Home

  • Biomass Power Plant
  • Home
    HRSG
  • Home
    Cooled Duct EAF

Christian Daublebsky von Eichhain
  • Home
  • Home
  • Home

Power Plant Simulator & Designer is a world standard program for designing steam generator

Easy to use with more than 2000 users in more than 150 different companies 

See Users

Excellent support through experts

Moren than 100 different templates available 

See tab Steam Generator & Heat Exchanger below

•	design mode  •	off design mode •	transient mode

• design mode • off design mode • transient mode

Balance of Plant

BoP2

Balance of Plant

Balance of Plant with Reheat

1 Pressure HRSG

1 Pressure HRSG with duct burner

1 Pressure HRSG once through

1 Pressure HRSG with duct burner once through

1 Pressure HRSG forced circulation

1 Pressure HRSG with duct burner forced circulation

2 Pressure HRSG

2 Pressure HRSG with duct burner

2 Pressure HRSG vertical

2 Pressure HRSG with duct burner vertical

3 Pressure HRSG

3 Pressure HRSG with duct burner

3 Pressure HRSG Reheat

3 Pressure HRSG Reheat with duct burner

3 Pressure HRSG Reheat once through

3 Pressure HRSG Reheat with duct burner once through

3 Pressure HRSG Reheat supercritical

3 Pressure HRSG Reheat with duct burner supercritical

3 Pressure HRSG Reheat and solar power

3 Pressure HRSG Reheat with duct burner and solar power

D- Type Boiler saturated steam

D- Type Boiler Superheated steam

Monodrum boiler Vertical

Monodrum boiler Vertical Type Aalborg

Bi- Drum Boiler superheated steam

Bubbiling Bed Coal

Bubbling Bed biomass

Bubbiling Bed Coal bed cooling coils

Circulated fluidized bed combustion hot cyclone type Alstom

Circulated fluidized bed combustion hot cyclone type AEE

Circulated fluidized bed combustion hot cyclone type Lurgi with Ash coolers

Circulated fluidized bed combustion hot cyclone type FosterWeehler with Ash coolers

Circulated fluidized bed combustion cold cyclone tower type

Pulverized coal natural circulation

Pulverized coal once through subcritcal

Pulverized coal once through supercritical

Traveling grate coal / biomass natural circulation superheater

Traveling grate coal / biomass hot water

Pusher grate Municipal waste tail end

Pusher grate Municipal waste vertical

Pusher grate biomass vertical

Fire tube boiler superheater

Fire tube boiler reversal flame

Fire tube boiler hot water

Double Fire tube boiler superheater

Flue gas condensation -> to be integrated in all examples

Holland Boiler

Waste Heat Recovery boilers water tube

Waste Heat Recovery boilers fire tube

Steam Reformer

Heat Transfer Oil Heat Exchangers

Organic Rankine Cycle

Air heaters

Shell Tubes Heat Exchanges

Plate Heat Exchangers

Solar Power with hot oil

Solar Power with molten salt

Natural Circulation calculation

This pressure drop will be taken into account:

  • Friction in pipes
  • Draft gain and losses
  • Inlet and outlet pressure drops
  • Elbows
  • Orifices (if applicable)
  • Pressure drop through impact (acceleration through evaporation)
  • Manual inserted pressure losses (e.g. valves, test devices etc. if applicable)
  • etc.At the 2 phase flow the pressure drop is much bigger than in one phase flow. This is taken in account with the 2 phase factor, this factor is calculated automatically.
  • Additionally the void fraction is considered (phase slip i.e. the steam bubbles rise faster than the water). In consequence the density is higher and the circulation numbers a bit lower.
  • Also we calculate the critical steam quality and the flow pattern.
  • Calculation of Stagnation

NaturalCirculationExample

WHRB (Waste Heat Recovery Boilers) or WHB (Waste Heat Boilers) can be also designed and calculated with PPSD

 

ISCC Integrated Solar Combined Cycle

HRSG for Integrated Solar Combined Cycle ISCC

Natural Circulation

Natural Circulation Forced Circulation

Fire tube boiler

Fire tube boiler

Balance of Plant BoP

Heat Mass Balance Diagram (HMBD)
Home

 
 
 

Examples