What Is the Equivalent of 88.4 m³/Day in Hundred ft³/Hr?

Introduction

Understanding unit conversions is essential in various industries, including engineering, manufacturing, and environmental science. One common conversion involves transforming a flow rate from cubic meters per day (m³/day) to hundred cubic feet per hour (hundred ft³/hr). In this article, we will break down the conversion process step-by-step to determine the equivalent of 88.4 m³/day in hundred ft³/hr.

Units

Before diving into the conversion, let’s clarify the units involved:

  • Cubic meters per day (m³/day): A metric unit measuring volume flow rate, indicating how many cubic meters of a substance pass a point in one day.
  • Hundred cubic feet per hour (hundred ft³/hr): An imperial unit representing volume flow rate, where 1 hundred ft³/hr equals 100 cubic feet per hour.

Step 1: Convert m³/day to m³/hr

Since we need the flow rate in per hour, we first convert 88.4 m³/day to m³/hr.

There are 24 hours in a day, so:88.4 m3/day÷24 hours=3.6833 m3/hr88.4m3/day÷24hours=3.6833m3/hr

Step 2: Convert m³ to ft³

Next, we convert cubic meters (m³) to cubic feet (ft³).

The conversion factor is:1 m3=35.3147 ft31m3=35.3147ft3

So,3.6833 m3/hr×35.3147 ft3/m3≈130.1 ft3/hr3.6833m3/hr×35.3147ft3/m3≈130.1ft3/hr

Step 3: Convert ft³/hr to Hundred ft³/hr

Finally, we convert ft³/hr to hundred ft³/hr by dividing by 100:130.1 ft3/hr÷100=1.301 hundred ft3/hr130.1ft3/hr÷100=1.301hundred ft3/hr

Final Answer

88.4 m³/day is equivalent to approximately 1.301 hundred ft³/hr.

Practical Applications

This conversion is useful in industries such as:

  • Oil & Gas: Measuring pipeline flow rates.
  • Water Treatment: Calculating filtration system efficiency.
  • HVAC Systems: Determining airflow in ventilation systems.

Conclusion

Converting flow rates between metric and imperial units ensures accurate measurements across different systems. By following the step-by-step process, we determined that 88.4 m³/day equals 1.301 hundred ft³/hr. Understanding these conversions enhances efficiency and precision in technical and industrial applications.

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