bio_rtd.uo.sc_uo¶
ACC¶
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class
bio_rtd.uo.sc_uo.ACC(t, uo_id, load_bt, peak_shape_pdf, gui_title='ACC')[source]¶ Bases:
bio_rtd.uo.sc_uo.AlternatingChromatography-
evaluate(f_in, c_in)¶ Evaluate the propagation through the unit operation.
- Parameters
c_in (
ndarray) – Inlet concentration profile with shape (n_species, n_time_steps).f_in (
array) – Inlet flow rate profile with shape (n_time_steps,).
- Return type
Tuple[ndarray,ndarray]- Returns
f_out – Outlet flow rate profile.
c_out – Outlet concentration profile.
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get_result()¶ Returns existing flow rate and concentration profiles.
- Return type
Tuple[ndarray,ndarray]- Returns
f_out – Outlet flow rate profile.
c_out – Outlet concentration profile.
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property
log¶ Logger.
If logger is not set, then a DefaultLogger is instantiated. Setter also plants a data tree into passed logger.
- Return type
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PCC¶
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class
bio_rtd.uo.sc_uo.PCC(t, uo_id, load_bt, load_recycle_pdf, column_porosity_retentate, peak_shape_pdf, gui_title='PCC')[source]¶ Bases:
bio_rtd.uo.sc_uo.AlternatingChromatography-
evaluate(f_in, c_in)¶ Evaluate the propagation through the unit operation.
- Parameters
c_in (
ndarray) – Inlet concentration profile with shape (n_species, n_time_steps).f_in (
array) – Inlet flow rate profile with shape (n_time_steps,).
- Return type
Tuple[ndarray,ndarray]- Returns
f_out – Outlet flow rate profile.
c_out – Outlet concentration profile.
-
get_result()¶ Returns existing flow rate and concentration profiles.
- Return type
Tuple[ndarray,ndarray]- Returns
f_out – Outlet flow rate profile.
c_out – Outlet concentration profile.
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property
log¶ Logger.
If logger is not set, then a DefaultLogger is instantiated. Setter also plants a data tree into passed logger.
- Return type
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PCCWithWashDesorption¶
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class
bio_rtd.uo.sc_uo.PCCWithWashDesorption(t, uo_id, load_bt, load_recycle_pdf, column_porosity_retentate, peak_shape_pdf, gui_title='PCCWithWashDesorption')[source]¶ Bases:
bio_rtd.uo.sc_uo.PCC-
evaluate(f_in, c_in)¶ Evaluate the propagation through the unit operation.
- Parameters
c_in (
ndarray) – Inlet concentration profile with shape (n_species, n_time_steps).f_in (
array) – Inlet flow rate profile with shape (n_time_steps,).
- Return type
Tuple[ndarray,ndarray]- Returns
f_out – Outlet flow rate profile.
c_out – Outlet concentration profile.
-
get_result()¶ Returns existing flow rate and concentration profiles.
- Return type
Tuple[ndarray,ndarray]- Returns
f_out – Outlet flow rate profile.
c_out – Outlet concentration profile.
-
property
log¶ Logger.
If logger is not set, then a DefaultLogger is instantiated. Setter also plants a data tree into passed logger.
- Return type
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AlternatingChromatography¶
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class
bio_rtd.uo.sc_uo.AlternatingChromatography(t, uo_id, load_bt, peak_shape_pdf, gui_title='ACC')[source]¶ Bases:
bio_rtd.core.UnitOperation-
column_porosity_retentate¶ Column rtm
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cv: float¶ Column volume
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evaluate(f_in, c_in)¶ Evaluate the propagation through the unit operation.
- Parameters
c_in (
ndarray) – Inlet concentration profile with shape (n_species, n_time_steps).f_in (
array) – Inlet flow rate profile with shape (n_time_steps,).
- Return type
Tuple[ndarray,ndarray]- Returns
f_out – Outlet flow rate profile.
c_out – Outlet concentration profile.
-
get_result()¶ Returns existing flow rate and concentration profiles.
- Return type
Tuple[ndarray,ndarray]- Returns
f_out – Outlet flow rate profile.
c_out – Outlet concentration profile.
-
property
log¶ Logger.
If logger is not set, then a DefaultLogger is instantiated. Setter also plants a data tree into passed logger.
- Return type
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