Pipe line sizing

1. Koncept Learning Center [email protected] Pipe Line Sizing

2. Koncept Learning Center [email protected] Pipe Line Sizing Sizing Pipe Line carrying Water @ 100 m3/hr ( ρ = 1000 kg/m3 , μ = 1 cp ) Step-1 : Assume Fluid Velocity

3. Koncept Learning Center [email protected] Pipe Line Sizing Sizing Pipe Line carrying Water @ 100 m3/hr ( ρ = 1000 kg/m3 , μ = 1 cp ) Step-1 : Assume Fluid Velocity Step-2 : Calculate Internal Pipe Line Diameter

4. Koncept Learning Center [email protected] Pipe Line Sizing Sizing Pipe Line carrying Water @ 100 m3/hr ( ρ = 1000 kg/m3 , μ = 1 cp ) Step-1 : Assume Fluid Velocity Step-2 : Calculate Internal Pipe Line Diameter Step-3 : Select Nearest Available Pipe Size

5. Koncept Learning Center [email protected] Pipe Line Sizing Sizing Pipe Line carrying Water @ 100 m3/hr ( ρ = 1000 kg/m3 , μ = 1 cp ) Step-1 : Assume Fluid Velocity Step-2 : Calculate Internal Pipe Line Diameter Step-3 : Select Nearest Available Pipe Size Step-4 : Find Pipe Internal Diameter

6. Koncept Learning Center [email protected] Pipe Line Sizing Sizing Pipe Line carrying Water @ 100 m3/hr ( ρ = 1000 kg/m3 , μ = 1 cp ) Step-1 : Assume Fluid Velocity Step-2 : Calculate Internal Pipe Line Diameter Step-3 : Select Nearest Available Pipe Size Step-4 : Find Pipe Internal Diameter Step-5 : Calculate Fluid Velocity for selected pipe size

7. Koncept Learning Center [email protected] Pipe Line Sizing Sizing Pipe Line carrying Water @ 100 m3/hr ( ρ = 1000 kg/m3 , μ = 1 cp ) Step-1 : Assume Fluid Velocity Step-2 : Calculate Internal Pipe Line Diameter Step-3 : Select Nearest Available Pipe Size Step-4 : Find Pipe Internal Diameter Step-5 : Calculate Fluid Velocity for selected pipe size Step-6 : Calculate Reynolds Number N re = D v ρ / μ

8. Koncept Learning Center [email protected] Pipe Line Sizing Sizing Pipe Line carrying Water @ 100 m3/hr ( ρ = 1000 kg/m3 , μ = 1 cp ) Step-1 : Assume Fluid Velocity Step-2 : Calculate Internal Pipe Line Diameter Step-3 : Select Nearest Available Pipe Size Step-4 : Find Pipe Internal Diameter Step-5 : Calculate Fluid Velocity for selected pipe size Step-6 : Calculate Reynolds Number Step-7 : Find Friction Factor

9. Koncept Learning Center [email protected] Pipe Line Sizing Sizing Pipe Line carrying Water @ 100 m3/hr ( ρ = 1000 kg/m3 , μ = 1 cp ) Step-1 : Assume Fluid Velocity Step-2 : Calculate Internal Pipe Line Diameter Step-3 : Select Nearest Available Pipe Size Step-4 : Find Pipe Internal Diameter Step-5 : Calculate Fluid Velocity for selected pipe size Step-6 : Calculate Reynolds Number Step-7 : Find Friction Factor Step-8 : Determine Equivalent Length

10. Koncept Learning Center [email protected] Pipe Line Sizing Sizing Pipe Line carrying Water @ 100 m3/hr ( ρ = 1000 kg/m3 , μ = 1 cp ) Step-1 : Assume Fluid Velocity Step-2 : Calculate Internal Pipe Line Diameter Step-3 : Select Nearest Available Pipe Size Step-4 : Find Pipe Internal Diameter Step-5 : Calculate Fluid Velocityfor selected pipe size Step-6 : Calculate Reynolds Number Step-7 : Find Friction Factor Step-8 : Determine Equivalent Length Step-9 : Calculate Pressure Drop, Say Δ p calculated  P = --------------- x [ ----- ] f x L x  V 2 D x 10000 2 g

11. Koncept Learning Center [email protected] Pipe Line Sizing Sizing Pipe Line carrying Water @ 100 m3/hr ( ρ = 1000 kg/m3 , μ = 1 cp ) Step-1 : Assume Fluid Velocity Step-2 : Calculate Internal Pipe Line Diameter Step-3 : Select Nearest Available Pipe Size Step-4 : Find Pipe Internal Diameter Step-5 : Calculate Fluid Velocity for selected pipe size Step-6 : Calculate Reynolds Number Step-7 : Find Friction Factor Step-8 : Determine Equivalent Length Step-9 : Calculate Pressure Drop, Say Δ p calculated Step-10 : Determine Available Pressure Drop, Say Δ p available

12. Koncept Learning Center [email protected] Pipe Line Sizing Sizing Pipe Line carrying Water @ 100 m3/hr ( ρ = 1000 kg/m3 , μ = 1 cp ) Step-1 : Assume Fluid Velocity Step-2 : Calculate Internal Pipe Line Diameter Step-3 : Select Nearest Available Pipe Size Step-4 : Find Pipe Internal Diameter Step-5 : Calculate Fluid Velocity for selected pipe size Step-6 : Calculate Reynolds Number Step-7 : Find Friction Factor Step-8 : Determine Equivalent Length Step-9 : Calculate Pressure Drop, Say Δ p calculated Step-10 : Determine Available Pressure Drop, Say Δ p available Step-11 : Compare Δ p available & Δ p calculated Δ p available > Δ p calculated

13. Koncept Learning Center [email protected] For Training Workshop Write us at : [email protected] Pipe Line Sizing