Cubic Meters per Hour (m³/h) to Cubic Feet per Hour (ft³/h) Flow Unit Conversion Calculator

Users can use this tool to convert flow measurement data from Cubic Meters per Hour (m³/h) to the widely used Cubic Feet per Hour (ft³/h). This conversion is essential for professionals working across international engineering projects, HVAC systems, industrial processing, and water distribution operations.

Cubic Meters per Hour (m³/h) is a standard metric unit for measuring fluid or gas flow over time. It is used globally across multiple sectors to track large-scale flow volumes.

  • Used in municipal and industrial water treatment and supply systems.
  • Essential for measuring airflow and fluid movement in HVAC systems.
  • Common in industrial chemical and process engineering applications.
  • Helps monitor energy and gas transmission systems.

Cubic Feet per Hour (ft³/h) is an imperial unit used primarily in the United States to measure the volume of gas or fluid passing through a system per hour. It is commonly used in utility, HVAC, and gas distribution sectors.

  • Used in U.S.-based water and gas flow monitoring systems.
  • Common in HVAC and building ventilation for calculating air changes.
  • Applied in utility services for tracking energy consumption in cubic feet.
  • Used in natural gas distribution for metering pipeline flows.

To convert m³/h to ft³/h, use the following formula:

Since 1 cubic meter per hour equals approximately 35.3147 cubic feet per hour, multiply the m³/h value by this factor to obtain ft³/h.

If your current flow rate is 100 m³/h, convert it to ft³/h:

100 m³/h × 35.3147 = 3,531.47 ft³/h

So, a flow rate of 100 m³/h is equivalent to 3,531.47 ft³/h.

Cubic Meters per Hour (m³/h)Cubic Feet per Hour (ft³/h)
1 m³/h35.3147 ft³/h
10 m³/h353.15 ft³/h
50 m³/h1,765.73 ft³/h
100 m³/h3,531.47 ft³/h
500 m³/h17,657.35 ft³/h
1,000 m³/h35,314.7 ft³/h
5,000 m³/h176,573.5 ft³/h
  • Engineers and operators use this conversion to align metric and imperial data in cross-border projects.
  • Assists in pipeline and utility system design and monitoring.
  • Important for HVAC professionals working with mixed-unit systems.
  • Enables utility companies to standardize data across global facilities.
  • Supports energy audits and performance monitoring for large-scale systems.

This conversion tool ensures reliable and accurate flow rate conversions, empowering professionals in industrial, HVAC, and water management sectors to make informed decisions with confidence.

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