Convert pound/minute (Gasoline at 15.5%b0C) to hundred-cubic foot/hour Online | Free flow Converter

Pound/Minute (Gasoline at 15.5°C) [lb/min]

Pound per minute [lb/min] is a unit of mass flow rate that measures the mass of a substance passing through a system every minute. When specified for gasoline at 15.5°C (approximately 60°F), it accounts for the density of gasoline under standard conditions, about 6.073 lb/gal (0.725 g/cm³). Expressed in lb/min, this unit is widely used in fuel handling, engine testing, and industrial fuel delivery systems where monitoring the mass of fuel over time is important. For example, an engine consuming 120 lb/min of gasoline can be analyzed to optimize fuel injection, improve efficiency, and reduce emissions. In pipelines or storage systems, lb/min allows operators to measure fuel transfer rates, manage inventory, and ensure safe and consistent delivery. Compared to lb/s, pound per minute provides a longer time-scale perspective, suitable for planning, monitoring, and operational reporting. Using lb/min for gasoline at 15.5°C allows engineers, technicians, and operators to track, regulate, and optimize fuel mass flow, ensuring efficient combustion, precise dosing, and reliable performance in automotive, industrial, and energy applications where fuel consistency is critical.

Hundred-Cubic Foot/Hour [hcf/h]

Hundred-cubic foot per hour [hcf/h] is a unit of volumetric flow rate commonly used in municipal water supply, industrial processes, and fluid management systems. One hundred cubic feet (hcf) equals 100 cubic feet of water, approximately 2,832 liters or 748 gallons. When expressed per hour, hcf/h measures the volume of water delivered, consumed, or transported in a single 60-minute period. This unit is particularly useful for monitoring medium- to large-scale water flows in real time, such as in water distribution networks, irrigation systems, and industrial cooling processes. For example, a pumping station delivering 10 hcf/h transports 1,000 cubic feet of water per hour, allowing engineers to manage flow rates, prevent shortages, and optimize system performance. It is also applied in industrial operations where precise control of water or fluid flow is critical for process efficiency and safety. Compared to hcf/d, hundred-cubic foot per hour provides short-term, high-resolution monitoring, enabling timely adjustments and operational decisions. Using hcf/h allows water engineers, facility managers, and industrial operators to track, regulate, and optimize water flow, ensuring reliability, efficiency, and effective resource management across municipal and industrial applications.