Which of the following is a common use for raw water?

Which of the following is a common use for raw water?

• A. Drinking after purification
• B. Industrial processing
• C. Agricultural irrigation
• D. Composting

Answer: (C)

Raw water, which is untreated water sourced directly from natural bodies such as rivers, lakes, or reservoirs, has several common uses, especially in contexts where high purity is not a requirement. One significant use of raw water is for agricultural irrigation. Irrigation is vital for agriculture, as it provides the necessary moisture that crops need to grow. Utilizing raw water for this purpose is practical and cost-effective, especially in regions where treated water is not readily available or where the demand for water exceeds the capacity of treated water supplies. In the case of drinking water, industrial processing, and composting, these uses generally require water to be treated to meet safety standards and effectiveness for specific applications. For drinking, water must be purified to eliminate contaminants that could pose health risks. Similarly, industrial processes often demand water that meets certain quality criteria to ensure efficiency and product safety. Composting may utilize water, but the quality is not as critical as in drinking or industrial processes. Thus, using raw water for agricultural irrigation aligns with its natural state and availability, making it the most suitable answer in this context.

Raw water, which is untreated water sourced directly from natural bodies such as rivers, lakes, or reservoirs, has several common uses, especially in contexts where high purity is not a requirement. One significant use of raw water is for agricultural irrigation. Irrigation is vital for agriculture, as it provides the necessary moisture that crops need to grow. Utilizing raw water for this purpose is practical and cost-effective, especially in regions where treated water is not readily available or where the demand for water exceeds the capacity of treated water supplies.

In the case of drinking water, industrial processing, and composting, these uses generally require water to be treated to meet safety standards and effectiveness for specific applications. For drinking, water must be purified to eliminate contaminants that could pose health risks. Similarly, industrial processes often demand water that meets certain quality criteria to ensure efficiency and product safety. Composting may utilize water, but the quality is not as critical as in drinking or industrial processes. Thus, using raw water for agricultural irrigation aligns with its natural state and availability, making it the most suitable answer in this context.