-
Model
Mixer
Icon
Description
Stream mixer
Purpose
Combines
multiplestreams
into onestream
Divides feed based onsplits
specified foroutlet streams
Divides feed based onsplits
specified foreach substream
Separates feed into twooutlet
streams, usingrigorous
vapor-liquid
orvapor-liquid-
liquid
equilibrium
Separates
feed into three
outlet streams, using
rigorous vapor-liquid-
liquid equilibrium
Separates
feed into two
liquid outlet streams
Determines thermal and
phase
conditions of
outlet stream
Exchanges heat between
two
streams
Use For
Mixing tees.
Stream mixing operations.
Adding heat
streams. Adding work streams
FSplit
SSplit
Stream splitter
Stream
splitters. Bleed valves
Substreamsplitter
Streamsplitters. Perfect fluid-solid
separators
Flash2
Two-outlet flash
Flash drums, evaporators, knock-out
drums,
single stage separators
Flash3
Decanter
Three-outlet
flash
Decanters,
single-stage separators with two
liquid
phases
Liquid-liquid
decanter
Decanters, single-stage separators with
two
liquid phases and no vapor phase
Heater
Heater or cooler
Heaters, coolers, condensers, and so on
HeatX
Two-stream heat
exchanger
Two-stream heat exchangers. Rating
shell
and tube heat exchangers when
geometry
isknown.
DSTWU
Shortcut
distillation design
using
the Winn-
Underwood-
Gilliland method
Shortcut
distillation rating
using
the
Edmister method
Rigorous
fractionation
Determines
minimum
reflux ratio, minimum
number of stages, and
either
actual reflux ratio or
actual number of
stages
Determines separation
based on reflux ratio,
number of stages, and
distillate-to-feed ratio
Performs rigorous rating
and
design calculations for
single columns
Performs rigorous
calculations for batch
distillation
Columns with
one feed and two product
streams
Distl
Columns
with one feed and two product
streams
RadFrac
Ordinary
distillation, absorbers, strippers,
extractive and azeotropic distillation,
three-
phase distillation, reactive
distillation
BatchFrac
Batch distillation
Batch distillation
Extract
Rigorous liquid-
liquid
extraction
Models countercurrent
extraction of a liquid
stream using a solvent
Models stoichiometric
reactor with specified
reaction extent or
conversion
Models reactor with
specified yield
Performs chemical and
phase
equilibrium by
Stoichiometriccalculations
Performs chemical and
phase
equilibrium by
Gibbs energy
minimization
Liquid-liquid
extractors
RStoic
Stoichiometric
reactor
Reactors where
reaction kinetics are
unknown
orunimportant but stoichiometry
and
extent of reactionare known
RYield
Yield reactor
Reactors where stoichiometry and
kinetics
areunknown or unimportant but
a yield
distribution isknown
Reactors with simultaneous chemical
equilibriumand phase equilibrium
Reactors with phase equilibrium or
simultaneousphase and chemical
equilibrium. Calculating
phaseequilibrium
for solid solutions
and vapor-liquid-solid
systems.
One-, two, or three-phase stirred tank
reactors withrate-controlled and
equilibrium
reactions in anyphase based
on known
stoichiometry and kinetics
One-, two-, or three-phase plug flow
reactors withrate-controlled reactions
in any
phase based onknown
stoichiometry and
kinetics
One-, two-, or three-phase batch and
semi-batchreactors with rate-controlled
reactions in any phase
based
on known stoichiometry and kinetics
REquil
Equilibrium
reactor
RGibbs
Equilibrium
reactor with
Gibbs energy
minimization
RCSTR
Continuous
stirred tank
reactor
Models continuous
stirred
tank reactor
RPlug
Plug flow reactor
Models plug flow
reactor
RBatch
Batch reactor
Models batch or semi-
batch
reactor
Changes stream
pressure when the
power
requirement is
needed or known
Changes stream
pressure when power
requirement is needed
or
known
Models pressure drop
through a valve
Pump
Pump or
hydraulicturbine
Pumps and
hydraulic turbines
Compr
Compressor or
turbine
Polytropic compressors, polytropic
positive
displacement compressors,
isentropic
compressors, isentropic
turbines
Valve
Valve pressure
drop
Control valves and pressure
changers
-
-
-
-
-
-
-
-
-
上一篇:PLC常用英语
下一篇:朋友有你真好精选作文800字五篇