Titration applications
Titration is one of the oldest methods in analytical chemistry. It is well-established in various industries. Our application experts have compiled numerous documents presenting various applications of titration. Different types of titration, e.g., acid-base titration, redox titration, or precipitation titration as well as different industries, e.g., food industry, environmental industry, or pharmaceutical industry are covered.
Use the filters to search our titration applications by analyte/parameter, sample matrix, norm, or industry.
- AN-T-239Nonaqueous titration of weak bases with perchloric acid
The amine value is an important parameter and quality indicator to determine in chemical processes and pharmaceuticals. This Application Note presents the nonaqueous perchloric acid titration of triethanolamine.
- AN-T-240Total acid number with conductometric titration
The total acid number (TAN) is an important parameter for assessing the acidity of oils and fuels. This Application Note determines TAN using conductometric titration.
- WP-068Recommendations for titration methods validation
The objective of validation of an analytical procedure is to demonstrate that it is suitable for its intended purpose. Recommendations for the validation of analytical methods can be found in ICH Guidance Q2(R1) Validation of Analytical Procedures: Text and Methodology and in USP General Chapter <1225> Validation of Compendial Procedures. The goal of this white paper is to provide some recommendations for the validation of titration methods.
- WP-063Recommendations for converting a manual titration procedure into an automated titration procedure
This white paper summarizes the steps involved in converting an existing manual titration procedure to semi-automated or automated titration procedures. It discusses topics such as selecting the right electrode and titration mode. For a better understanding, the discussion topics are illustrated with three examples.
- WP-093Significant cost savings through dynamic ventilation during nitrification in wastewater treatment
This White Paper gives an overview of the energy-intensive nitrification process that converts ammonia into less harmful nitrogen compounds at wastewater treatment plants (WWTPs). It displays the results from a field test at a WWTP, showcasing the positive influence of single-method process analyzers on the efficiency of the nitrification process.
- AN-T-068Determination of coconut oil ethoxylates (nonionic surfactants)
This application note shows how coconut oil ethoxylates can be determined via potentiometric titration.
- AN-T-067Determination of tallow ethoxylates (nonionic surfactants)
Tallow amine ethoxylates are toxic to aquatic life, and therefore their use is restricted. This Application Note explains an approach to determine these non-ionic surfactants potentiometrically.
- AN-T-015Nonionic surfactants in liquid household cleaners
This application note shows a reliable way to determine the content of non-ionic surfactants in liquid cleaning solutions by potentiometric titration.
- AN-T-050Nonionic surfactant nonylphenol ethoxylate (8 EO)
This application note describes the determination of nonylphenol ethoxylate by potentiometric titration with sodium tetraphenylborate using the NIO surfactant electrode.
- AN-T-238Determination of the alkalinity (p-value and m-value) in water
Alkalinity defines the acid-binding capacity of natural water. A distinction is made between total alkalinity (m-value) and carbonate alkalinity (p-value). This Application Note presents the determination of pH and alkalinity in water with a titration method conforming to EPA 310.1, Standard Methods 2320 B (Titration Method), ASTM D1067, EN ISO 9963-1, and EN ISO 9963-2.
