Convert flow rate units — m³/s, L/s, L/min, ft³/s, gallon/min and more.
| Unit | Name | Value |
|---|---|---|
| m³/s | Cubic Meter/Second | 0.000016667 |
| m³/min | Cubic Meter/Minute | 0.001 |
| m³/h | Cubic Meter/Hour | 0.059953237 |
| L/s | Liter/Second | 0.016667 |
| ft³/s | Cubic Foot/Second | 0.00058858636 |
| ft³/min | Cubic Foot/Minute | 0.035311441 |
| gal/min | Gallon/Minute (US) | 0.26417816 |
| gal/h | Gallon/Hour (US) | 15.850689 |
Formula: m³/h = L/min × 0.06
Multiply any L/min value by 0.06 to get m³/h.
Reverse: L/min = m³/h × 16.67
Common flow rate values — factor: 1 L/min = 0.06 m³/h
| L/min (L/min) | m³/h (m³/h) | Context |
|---|---|---|
| 0.01 L/min | 0.0006 m³/h | Drip |
| 0.1 L/min | 0.006 m³/h | IV drip |
| 1 L/min | 0.06 m³/h | Medical oxygen |
| 5 L/min | 0.3 m³/h | Resting heart |
| 15 L/min | 0.9 m³/h | Max O₂ therapy |
| 60 L/min | 3.6 m³/h | 1 L/s |
| 100 L/min | 6 m³/h | Pool pump |
| 300 L/min | 18 m³/h | Industrial |
| 600 L/min | 36 m³/h | 10 L/s |
| 1000 L/min | 60 m³/h | Large pump |
| 1e+04 L/min | 600 m³/h | Industrial plant |
| 6e+04 L/min | 3600 m³/h | 1 m³/s |
| 6e+05 L/min | 3.6e+04 m³/h | 10 m³/s |
| 1e+06 L/min | 6e+04 m³/h | Very large |
| 1e+07 L/min | 6e+05 m³/h | River |
1 L/min = 0.06 m³/h.
m³/s × 1000 = L/s × 60 = L/min. Use this chain for quick conversions.
Multiply result by 16.67 to recover the original L/min value.
Designs pumps, pipes, and water distribution systems with flow rates in m³/s, L/s, and GPM.
Specifies air handling units and ductwork in CFM (ft³/min) and m³/h for North American and European projects.
Monitors and controls treatment processes with flow rates in m³/h, L/s, and MGD.
Designs sprinkler systems with required flows in GPM and L/min per NFPA standards.
Measures river and groundwater flows in m³/s (m) and ft³/s (cfs) for flood modeling and water resource planning.
Configures ventilators and oxygen delivery systems with flow rates specified in L/min.
Liters per minute (L/min) is the standard flow unit in medicine, laboratory equipment, gas regulators, and small pump specifications. It is the most practical scale for flows measured in minutes.
Medical oxygen is prescribed in L/min (1–15 L/min depending on condition). IV drip rates are controlled in mL/min (0.001–1 L/min). Laboratory peristaltic pumps are rated in L/min. Vehicle fuel consumption during testing is measured in L/min.
Interesting fact: A healthy adult kidney filters about 120 mL/min (0.12 L/min) of blood through the glomerulus — this glomerular filtration rate (GFR) is a key indicator of kidney function and decreases with age and disease.
Cubic meters per hour (m³/h) is the standard flow unit in European industrial and HVAC specifications, water treatment, and utility metering. It is the most practical scale for many industrial processes.
Water meters in Europe display consumption in m³, and flow rates in municipal water systems are specified in m³/h. A typical home consumes 1–5 m³/h peak demand; a large industrial facility might use 1,000–10,000 m³/h.
Interesting fact: Global freshwater withdrawal for agriculture, industry, and municipal use is approximately 4,600 km³/year — about 524,000 m³/h per billion people — making water flow measurement one of the most economically important metrological applications.
Converting L/min to m³/h is essential across hydraulic engineering, HVAC, water treatment, fire protection, and medicine. SI units (m³/s, L/s) are standard in science; European engineering uses m³/h; US systems use GPM and CFM; medical applications use L/min.
Quick reference: 10 L/min = 0.6 m³/h. Reverse: 1 m³/h = 16.67 L/min. Factor: 1 L/min = 0.06 m³/h.
All conversions use IEEE 754 double-precision arithmetic, accurate to at least 8 significant figures.