ||
| QC7I Quad - MC[Pb] | MC | (1) | 6.6 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Quad - MC²[Pb] | MC² | (1) | 6.6 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Quad - MH[Pb] | MH | (1) | 6.6 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Quad - MH²[Pb] | MH² | (1) | 6.6 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Quad - XC[2] [3] [Pb] | XC | (1) | 6.6 | Cyst Reduction | ||
| QC7I Quad - XC²[2] [3] [Pb] | XC² | (1) | 6.6 | Cyst Reduction | ||
| QC7I Quad – nu-MC²[Pb] | nu-MC² | (1) | 6.6 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Quad – nu-XC²[Pb] | nu-XC² | (1) | 6.6 | Cyst Reduction | ||
| QC7I Single - ECO-MC[Pb] | ECO-MC | (1) | 1.67 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Single - ECO-XC[3] | ECO-XC | (1) | 1.67 | Cyst Reduction | ||
| QC7I Single - MC[Pb] | MC | (1) | 1.67 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Single - MC²[Pb] | MC² | (1) | 1.67 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Single - XC[2] [3] [Pb] | XC | (1) | 1.67 | Cyst Reduction | ||
| QC7I Single - XC²[2] [3] [Pb] | XC² | (1) | 1.67 | Cyst Reduction | ||
| QC7I Single – nu-MC²[Pb] | nu-MC² | (1) | 1.67 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Single – nu-XC²[Pb] | nu-XC² | (1) | 1.67 | Cyst Reduction | ||
| QC7I Single-MH[Pb] | MH | (1) | 1.67 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Single-MH²[Pb] | MH² | (1) | 1.67 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Triple - ECO-MC[Pb] | ECO-MC | (1) | 5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Triple - ECO-XC[3] [Pb] | ECO-XC | (1) | 5 | Cyst Reduction | ||
| QC7I Triple - MC[Pb] | MC | (1) | 5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Triple - MC²[Pb] | MC² | (1) | 5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Triple - MH[Pb] | MH | (1) | 5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Triple - MH²[Pb] | MH² | (1) | 5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Triple - XC[2] [3] [Pb] | XC | (1) | 5 | Cyst Reduction | ||
| QC7I Triple - XC²[2] [3] [Pb] | XC² | (1) | 5 | Cyst Reduction | ||
| QC7I Triple – nu-MC²[Pb] | nu-MC² | (1) | 5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Triple – nu-XC²(1) | nu-XC² | (1) | 5 | Cyst Reduction | ||
| QC7I Twin - ECO-MC[Pb] | ECO-MC | (1) | 3.3 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Twin - ECO-XC[3] [Pb] | ECO-XC | (1) | 3.3 | Cyst Reduction | ||
| QC7I Twin - MC[Pb] | MC | (1) | 3.3 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Twin - MC²[Pb] | MC² | (1) | 3.3 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Twin - MH[Pb] | MH | (1) | 3.3 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Twin - MH²[Pb] | MH² | (1) | 3.3 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Twin - XC[2] [3] [Pb] | XC | (1) | 3.3 | Cyst Reduction | ||
| QC7I Twin - XC²[2] [3] [Pb] | XC² | (1) | 3.3 | Cyst Reduction | ||
| QC7I Twin – nu-MC²[Pb] | nu-MC² | (1) | 3.3 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QC7I Twin – nu-XC²[Pb] | nu-XC² | (1) | 3.3 | Cyst Reduction | ||
| QL1-BH[Pb] | BH | (1) | .5 | Cyst Reduction | ||
| QL1-BH²[Pb] | BH² | (1) | .5 | Cyst Reduction | ||
| QL1-Birko[Pb] | Birko | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QL1-OCS[Pb] | OCS | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QL1-OCS²[Pb] | OCS² | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QL1-WFA-12[Pb] | WFA-12 | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QL1-ZIP[Pb] | ZIP | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QL2-2K Plus[Pb] | 2K Plus | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QL2-AquaMark 1[Pb] | AquaMark 1 | 1000(1) | .5 | Asbestos Reduction Cyst Reduction Lead Reduction Turbidity Reduction |
||
| QL2-AquaMark 2[2] [3] [Pb] | AquaMark 2 | 2000(1) | .5 | Cyst Reduction Lead Reduction |
||
| QL2-BH[Pb] | BH | (1) | .5 | Cyst Reduction | ||
| QL2-BH²[Pb] | BH² | (1) | .5 | Cyst Reduction | ||
| QL2-H2O[Pb] | Source H2O | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QL2-OCS[Pb] | OCS | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QL2-OCS²[Pb] | OCS² | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QL2-OW2 Plus[Pb] | OW2 Plus | 1000(1) | .5 | Asbestos Reduction Cyst Reduction Lead Reduction Turbidity Reduction |
||
| QL2-OW200L[2] [3] [Pb] | OW200L | 480(1) | .5 | Cyst Reduction Lead Reduction Trihalomethanes (TTHM) Reduction |
||
| QL2-OW4 Plus[2] [3] [Pb] | OW4 Plus | 2000(1) | .5 | Cyst Reduction Lead Reduction |
||
| QL2-QUSMP-710[Pb] | QUSMP-710 | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QL2-QUSMP-714[Pb] | QUSMP-714 | (1) | .5 | Cyst Reduction | ||
| QL2-WPS/AC[Pb] | AC | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QL2-WPS/ADC[Pb] | ADC | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QL3-4DC[Pb] | 4DC | (1) | .5 | Cyst Reduction | ||
| QL3-BH[Pb] | BH | (1) | .5 | Cyst Reduction | ||
| QL3-BH²[Pb] | BH² | (1) | .5 | Cyst Reduction | ||
| QL3-OCS[Pb] | OCS | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QL3-OCS²[Pb] | OCS² | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QL3-WPS/AC[Pb] | AC | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QL3-WPS/ADC[Pb] | ADC | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QL3B-4DC[Pb] | 4DC | (1) | .5 | Cyst Reduction | ||
| QL3B-BH[Pb] | BH | (1) | .5 | Cyst Reduction | ||
| QL3B-BH²[Pb] | BH² | (1) | .5 | Cyst Reduction | ||
| QL3B-OCS[Pb] | OCS | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| QL3B-OCS²[Pb] | OCS² | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| Quantum 1000 Filter[2] [3] [Pb] | Quantum 1000 | 750(1) | .5 | Cyst Reduction Lead Reduction |
||
| Quantum 4000 Filter[Pb] | Quantum 4000 | 2000(1) | .5 | Cyst Reduction Lead Reduction |
||
| S-100 Filter[2] [3] [Pb] | S-100 | (1) | .5 | Cyst Reduction | ||
| S-104 Filter[2] [3] [Pb] | S-104 | 1000(1) | .5 | Cyst Reduction Lead Reduction |
||
| S-54 Filter[2] [3] [Pb] | S-54 | 750(1) | .5 | Cyst Reduction Lead Reduction |
||
| TX-9000 Filter[2] [3] [Pb] | TX-9000 | 300(1) | .5 | Cyst Reduction VOC Reduction |
||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[2] From date code 1C38
[3] From date code 1C48
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and is in compliance with California's Health & Safety Code Section 116875
(commonly known as AB1953) and Vermont Act 193.
|
||||||
NOTE: All replacement elements are components.
The category of VOC (Volatile Organic Chemical) includes a number of chemicals that are both man-made and naturally occurring. Water from wells and utilities may contain some of these contaminants. Some VOCs are pesticides, herbicides, or insecticides that seep into the ground water after application. Other VOCs enter the water supply through industrial or other waste disposal. This category also includes total trihalomethanes, which are a by-product of chlorination.
A VOC reduction claim by the manufacturer means the system reduces the concentration of all of the following contaminants:
alachlor endrin simazine atrazine ethylbenzene styrene benzene ethylene dibromide (EDB) 1,1,2,2-tetrachloroethane carbofuran haloacetonitriles tetrachloroethylene carbon tetrachloride bromochloroacetonitrile toluene chlorobenzene dibromoacetonitrile 2,4,5-TP(silvex) chloropicrin dichloroacetonitrile tribromoacetic acid 2,4-D trichloroacetonitrile 1,2,4-trichlorobenzene dibromochloropropane (DBCP) haloketones 1,1,1-trichloroethane o-dichlorobenzene 1,1-dichloro-2-propanone 1,1,2-trichloroethane p-dichlorobenzene 1,1,1-trichloro-2-propanone trichloroethylene 1,2-dichloroethane heptachlor trihalomethanes (TTHM) 1,1-dichloroethylene heptachlor epoxide bromodichloromethane cis-1,2-dichloroethylene hexachlorobutadiene bromoform trans-1,2-dichloroethylene hexachlorocyclopentadiene chlorodibromomethane 1,2-dichloropropane lindane chloroform cis-1,3-dichloropropylene methoxychlor xylenes dinoseb pentachlorophenol
Facility : Jiangsu Province, China
| Replacement | Service Cycle | Flow Rate | ||||
| Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
|
Counter-Top Connected to Sink Faucet |
||||||
| CTS-ADC[Pb] | ADC | (1) | .5 | Asbestos Reduction Cyst Reduction Turbidity Reduction |
||
| CTS-H54[Pb] | H-54 | 750(1) | .5 | Cyst Reduction Lead Reduction |
||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and is in compliance with California's Health & Safety Code Section 116875
(commonly known as AB1953) and Vermont Act 193.
|
||||||
NOTE: All replacement elements are components.
The category of VOC (Volatile Organic Chemical) includes a number of chemicals that are both man-made and naturally occurring. Water from wells and utilities may contain some of these contaminants. Some VOCs are pesticides, herbicides, or insecticides that seep into the ground water after application. Other VOCs enter the water supply through industrial or other waste disposal. This category also includes total trihalomethanes, which are a by-product of chlorination.
A VOC reduction claim by the manufacturer means the system reduces the concentration of all of the following contaminants:
alachlor endrin simazine atrazine ethylbenzene styrene benzene ethylene dibromide (EDB) 1,1,2,2-tetrachloroethane carbofuran haloacetonitriles tetrachloroethylene carbon tetrachloride bromochloroacetonitrile toluene chlorobenzene dibromoacetonitrile 2,4,5-TP(silvex) chloropicrin dichloroacetonitrile tribromoacetic acid 2,4-D trichloroacetonitrile 1,2,4-trichlorobenzene dibromochloropropane (DBCP) haloketones 1,1,1-trichloroethane o-dichlorobenzene 1,1-dichloro-2-propanone 1,1,2-trichloroethane p-dichlorobenzene 1,1,1-trichloro-2-propanone trichloroethylene 1,2-dichloroethane heptachlor trihalomethanes (TTHM) 1,1-dichloroethylene heptachlor epoxide bromodichloromethane cis-1,2-dichloroethylene hexachlorobutadiene bromoform trans-1,2-dichloroethylene hexachlorocyclopentadiene chlorodibromomethane 1,2-dichloropropane lindane chloroform cis-1,3-dichloropropylene methoxychlor xylenes dinoseb pentachlorophenol
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