According to the WHO, waterborne diseases are responsible for more than two million deaths annually, with the majority of them occurring in children under the age of five. The ever-increasing risk of these syndromes is tackled using the disinfectant, “chlorine,” which is added in the water to destroy pathogenic microorganisms. A report from the American Chemistry Council states that the application of chlorine in drinking water has significantly reduced the risks of diseases such as cholera, dysentery, typhoid fever, and hepatitis. It is also considered as a vital chemical building block owing to its active participation in producing products that contribute to nutrition, health safety, advanced technology, transportation, and security. All these factors put together, the chlorine market players are poised for fruitful returns in the near future.To access the full report, click here: [URL]https://industryarc.com/Report/15777/chlorine-market.html[/URL]
Chlorine Market Trends
• The limited availability of drinking water around the globe is one major factor which is responsible for the adoption of chlorine. Addition of chlorine in a specific amount improves the quality of water, purifies it, and ultimately makes it suitable for drinking. The emerging trend of recycling used water within smart cities and urban communities are driving the chlorine market.
• Chlorine is widely used in the production of solar panels. Solar panels use silicon cells to generate electricity from solar energy. The impure silicon cells acquired from quartz sand is washed with chlorine. This washed silicon and quartz grains are further transformed into solar panel chips. The excessive requirement of an alternative source of energy is harnessing the solar energy market and consequently, hiking the demands of chlorine in the industry.
• Another alternate energy production unit that uses chlorine in ample amount is wind energy. The blades used to convert the wind into energy are manufactured using chlorine-based epoxy resins. These blades are made using epichlorohydrin (EPI), which is a tremendously versatile chemical derived from chlorine and is suitable for a wide range of industrial application. The application of chlorine in the development of these turbine blades makes the blades lightweight, which is particularly important to extract the most efficient solution.
• The pharmaceuticals industry extensively uses chlorine to manufacture a variety of therapeutic products. According to the American Chemistry Council, 88% of prescribed pharmaceuticals are produced with the help of chlorine. The net gain harnessed from the application of chlorine in the health sector is estimated to reach $640 billion per year in the United States and Canada alone states the Council.
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