Permeability Converter

💧 Convert between permeability units with precision and ease. Your ultimate petroleum engineering companion for accurate flow analysis! 🌊

📏 From
🎯 To
Enter a value to see the result
Common Conversions
Quick access to frequently used conversions
Unit Information

SI Units

International System of Units (SI) measurements

si
Square Meter
SI unit of permeability
mm²
si
Square Millimeter
Square millimeter (1/1,000,000 m²)
μm²
si
Square Micrometer
Square micrometer (1/1,000,000,000,000 m²)

petroleum

Unit measurements

D
petroleum
Darcy
Petroleum unit of permeability
mD
petroleum
Millidarcy
Millidarcy (1/1000 darcy)
μD
petroleum
Microdarcy
Microdarcy (1/1,000,000 darcy)

Imperial Units

Traditional British and American measurements

ft²
imperial
Square Foot
Imperial unit of permeability
in²
imperial
Square Inch
Square inch
yd²
imperial
Square Yard
Square yard

Practical Units

Commonly used units in practical applications

cm²
practical
Square Centimeter
Square centimeter (1/10,000 m²)
dm²
practical
Square Decimeter
Square decimeter (1/100 m²)
Preferences

Permeability Converter

Our Permeability Converter provides accurate conversions between various units of permeability measurement. Whether you're working with square meters, darcy, millidarcy, or other permeability units, this tool delivers precise results instantly.

Supported Unit Categories:

  • SI Units: m², mm², μm²
  • Petroleum Units: darcy (D), millidarcy (mD), microdarcy (μD)
  • Imperial Units: ft², in², yd²
  • Practical Units: cm², dm²

Common Conversions:

  • 1 darcy = 9.86923 × 10⁻¹³ m²
  • 1 m² = 1.01325 × 10¹² darcy
  • 1 millidarcy = 0.001 darcy
  • 1 darcy = 1000 millidarcy

How to Use:

  1. Enter the value you want to convert in the input field
  2. Select the source unit from the "From" dropdown
  3. Select the target unit from the "To" dropdown
  4. View the converted result instantly
  5. Use the swap button to quickly reverse the conversion

Applications:

This permeability converter is useful for petroleum engineers, geologists, researchers, students, and anyone working with porous media flow, reservoir engineering, and fluid dynamics. It's particularly helpful for oil and gas exploration, groundwater studies, soil science, and understanding fluid flow through porous materials.

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