Cubic Meters per Second (m³/s) to Barrels per Day (BPD) Flow Unit Conversion Calculator

Engineers, process designers, and oil & gas professionals will find it easier to match with industry-specific volumetric flow units used in petroleum and fluid transport systems by using this tool, which converts Cubic Meters per Second (m³/s) to Barrels per Day (BPD).

A metric measurement called cubic meters per second (m³/s) indicates the volume of fluid flowing every second. In industrial, environmental, and civil engineering settings, it is mostly employed for large-scale and high-flow uses.

  • Hydraulic Engineering: Evaluates flood control mechanisms and river discharges.
  • Industrial Processing: Monitors tank and pipeline bulk fluid movement.
  • Cooling Systems: Monitors power plants’ large-scale coolant circulation.
  • Environmental Monitoring: Computes water flow in urban and natural waterways.

Primarily used in the oil and gas sector, Barrels per Day (BPD) is a volume flow measurement denoting the number of barrels of fluid or petroleum moved in a 24-hour span. One barrel (U.S.) is around 0.1589873 cubic meters or 42 gallons.

  • Daily crude oil production is measured by oil production facilities.
  • Planning and capacity estimates use pipeline transport.
  • Monitors raw intake and product yield in refineries.
  • Evaluates well performance and production projections in reservoir engineering.

The following formula will help you to convert from Cubic Meters per Second (m³/s) to Barrels per Day (BPD):

Since one day equals 86,400 seconds and one cubic meter equals 6.28981 barrels, therefore: 1 m³/s = 6.28981 × 86,400 = 543,439.65 BPD

Convert 0.5 m³/s to BPD:

0.5×543,439.65=271,719.825 BPD

So, a flow rate of 0.5 m³/s is equivalent to approximately 271,720 BPD.

Cubic Meters per Second (m³/s)Barrels per Day (BPD)
0.01 m³/s5,434.40 BPD
0.1 m³/s54,343.97 BPD
0.25 m³/s135,859.91 BPD
0.5 m³/s271,719.83 BPD
1.0 m³/s543,439.65 BPD
2.0 m³/s1,086,879.30 BPD
  • Bridges Metric and Oilfield Units for seamless data exchange in multi-disciplinary projects.
  • Important for export logistics, production planning, and oilfield calculations.
  • Enhances accuracy in capacity analysis, process optimization, and refinery design.
  • Aids international operations employing both SI and U.S. conventional units.
  • Important for engineers in petrochemical plants, reservoir modeling, and pipeline design.

From metric units into useful industrial terminology, this conversion tool offers a fast and consistent method to transform flow rates. For analysts operating across metric and U.S.-based systems, process experts, and petroleum engineers, it is absolutely necessary.

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