Formula to Convert 66.7 Hundred-Cubic Foot/Minute to Gallon (UK)/Second

Introduction

When dealing with fluid flow measurements, it is often necessary to convert units to ensure compatibility with different systems. One common conversion involves changing hundred-cubic foot per minute (hcfm) to gallons per second (UK g/s). In this article, we will discuss the formula to convert 66.7 hcfm to gallon (UK)/second, along with a step-by-step guide and practical applications.

The Units

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

  1. Hundred-Cubic Foot per Minute (hcfm):
    • A unit of volumetric flow rate that represents how many hundreds of cubic feet of fluid pass through a given point per minute.
    • 1 hcfm = 100 cubic feet per minute (cfm).
  2. Gallon (UK) per Second (UK g/s):
    • A unit used to express flow rate in terms of the number of British gallons passing per second.
    • 1 UK gallon = 4.54609 liters.

Conversion Formula

To convert hcfm to UK g/s, follow these steps:

Step 1: Convert Hundred-Cubic Foot/Minute to Cubic Feet/Second

Since 1 hcfm = 100 cfm:

Convert cfm to cubic feet per second:

Step 2: Convert Cubic Feet per Second to Liters per Second

Using the conversion factor:

Step 3: Convert Liters per Second to UK Gallons per Second

Since 1 UK gallon = 4.54609 liters:

Final Answer

Thus, 66.7 hcfm is approximately 692.71 UK gallons per second.

Practical Applications

  1. Water Treatment Plants: Engineers often need to convert flow rates for accurate water distribution.
  2. HVAC Systems: Airflow conversions are essential in designing efficient ventilation systems.
  3. Industrial Fluid Processing: Industries dealing with fluid transport require unit conversions for accurate flow rate calculations.

Conclusion

By following the outlined steps and formulas, converting 66.7 hundred-cubic foot per minute to gallon (UK) per second is straightforward. This conversion ensures compatibility across various systems and industries that require precise fluid flow measurements. Always double-check calculations to maintain accuracy in engineering and scientific applications.

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