Standard Methods for the Examination of Water and Wastewater - Part 4500-Cl¯: Chloride (2012)

Information provider: IHS Markit,
Author: American Public Health Association, American Waterworks Association and Water Environment Federation
Information type: Other Standard,
Format: HARD COPY,

4500-Cl^- Chloride

Five methods are presented for the determination of chloride.

The argentometric method (B) is suitable for use in relatively clear waters when 0.15 to 10 mg Cl¯ are present in the portion titrated.
The end point of the mercuric nitrate method (C) is easier to detect.
The potentiometric method (D) is suitable for colored or turbid samples.
The ferricyanide method (E) is an automated technique.
Mercuric thiocyanate flow injection analysis (G) is also discussed. This section is reprinted from the 20th Edition.

Additional methods that can be used are ion chromatography (4110) and capillary ion electrophoresis (4140).

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AS/NZS 2280:2014

Part 4500-Cl¯ Chloride (2012) is cited by AS/NZS 2280:2014 Ductile iron pipes and fittings
AS/NZS 4020:2018

Part 4500-Cl¯ Chloride (2012) is cited by AS/NZS 4020:2018 Testing of products for use in contact with drinking water

4500-Cl^- Chloride

Five methods are presented for the determination of chloride.

The argentometric method (B) is suitable for use in relatively clear waters when 0.15 to 10 mg Cl¯ are present in the portion titrated.
The end point of the mercuric nitrate method (C) is easier to detect.
The potentiometric method (D) is suitable for colored or turbid samples.
The ferricyanide method (E) is an automated technique.
Mercuric thiocyanate flow injection analysis (G) is also discussed. This section is reprinted from the 20th Edition.

Additional methods that can be used are ion chromatography (4110) and capillary ion electrophoresis (4140).

View on Information Provider website

4500-Cl^- Chloride

Five methods are presented for the determination of chloride.

The argentometric method (B) is suitable for use in relatively clear waters when 0.15 to 10 mg Cl¯ are present in the portion titrated.
The end point of the mercuric nitrate method (C) is easier to detect.
The potentiometric method (D) is suitable for colored or turbid samples.
The ferricyanide method (E) is an automated technique.
Mercuric thiocyanate flow injection analysis (G) is also discussed. This section is reprinted from the 20th Edition.

Additional methods that can be used are ion chromatography (4110) and capillary ion electrophoresis (4140).

View on Information Provider website

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