The Health Effects of Chlorinated Drinking Water

Introduction Analytical chemistry is a field of chemistry, including qualitative and quantitative assessment of elements or compounds consisting of materials to be analyzed. This section is divided into several methods and techniques. Each has its use and importance: volume analysis and gravimetric analysis, thermal analysis, qualitative analysis, spectral analysis, instrumental analysis and electrolysis. Desalination of water by chlorine is considered to be one of applications of analytical chemistry.

Inhaled chlorine in the shower, drunk and ingested. Chlorine has a bad taste and smell. It affects your skin, hair and general health. Chlorine may irritate the skin and dry hair. It can cause asthma attacks and cause trouble for people who fight eczema. Chlorine may also affect your bladder

In Canada, the most common way to disinfect drinking water is to use chlorine, chloramine, or chlorine dioxide. Chlorination of drinking water is one of the most important public health advances of the 20th century and saves more lives than the sum of all medicines. It virtually eliminates all bacteria that caused diseases such as cholera, typhoid, dysentery and hepatitis. More than 200 million Canadians are drinking chlorine-based drinking water every day. Chlorine disinfection is used in each of Canada's 3,000 drinking water plants. Chlorine-based disinfectants have the long lasting energy required to help prevent the regeneration of microorganisms as water is distributed from the treatment plant to the faucet

Chlorine is added as a disinfectant to drinking water and removes harmful bacteria. Harmful bacteria are usually in areas where water is available. The controversy over this problem is that chlorination can be a pros or cons of consumers. Chlorine is currently the most effective method of water treatment compared to other methods. However, it also reacts with natural organic compounds present in water to produce long-term harmful chemicals.

When water chlorination began in the early 20th century it was welcomed as an innovative solution for waterborne diseases. Since untreated drinking water can carry pathogens that cause serious diseases, the short-term health benefits of chlorinated water will soon become apparent. However, since scientists have determined that disinfectants react with other chemicals in the water, chlorination is rapidly complicated by long-term health problems. We would like to look at these reactions and explore the reasons for those concerns.