What effect does liquid chlorine have on skin and mucous membranes?

What effect does liquid chlorine have on skin and mucous membranes?

• A. Formation of acids only
• B. Formation of acids and possible frostbite
• C. Generation of heat upon contact
• D. None of the above

Answer: (B)

Liquid chlorine can have significant effects on skin and mucous membranes due to its corrosive properties. When chlorine comes into contact with organic materials, including skin, it can react to form acidic compounds, which can lead to irritation, burns, or other damage. Additionally, liquid chlorine is extremely cold, and exposure can cause frostbite because it can lower the temperature of skin and tissues dramatically upon contact. Therefore, the correct interpretation of the effects of liquid chlorine on the body encompasses both the formation of acids that can cause chemical burns and the potential for physical injury like frostbite due to its temperature. Understanding these effects is crucial for ensuring safety when handling chlorine in wastewater collection or treatment processes.

Liquid chlorine can have significant effects on skin and mucous membranes due to its corrosive properties. When chlorine comes into contact with organic materials, including skin, it can react to form acidic compounds, which can lead to irritation, burns, or other damage. Additionally, liquid chlorine is extremely cold, and exposure can cause frostbite because it can lower the temperature of skin and tissues dramatically upon contact. Therefore, the correct interpretation of the effects of liquid chlorine on the body encompasses both the formation of acids that can cause chemical burns and the potential for physical injury like frostbite due to its temperature. Understanding these effects is crucial for ensuring safety when handling chlorine in wastewater collection or treatment processes.