Practical Uses Of Titration

Practical Uses Of Titration Process You Need To Know

Posted on |Education, Science and Nature|| 0

TPractical Uses Of Titrationhe general principle of titration could be discussed in one of your chemistry classes back in the university. But most people may not be aware of the importance of this typical college chemical experiment in real life. It works by mixing a solution that has an unknown concentration with another substance that has a determined volume. Then you need to give it some time until it shows a reaction. One of the most commonly used titration techniques uses Karl Fischer titrator devices. This technique aims to find out the exact amount of concentration in most types of matter.

Plenty of industries rely on titration to determine the exact amount of concentration of a particular substance when doing a quantitative chemical analysis. Here are the most popular uses of titration in different types of industries that may also affect your everyday life.

Analysing Wastewater

Wastewater treatment plants use titration to check the level of contamination in the water that they process in the facility. By using this experiment, the treatment plants will have an easier time to find out how many harmful chemicals are present in the water. It will also allow them to formulate a plan to get rid of these dangerous chemicals. With the help of this process, people will have an assurance that the water that will pass through their faucets will always be fresh and clean.

Look Into The Food’s Nutritional Value

Experts from the food industry also use titration to look into the chemical composition of a specific food product. For example, nutritionists can determine the exact level of acidity of an orange juice by using a solution made from deionised and a particular volume of orange juice. Then they will add an electrode directly in the solution to get the result of their analysis. Bottled orange juice manufacturers usually use this type of procedure to know if they can meet the nutritional requirements of different groups of consumers. They may also use it to diversify the quality of their products based on the needs of the buyers.

Also, the food industry specialists can use titration to look into the type of fatty acid chain length in food items. They can use it to provide nutritional information to notify people with specific health requirements. Particularly, they can use either the volumetric and coulometric methods using Karl Fischer titrator systems to determine the levels of salt and sugar in most food items.

Determine The Safety Of Cosmetic Products

People who use cosmetics know that these products come with different chemical components. Because of this, they need to make sure that each make-up item that they use has the right amount of concentration and chemical levels to know if they are safe for their skin. They need to learn if the components of these cosmetic products will not have any adverse effects on their body. With the use of titration techniques, beauty product manufacturers will also determine the type of base that is suitable for their cosmetic items.

Create More Wine Flavours

Wine drinkers benefit from titration even without their knowledge. By using this technique to determine the exact level of acidity, winemakers will be able to know the type of wine that they can produce. It can also help them improve the flavour of their products since they can gauge the kind of ingredients that they need to add to the grapes to enhance the quality of their wines. Without titration, the wine bottles that they produce will lack variety and taste.

These are just some of the most common uses of titration that benefit different industries. With the help of this typical laboratory experiment, they can increase or decrease a particular component in their products before releasing it to the public. For this reason, learning about proper titration is very crucial for most industries to improve their products and services to their consumers.

Chris Evans Author

Leave a Reply

Required fields are marked *