equipment.Flash module

class equipment.Flash(**kwargs)[source]

Bases: equipment

Class to model a flash separation equipment

Parameters:

entrada: Corriente instance to define the input stream to equipment flash: Calculate method

0 - Use temperature and pressure of input stream

Cost:
orientacion:

0 - Horizontal 1 - Vertical

material:

0 - Carbon steel 1 - Stainless steel 304 2 - Stainless steel 316 3 - Carpenter 20CB-3 4 - Nickel 200 5 - Monel 400 6 - Inconel 600 7 - Incoloy 825 8 - Titanium

densidad: Material density diametro: Equipment diameter longitud: Height of equipment espesor: Width of cover cabeza: type of cover

0 - Ellipsoidal 1 - Hemispherical 2 - Bumped 3 - Flat

espesor_cabeza: Width of head of cover reborde: longitud reborde

>>> kw = {"MEoS": True, "coolProp": True, "ids": [5, 6, 7, 8, 10]}
>>> entrada = Corriente(T=300, x=0.5, caudalMasico=0.01,         fraccionMolar=[.3, 0.25, 0.15, 0.05, 0.25], **kw)
>>> flash = Flash(entrada=entrada)
Attributes:
isCalculable

Each child class must define if its calculable for input kwargs

Methods

calculo()

Procedure to calcute equipment, defined in child class

propTxt()

txt equivalent to output properties of equipment

propertiesEquipment()

procedure to define output values in a list with format: (Name, kwargs name, units), if kwargs name if a combobox element the index isn't useful so use a tuple (Txt_Values kwargs_name)

propertiesListTitle(index)

Define los titulos para los popup de listas

readStatefromJSON(state)

Load instance parameter from saved file

writeStatetoJSON(state)

Write instance parameter to file

coste

peso

volumen
title = 'Flash Separator'
help = ''
kwargs = {'Base_index': 0.0, 'Current_index': 0.0, 'cabeza': 0, 'densidad': 0.0, 'diametro': 0.0, 'entrada': None, 'espesor': 0.0, 'espesor_cabeza': 0.0, 'f_install': 1.7, 'flash': 0, 'longitud': 0.0, 'material': 0, 'orientacion': 0, 'reborde': 0.0}
kwargsInput = ('entrada',)
kwargsList = ('flash', 'orientacion', 'material', 'cabeza')
kwargsValue = ('diametro', 'longitud', 'espesor', 'espesor_cabeza', 'reborde')
calculateCostos = ('C_adq', 'C_inst', 'Peso', 'Volumen')
indiceCostos = 3
TEXT_FLASH = ['Use P and T from input stream']
TEXT_ORIENTATION = ['Horizontal', 'Vertical']
TEXT_MATERIAL = ['Carbon steel', 'Stainless steel 304', 'Stainless steel 316', 'Carpenter 20CB-3', 'Nickel 200', 'Monel 400', 'Inconel 600', 'Incoloy 825', 'Titanium']
TEXT_HEAD = ['Ellipsoidal', 'Hemispherical', 'Bumped', 'Flat']
property isCalculable

Each child class must define if its calculable for input kwargs

calculo()[source]

Procedure to calcute equipment, defined in child class

volumen()[source]
peso()[source]
coste()[source]
propTxt()[source]

txt equivalent to output properties of equipment

classmethod propertiesEquipment()[source]

procedure to define output values in a list with format: (Name, kwargs name, units), if kwargs name if a combobox element the index isn’t useful so use a tuple (Txt_Values kwargs_name)

propertiesListTitle(index)[source]

Define los titulos para los popup de listas

writeStatetoJSON(state)[source]

Write instance parameter to file

readStatefromJSON(state)[source]

Load instance parameter from saved file