Which compound can be used for better results in well development procedures?

Sodium hypochlorite is effective in well development procedures primarily due to its powerful disinfectant properties, which help control biological growth within the well system. This is particularly important in ensuring the quality of groundwater, especially in situations where microbial contamination could affect water safety. Upon application, sodium hypochlorite breaks down into harmless by-products, making it suitable for use in drinking water sources.

In well development, the removal of sediments and the reduction of bacterial growth are essential to enhance water flow and quality. Sodium hypochlorite’s ability to effectively reduce turbidity and disinfection allows for cleaner water to be drawn from the well, ensuring that the well functions efficiently and reliably.

The other compounds listed are not ideal for this specific application. Calcium carbonate primarily serves as a pH adjuster or in precipitation reactions but does not address microbial contamination. Ferric chloride is commonly used for precipitation and flocculation in water treatment processes but does not inherently promote well development. Ammonium sulfate might be used as a fertilizer and has limited relevance in well development processes aimed at improving water quality and flow.