Phenol Index Determination: Drinking Water, Surface Water and Waste Water

TS 6227 ISO 6439

Water quality monitoring and control is a process in which various methods are used to analyze the biological, chemical and physical properties of water. In this context, phenol index determination for water quality is an important analysis method used to measure the amount of phenolic compounds present in the aquatic environment. TheTS 6227 ISO 6439 standard defines spectrometric methods for the determination of such compounds using 4-aminoantipyrine after distillation.

Hydroxy derivatives of benzene are called “phenols”. Phenols are generally analyzed because they can be found in “domestic and industrial wastewater, natural waters and waters and wastes used for drinking water supply”.

“Determination of Phenol Index” is determined by different analysis methods in drinking water, surface water and wastes.

• Direct colorimetric method
• Chloroform extraction method

What is the Phenol Index?

The phenol index is a unit of measurement used to determine the concentration of phenolic compounds present in the aquatic environment. Phenolic compounds can enter water from industrial wastes, petroleum derivatives, pesticides and various other industrial processes. These compounds have toxic effects on aquatic life and significantly affect water quality.

What is the Scope and Purpose of TS 6227 ISO 6439 Standard?

TheTS 6227 ISO 6439 standard specifies spectrometric methods for the determination of phenol index using 4-aminoantipyrine after distillation. This method is necessary to accurately and reliably analyze the concentrations of phenolic compounds in the composition of water.

1. Scope: This standard provides for the determination of phenol concentration in water media, including drinking water, surface water and wastewater.
2. Purpose: By determining the amount of phenolic compounds in the water environment, it allows the implementation of appropriate treatment and control methods to monitor water quality and reduce the potential harmful effects of these compounds.
3. Method: The method involves the separation of water samples for phenolic compounds, followed by spectrometric quantification of these compounds using 4-aminoantipyrine. This method accurately quantifies the presence of phenol in water and provides an important criterion for assessing the potential toxic effects of water.

Application Areas and Important Uses

1. Industrial Water Monitoring: Used to analyze wastewater from industrial processes, especially phenolic compounds from chemical and petrochemical industries.
2. Water Quality Monitoring: It is necessary to monitor the quality of natural water resources such as drinking water and surface waters. Determination of phenol concentration ensures that water is protected from potential harmful effects.
3. Environmental Monitoring: Monitoring phenolic compounds in aquatic environments is a critical analysis for environmental pollution control. This analysis determines the effects of water on the ecosystem and enables the implementation of regulatory mechanisms.
4. Environmental Management: Used to protect water quality and comply with environmental management systems. Phenol index determination is part of water management programs.

Nanolab Laboratories Group continues to provide services within the scope of Phenol Index Determination. We also provide services in Wastewater Analysis.

Contact us for more information.

You can follow us on LinkedIn for up-to-date news and posts about our services.

Follow our Instagram account to be informed about our latest blog posts.