Convert hundred-cubic foot/minute to cubic foot/second [ft^3/s] Online | Free flow Converter

Hundred-Cubic Foot/Minute [hcf/min]

Hundred-cubic foot per minute [hcf/min] is a unit of volumetric flow rate commonly used in municipal water supply, industrial fluid systems, and irrigation networks. One hundred cubic feet (hcf) equals 100 cubic feet of water, approximately 2,832 liters or 748 gallons. When expressed per minute, hcf/min measures the volume of water or fluid flowing through a system every sixty seconds. This unit is particularly useful for monitoring high-flow systems in real time, such as large pumping stations, industrial cooling systems, or water distribution networks during peak demand. For example, a pipeline delivering 5 hcf/min transports 500 cubic feet of water every minute, allowing engineers and operators to manage flow rates accurately and prevent bottlenecks. It is also used in industrial processes requiring precise, rapid fluid delivery, such as chemical manufacturing or thermal management. Compared to hcf/h or hcf/d, hundred-cubic foot per minute provides fine temporal resolution, enabling immediate adjustments and enhanced control of large-volume flows. Using hcf/min allows water engineers, industrial operators, and facility managers to monitor, regulate, and optimize fluid flow, ensuring efficiency, safety, and reliability in both municipal and industrial applications.

Foot/Second [ft³/s]

Cubic foot per second [ft³/s] is a unit of volumetric flow rate that measures the volume of fluid or material passing through a system every second, based on the cubic foot. One cubic foot equals approximately 28.3168 liters. Expressed per second, ft³/s is commonly used in hydrology, water resource management, industrial processes, and large-scale fluid systems where high flow rates must be monitored and controlled in real time. For example, in river discharge or dam release studies, a flow of 50 ft³/s represents 50 cubic feet of water passing a point each second, allowing engineers to manage flood risks and water supply efficiently. In industrial settings, it can be used to monitor large-scale liquid, slurry, or gas flows to ensure operational efficiency and prevent system overload. Compared to ft³/min or ft³/h, cubic foot per second provides instantaneous measurement and high-resolution control, enabling immediate adjustments to changing conditions. Using cubic feet per second allows engineers, hydrologists, and operators to measure, regulate, and optimize volumetric flow, ensuring safety, efficiency, and reliability in municipal, industrial, and environmental applications.