Used as an intermediate in the synthesis of sulfonylurea herbicides, this compound plays a key role in agricultural chemistry for developing selective weed control agents. Its structure allows for effective binding to plant enzyme sites, inhibiting growth in unwanted vegetation without significantly affecting crop plants when applied properly. It is particularly valuable in the production of rice and wheat field herbicides due to its stability and reactivity in sulfonamide coupling reactions. Additionally, it serves in research settings for designing new biologically active molecules with potential pesticidal properties.