Liters per Second (L/s) to Gallons per Minute (GPM) Flow Unit Conversion Calculator

The conversion platform allows users to transform Liters per Second (L/s) measurements into Gallons per Minute (GPM) which serves as a standard unit within water supply systems besides industrial fluid management and fire protection infrastructure. The conversion enables fluid flow optimization for engineers and hydrologists and industrial professionals to achieve effective operations.

Fluid volumetric flow rates measured within a specific point each second come out as Liter per Second (L/s) which stands as a metric unit. Water treatment facilities together with irrigation systems and plumbing depend on L/s for flow measurements in their operations.

  • Plumbing systems utilize L/s (Liter per Second) to determine flow rates within domestic settings.
  • The assessment of water treatment plants requires the application of L/s measurement.
  • Process control together with industrial liquid handling operations depend on L/s measurements.

The U.S. uses Gallons per Minute (GPM) as a standard fluid flow unit primarily for plumbing projects and fire division systems together with industrial procedures. The measurement indicates how many American gallon units flow through per minute. One liter matches up to 0.264172 gallons in quantity.

  • The measurement of water movement at household and industrial distribution points takes place.
  • The measurement helps designing and assessing fire protection system performance.
  • Water treatment facilities and cooling systems require this measurement for monitoring purposes.

The conversion from Liters per Second to Gallons per Minute requires the application of this mathematical formula: 

Flow in GPM = Flow in L/s × 15.8503

The conversion from L/s flow to GPM occurs through multiplying L/s quantity by 15.8503.

Suppose you have a flow rate of 2 L/s. 

To convert it to GPM:

2 × 15.8503 = 31.7006 GPM 

So, 2 L/s is approximately 31.70 GPM (rounded to two decimal places).

Liters per Second (L/s)Gallons per Minute (GPM)
1 L/s15.85 GPM
5 L/s79.25 GPM
10 L/s158.50 GPM
50 L/s792.52 GPM
100 L/s1,585.03 GPM
  • Hydrology & Environmental Studies employ an evaluation method for river and reservoir water flow and irrigation canal assessment.
  • The practice of water resource engineering supplies vital capabilities during the design process of pipelines and water distribution systems and water treatment facilities.
  • Industrial facilities along with power plants implement this measure for fluid processing and cooling system operations and wastewater management.
  • The municipal water supply function enables improvements of water treatment plant capacity alongside fire prevention systems.

The conversion tool serves as a fundamental resource for engineers together with hydrologists and professionals dealing with fluid management to achieve precise flow rate determinations and effective system engineering.

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