WATER QUALITY - DETERMINATION OF DISSOLVED OXYGEN - ELECTROCHEMICAL PROBE METHOD

Published date

01-12-2013

Publisher

Cooperating organizations
National foreword
Brief history
Text of EN 25814 - No contents section
National annex NA (informative) Committees responsible
National annex NB (informative) Cross-reference

Specifies an electrochemical method for the determination of dissolved oxygen in water by using an electrochemical cell which is isolated from the sample by a gas permeable membrane. The method is suitable for measurements made in the field and for continuous monitoring of dissolved oxygen as well as measurements made in the laboratory. The method is suitable for waste, natural and saline waters.

DevelopmentNote	Indice de classement: T90-106. (07/2014)
DocumentType	Standard
PublisherName	Association Francaise de Normalisation
Status	Current
Supersedes	NFT 90 106 : 1973

Standards	Relationship
EN 25814 : 1992	Identical
DIN EN 25814:1992-11	Identical
BS EN 25814:1992	Identical
I.S. EN 25814:1993	Identical
UNE-EN 25814:1994	Identical

NF ISO 11348-2 : 2008	WATER QUALITY - DETERMINATION OF THE INHIBITORY EFFECT OF WATER SAMPLES ON THE LIGHT EMISSION OF VIBRIO FISCHERI (LUMINESCENT BACTERIA TEST) - PART 2: METHOD USING LIQUID-DRIED BACTERIA
XP T90 380 : 2003 XP	WATER QUALITY - DETERMINATION OF THE INHIBITION OF THE MOBILITY OF DAPHNIA MAGNA STRAUSS BY CHEMICALS IN PRESENCE OF ORGANIC CARBON IN THE FORM OF HUMIC ACIDS - ACUTE TOXICITY TEST
NF ISO 11348-1 : 2008	WATER QUALITY - DETERMINATION OF THE INHIBITORY EFFECT OF WATER SAMPLES ON THE LIGHT EMISSION OF VIBRIO FISCHERI (LUMINESCENT BACTERIA TEST) - PART 1: METHOD USING FRESHLY PREPARED BACTERIA
NF ISO 11348-3 : 2008	WATER QUALITY - DETERMINATION OF THE INHIBITORY EFFECT OF WATER SAMPLES ON THE LIGHT EMISSION OF VIBRIO FISCHERI (LUMINESCENT BACTERIA TEST) - PART 3: METHOD USING FREEZE-DRIED BACTERIA
FD T90 524 : 2015 FD	WATER QUALITY - QUALITY CONTROLE FOR STORAGE AND WATER SAMPLING
NF EN ISO 10270 : 2008	CORROSION OF METALS AND ALLOYS - AQUEOUS CORROSION TESTING OF ZIRCONIUM ALLOYS FOR USE IN NUCLEAR POWER REACTORS