We Value Your Privacy

We and our partners use technology such as cookies on our site to personalise content and ads, provide social media features, and analyse our traffic. Click below to consent to the use of this technology across the web. You can change your mind and change your consent choices at anytime by returning to this site.

Update Consent
Loading ...

What Is Volumetric Analysis Used in Industry for?

Updated February 21, 2017

Titration, also called volumetric analysis, is a method to determine concentration of a dissolved substance, or solute, in a solution. The process fulfils a variety of important roles in industry, where industrial chemists use titration to help ensure product quality.

Loading ...


In volumetric analysis, a chemical called a titrant is added to a solution to react with or neutralise the solute, together with an indicator that will mark the time at which all of the solute has been neutralised. At that point, the chemist can determine how much solute was originally present from the amount of titrant added. A common example is acid-base titration, where an acid is used as titrant to neutralise a base (or vice versa) and a pH meter measures the pH so that the chemist can tell once the solute has been neutralised.


Titration is important in environmental chemistry, where scientists can use it to analyse acid rain or contaminants in surface water samples. In the food and beverage industry, manufacturers must ensure their products meet certain quality criteria or contain standard concentrations of specific additives, so titration is often used to analyse products before sale. Titration is also very important in the pharmaceutical industry, where precise measurements of quantities and concentrations is essential throughout the manufacturing process.


Titration also finds use in the wine industry, where sulphur dioxide is used to control microbial growth. Too much or too little, however, can be detrimental to the quality of the final product. Titration enables wineries to determine the concentration of sulphur dioxide during the process.

Loading ...

About the Author

Based in San Diego, John Brennan has been writing about science and the environment since 2006. His articles have appeared in "Plenty," "San Diego Reader," "Santa Barbara Independent" and "East Bay Monthly." Brennan holds a Bachelor of Science in biology from the University of California, San Diego.

Loading ...