Convert ounce/minute [oz/min] to acre-foot/hour [ac*ft/h] Online | Free flow Converter

/Minute [oz/min]

Ounce per minute [oz/min] is a unit of volumetric or mass flow rate, depending on whether fluid ounces or weight ounces are considered, commonly used in laboratory, culinary, and small-scale industrial applications. One ounce (oz) equals approximately 29.5735 milliliters for fluid ounces or 28.35 grams for weight ounces. When expressed per minute, oz/min measures the amount of fluid or material flowing through a system every sixty seconds, making it suitable for applications that require precise, small-scale, and continuous delivery. For example, in a laboratory experiment, a chemical solution may be dispensed at 5 oz/min to ensure accurate reaction conditions. In culinary or beverage industries, liquid ingredients are often regulated in oz/min to maintain consistency in production. Compared to oz/hour or oz/day, ounce per minute provides higher temporal resolution, allowing real-time monitoring and immediate adjustments. It is also used in microfluidic devices, medical dosing pumps, and small industrial machinery where precision is critical. Using oz/min enables technicians, scientists, and operators to control, measure, and optimize fluid or material flow, ensuring accuracy, efficiency, and safety in applications where even minor variations can affect results or product quality.

Hour [ac·ft/h]

Acre-foot per hour [ac·ft/h] is a unit of volumetric flow rate commonly used in hydrology, irrigation, and water resource engineering. One acre-foot represents the volume of water needed to cover one acre of land to a depth of one foot, approximately 1,233 cubic meters or 325,851 gallons. When expressed per hour, ac·ft/h measures the water volume delivered, consumed, or flowing through a system within a single hour. This unit is particularly useful for managing high-capacity water distribution systems, including canals, reservoirs, and municipal or industrial supply networks, where monitoring short-term flow is essential. For example, a hydroelectric dam releasing 10 ac·ft/h discharges enough water to cover ten acres to a depth of one foot every hour, assisting operators in controlling water levels and power generation. It is also applied in flood control, irrigation scheduling, and industrial water use where precise flow rates are critical. Compared to ac·ft/d or ac·ft/y, acre-foot per hour provides finer temporal resolution, allowing for rapid adjustments and better system management. Using ac·ft/h enables engineers and water managers to monitor, regulate, and optimize water flow, ensuring efficiency, safety, and sustainability in diverse water resource applications.