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Steam

Piping Design

Pipe Sizing by Pressure Loss
Pipe Sizing by Velocity
Pipe Sizing for Steam Vent
Pressure Loss through Piping
Steam Velocity through Piping
Steam Flow Rate through Piping
Economical Insulation Thickness

Valves and Orifices

Cv & Kvs Values
Steam Flow Rate through a Valve
Steam Flow Rate through an Orifice

Condensate Load

From Piping at Start-up
From Heating Liquid (Continuous)
From Heating Liquid (Batch)
From Heating Air
From Radiant Heat Loss in Piping

Improved Steam Dryness

From Pressure Reduction
From Pressure Reduction and Condensate Separation

Effect of Air Mixed in Steam

Temperature drop (based on air %)
Air % (based on mixture temperature)

Steam & Energy Unit Cost

Energy Unit Cost
Steam Unit Cost
Boiler Efficiency

Condensate Recovery

Economic Analysis

Open System
Closed System
Heat Exchanger
Flash Steam Recovery

Pipe Sizing

Between Equipment and Trap
Condensate Recovery Line
Pump Outlet Line
Flash Steam Generation

Water

Piping Design

Pipe Sizing by Pressure Loss
Pipe Sizing by Velocity
Pressure Loss through Piping
Water Velocity through Piping
Water Flow Rate through Piping
Insulation thickness

Valves and Orifices

Cv & Kvs Values
Water Flow Rate through a Valve
Water Flow Rate through an Orifice

Air

Piping Design

Pipe Sizing by Pressure Loss
Pipe Sizing by Velocity
Pressure Loss through Piping
Air Velocity through Piping
Air Flow Rate through Piping

Valves and Orifices

Cv & Kvs Values
Air Flow Rate through a Valve
Air Flow Rate through an Orifice
Condensate Load from Compressed Air
Saturated Humid Air Table

Gas

Piping Design

Pressure Loss through Piping

Steam Tables

Saturated Steam Table (by Pressure)
Saturated Steam Table (by Temperature)
Superheated Steam Table

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