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HPLC analysis of caffeine and benzoic acid in diet coke - Lab Report Example

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The paper concludes that high-performance liquid chromatography can be the best method for determining different ingredients in beverages. This is because it can be relied on and because of its accuracy…
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HPLC analysis of caffeine and benzoic acid in diet coke
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"HPLC analysis of caffeine and benzoic acid in diet coke"

Download file to see previous pages Many beverages contain caffeine and benzoic acid. Caffeine can be classified as a drug and can be extremely addictive. Diet beverages also contain aspartame and saccharin. Aspartame and saccharin can be used to instead of sugar in the diet beverages. Aspartame and saccharin taste more than the normal sugar. The reason that many of these beverages contain aspartame and saccharin is because manufacturers prefer to use aspartame and saccharin instead of sugar. This has been because there are people who cannot take sugar due to health issues. To meet the demand of their customers, the manufacturers of the beverages see it fit to use saccharin and aspartame instead of sugar.
Aspartame is the most commonly used more than saccharin. It becomes commonly used because it can be digested. When it gets digested, it breaks down into methanol, aspartic acid and phenylalanine. Aspartame has an effect on brain. It can therefore, cause some mental disorders due to its effect on the brain if taken in excess. Saccharin cannot be digested hence it is not commonly used. To avoid the danger associated with high intake of the two sweeteners, they should be used in small quantity.
The function of benzoic acid is to conserve the beverages. Benzoic acid preserves the beverages by making some bacteria and yeast grow. The growth of yeast and bacteria ensures that the beverages last longer without going bad. Therefore, the shelf life of the beverages becomes increased. Companies that produce products that contain benzoic acid should make sure that the concentration level of benzoic acid is standard. Though benzoic acid is essential in preserving the beverages, high concentration of the acid can be dangerous. Concentration of benzoic acid in beverages normally varies from 0.05 percent to 0.10 percent. In a day, a person should take 5mg per kilogram of the body weight. If human beings consume too much of the acid, it can cause destruction to the liver and kidney. Liver and kidney are supremely valuable organs in the human body hence people should observe their intake of benzoic acid. Manufacturers should take into consideration the effects of the benzoic acid and put their customers’ life first. Some manufacturers often produce beverages that have a high concentration of benzoic acid because they want their products to stay longer. By doing this, they endanger lives of many people. Even though benzoic acid can be used as a preservative, if beverages stay for longer, they lose the original taste. Caffeine can be classified as a drug. Caffeine can be found in plants. In plants, caffeine may be used as a pesticide. It helps to kill pests in plants. This does not mean that it should not be used as it is beneficial if taken in the right amount. In diet soda and other beverages, caffeine can be used as a taste additive. Because of its bitter taste, caffeine enhances other flavors. Caffeine is also a stimulant. Because of its stimulant effect, many people take products with caffeine so that they can be alert. Also, caffeine decreases tiredness hence many people who are always busy consumes a lot of caffeine. Too much consumption of caffeine can cause restlessness and headaches. Normally, a person should consume around 250 milligram of caffeine in a day. More than that amount can be dangerous. It could be noted that individuals who consume much caffeine are likely to suffer hypertension, and other cardiovascular diseases compared to those who take less caffeine. In addition, caffeine can be highly addictive, and that can be one of the reasons that caffeine became classified as a drug. High performance liquid chromatography (hplc ...Download file to see next pagesRead More
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