mechanistic model-based digital design framework for individual … · 2019-04-04 · enabling...
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Mechanistic Model-based Digital Design framework for individual and integrated manufacturing stepsDavid Slade (Process Systems Enterprise)
Alastair Florence (CMAC, University of Strathclyde)
ADDoPT scope – a reminder
Design and control of optimised development & manufacturing processes through data analysis and first principle models
Processes Products Patients
Quality systems
Release profiles
Materials properties
Particle attributes
Surface chemistry
FormulationProcessing rules
Manufacturing classification
Improve / optimise for impact
DownstreamUpstream
Product and Process Design
Product Performance
CrystallisationFiltrationWashingDrying
ActiveIngredient
(API)
MillingBlending
CompactionCoating
Primary Manufacturing - Secondary Manufacturing
A systems-based approach to pharmaceutics
Horizontal integration: Manufacture Product Performance (breaking down silos)
Vertical integration: Length Scales & Design Operation
gPROMS FormulatedProducts – a new PSE product enabled by ADDoPT
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Enabling platform - gPROMS
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Platform functionality
Process modelling
Equation-oriented solution power
Custom model construction
Steady-state and dynamic simulation
Powerful optimisation, including mixed-integer
Advanced parameter estimation
Global system analysis
High-performance computing
Materials modelling
Molecular & ionic species
Complex species & mixtures
Gas, liquid, solid phases
Phase & reaction equilibriumA single powerful software platform- R&D engineering design operations- Formulation manufacture product performance
Pla
tfo
rm Advanced Process Modelling platformAdvanced Materials Modelling platform
Enabling platform - gPROMS
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Platform functionality
Process modelling
Equation-oriented solution power
Custom model construction
Steady-state and dynamic simulation
Powerful optimisation, including mixed-integer
Advanced parameter estimation
Global system analysis
High-performance computing
Materials modelling
Molecular & ionic species
Complex species & mixtures
Gas, liquid, solid phases
Phase & reaction equilibriumA single powerful software platform- R&D engineering design operations- Formulation manufacture product performance
gPROMS FormulatedProductsgPROMS ProcessBuilder
Olefins
Pla
tfo
rmEn
viro
nm
ents
Lib
rari
es Power & CCS
Oilfield Refining
Wastewater Process Utilities
LiquidFormulations
Food - Dairy Food - Other
API Formulation Product performance
Advanced Process Modelling platformAdvanced Materials Modelling platform
Model libraries in gPROMS FormulatedProducts
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Properties DB
Fluid-beddrying
Centr. filter
Dry millWell-mixed crystallizer
Roller compactor
Tablet press
Conveying
Bin flow /segregation
Extension of gSAFT databank
Tablet coater
Pharmacokinetics
Multizonal (gFP:CFD) Multizonal (gFP:DEM)
Active Ingredient Manufacture
Plug flow crystallizer
Wetmill
Twinscrew
granulator
Global Sensitivity Analysis
Continuous blenders
High shearwet granulator
Spraydrying
In-vitro dissolutionand precipitation
Oral absorptionin GI tract
CSTR PFR
Agglomerator
Solid form stability
Formulation Manufacture Product Performance
On roadmapAvailable in gPROMS FormulatedProducts 1.2
Parallelisation of GSA and PE
Film coater
Data import and processing
Pressure filter
Parenteral stability
External model validation
Fluid-bed granulation
2D pop balancegranulation framework
Hot melt extruder
Lyophilization
VL & VLL Flash
Extraction
nD pop balancecrystallization framework
Jet millAFD
Distillation
Introduced with gPROMS FormulatedProducts 1.3
Membraneseparation
Heat treatment
Evaporation
Solar pondoperations
Feeder
Tracking material structure evolution across the system
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Crystallization
Reaction
Blending
Dry Granulation
Tabletting
Oral Absorption
Unit operations effect transformations of complex materials
Material description reflectsearlier processing
Properties and equipment databases
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Flexible database structure compatible with
PSE provided databases
3rd party databases
corporate databases, etc.
Materials Dosage forms Equipment Physiology
Example of models developed in ADDoPT using the latest science & workflows
Ability to model the particle size and shape evolution during crystallization processes supported by new Morphological Crystallizer and Morphological PSD sensor models
Twin screw granulation - case study with AZ establishes model validation workflows and requirements, value proposition• Perform fewer, more targeted experiments.• Determine optimal screw configuration for desired granule PSD.
Models from academia and industry implemented and applied using new framework, establishing workflows complimentary to existing or challenging current practice
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Hybrid modelling
• Combining mechanistic and data driven models
• Rationale for this approach outlined earlier today
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An interface for hybrid data-driven & mechanistic models
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PharmaMV integration
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Integration of gPROMS FormulatedProducts and PharmaMV
The Virtual Process
The Controller
Measu
red Sign
als
Man
ipu
lated Sign
als
gPROMSFORMULATED
PRODUCTS
Will be presented in more detail later today at 3.25pm by • Andy Mitchell (Perceptive) & Niall Mitchell (PSE)
Applying the gPROMS FormulatedProducts systems frameworkCMAC Digital Design example
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Applying the gPROMS FormulatedProducts systems frameworkCMAC Digital Design and Digital Operation example
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Further case studies
Talks today from
- Next: Marta Moreno-Benito, Pfizer, Solid Drug Product and Process Design using Multi-Scale Interconnected Flowsheet Modelling and Global System Analysis
- 4.05pm: Gavin Reynolds, AZ, Application of hybrid models for Advanced Process Control of a Twin Screw Wet Granulation Process
Demo booths in lobby:
- Morphological crystallizer, jet mill, integrated system
Anyone from PSE…
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Summary
A mechanistic model-based digital design framework, gPROMS FormulatedProducts, has been created for • Horizontal integration: Manufacture Product Performance (breaking down silos)• Vertical integration: Length Scales & Design Operation
Enabling the creation of a Digital Twin of both complex formulated products and their manufacturing processes
These Digital Twins can be used for virtual DoEs (design space exploration), tech transfer and as a basis for Digital Operation
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Mechanistic Model-based Digital Design framework for individual and integrated manufacturing stepsDavid Slade (Process Systems Enterprise)
Alastair Florence (CMAC, University of Strathclyde)