Page 28 - SERES

Kinetics
典型應用
Parameters Background Range Cycle Time Model Method Industry
Chloride (Cl-)
NaOH 0 – 50 ppb 10 m
T opaz
Colorimetric Chlor - Alkali
Water 0 – 200 ppb 18 m
Potentiometric Waste Water
Ca2+, Mg2+
Brine
0 – 100 ppb 10 m
Colorimetric Chlor - Alkali
0 – 100 ppm 5 m
Colorimetric Chlor - Alkali
0 – 300 ppb 8 m
Colorimetric Chlor - Alkali
0 – 10 ppm 8 m
Colorimetric Chlor - Alkali
Water
0 – 600 ppm 17 m
Colorimetric Waste Water
TH-TAC-TA
Brine and Water
− 0-2°f (low range)
− 0-50°f (standard range) − 0-60°f (high range)
− Ca: 1°f = 4 mg/l
− Mg: 1°f = 2,4 mg/l
6 m
Colorimetric Waste Water
NaOH
Brine
0 – 100 ppm
12 m
Titrimetric Chlor - Alkali
Na2CO3
0 – 500 ppm
NH4+
Brine
0 – 20 ppm (With Dilution), 0-0.5 ppm
15 m
Colorimetric Chlor - Alkali
Water
0 – 200 ppm 12 m
Potentiometric Waste Water
0-10ppmupto200ppm 13m
Potentiometric Waste Water
0 - 20 ppm up to 1000 ppm 7 m
Potentiometric Waste Water
0 - 200 ppm 7 m
Potentiometric Waste Water
COD (KMnO4)
Water
0 – 200 ppm 25 m
Titrimetric Waste Water
COD (Cr) Water 0 – 200 ppmw 15 m SERES COD 2000 Colorimetric Waste Water
COLOR Water 0 – 250 Hz (With Dilution) 6 m
T opaz
Colorimetric COLOR
Nitrites (NO2-) Water 0 – 1 ppm 12 m
Colorimetric NITRITES
Cyanides (CN-) Water 0 – 20 ppm 12 m
Potentiometric Waste Water
Phenol (C6H5OH) Water 0-200 ppb to 0 – 5 ppm 6 m
Colorimetric Waste Water
Fluorides (F-) Water 0 – 5 ppm, 0 – 200 ppm, 0- 12 m 3000 ppm, 0-30 ppm
Potentiometric Waste Water
Sulphate (SO42-) Brine 0 – 50 ppm 8 m
Colorimetric Chlor - Alkali
Boron (B-) Water 0 – 1 ppm 35 m
Colorimetric Waste Water
CaCO3 Water 0 - 20 ppm to 0 – 600 ppm 5 m
Titrimetric Waste Water
TOC
Water
0 – 100 ppm 4 - 6 m TOC EVOLUTION UV/VUV AOP Waste Water VUV
0 – 2 ppm 5 - 8 m TOC EVOLUTION UV/VUV AOP Waste Water VUV low range
TOC EVOLUTION on
0 - 2 ppm to 0 – 1000 ppm 5 - 8 m pressurized cabinet UV/VUV AOP Waste Water
IECEX Certification
Boilers Con- TOC EVOLUTION
densation Wa- 0 – 1000 ppm 5 - 8 m VUV UV/VUV AOP Process Water
ter
CT-CIT-COT- VOC
Water 0 - 10 ppm (low range) 5 - 6 m TOC EVOLUTION UV/VUV AOP Drinking Water (monostream) VUV
Oil Water 0 – 10 ppm to 0 – 1000 ppm N/A OPAL Infra-Red Waste Water
Turbidity Water 0 – 1000 NTU N/A TURBILIGHT II IR Nephelometry Waste Water
Difference of Automatic Drain- Dielectric Con- Oil 5 to 25% N/A PAUTBAC II ing Oil
stant
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