Note:

This tool calculates the Pressure Drop and Friction Loss in a pipeline based on the upstream and downstream pressures. It is based on fluid mechanics principles, helping assess energy losses in fluid transport systems.

Understanding Parameters:

• Upstream Pressure (P₁) [Pa]: The pressure at the starting point of the fluid flow.
• Downstream Pressure (P₂) [Pa]: The pressure at the endpoint of the fluid flow.
• Friction Loss (h_f) [Pa]: The energy loss due to friction as fluid moves through the pipeline.

Key Applications:

• Pipeline Efficiency: Evaluates pressure loss in pipelines to ensure proper flow rates.
• Pump & System Design: Helps engineers select pumps and pipe sizes for optimal energy use.
• Industrial Processes: Used in chemical, oil, and gas industries for efficient fluid transport.
• HVAC & Water Systems: Ensures proper pressure management in heating, cooling, and water supply networks.

Validations & Input Constraints:

• Upstream Pressure (P₁) must be higher or equal to Downstream Pressure (P₂): - Friction loss cannot be negative; if P₂ is greater than P₁, an error message will be displayed.
• Pressure values must be valid numbers: - Inputs must be numeric and within practical engineering limits.
• Zero Friction Loss: - If P₁ = P₂, the tool will indicate an ideal condition with no energy loss.

Conclusion:

This tool provides a simple and reliable method for calculating pressure drop and friction loss, helping engineers optimize system design and ensure efficient fluid transport.