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The project delivery specialists
Factory of the Future
vision. The project delivery specialists
Agenda
2
• Drivers
• Identifying Areas To Improve
• How are we doing as an
industry?
• Enabling Technologies &
Game Changers
• Test Case
Today is focused on Pharms
industry......In production
efficiency terms, pharms is
behind food and other
industries.
AREA
HOW
DRIVE TECH
TEST
The project delivery specialists
Factory of the Future
Drivers
committed. The project delivery specialists
Drivers
4
Price pressure from pharmaceutical purchase groups in China & globally
Patent cliffs and the rise of generics and biosimilars putting pressure on company margins
Need to reduce energy costs and carbon footprint to meet strategic objectives of client seduce cost of goods
The rise of metrics to measure individual site performance (operational excellence). Sometimes on-line!
Need to reduce cost of goods Movement of the pharmaceutical industry turnover from small to large molecules
Biopharmaceutical start-ups need to reduce capital costs, to reduce time to break even
More established companies will look more closely at cost of goods
Policy encouragement Similar successful test case
COST
TECH
PATENT SCALE
POLICY
The project delivery specialists
Factory of the Future
Identifying Area To Improve?
5
efficient. The project delivery specialists
Reducing Costs
Blockbuster are increasingly hard to
find
Patent cliff affecting revenue
Cost pressure from purchasers (e.g.
China/UK/Germany)
Reduce Manufacturing
Costs
Reduce Company
Overheads
Reduce R&D Costs
Reduce Manufacturing
Costs
Rationalize plants worldwide
Lower Cost Country
Reduce costs in current or
new plant
How Can Manufacturing Costs Be Reduced?
CMOs
Does Manufacturing Efficiency Affect Margin? 1 of 2
Company Level – Manufacturing Av 49.4%, Margin 14.8%
R&D Driven Companies
Generics Manufacturer
Contract Manufacturer
0.0%
10.0%
20.0%
30.0%
40.0%
50.0%
60.0%
70.0%
R&DManufacturing
General &Administration Sales &
Marketting Margin
Operational Excellence Friedli 2006, >100 plants
Company Level Costs
Does Manufacturing Efficiency Affect Margin 2 of 2
Manufacturing Costs, Circa 50% are fixed
Plant Level Costs
Other Costs 16%
Labor Cost Indirect
12%
Labor Cost Direct 13% Plant,
Property & Equipment
15%
Cost Of Material
44%
Operational Excellence Friedli 2006, >100 plants
Tools For Identify Areas To Improve
Operational Excellence Initiative
• Mainly initiated in Europe
• Focus on Key performance
indicators and comparisons to
improve efficiency
• ‘Incorporates’ Lean
• Also deals with global product
transfer
• Uses logics and math's to justify
decisions
• KPI and OEE monitoring drives
attention into right areas quickly
Special Mention – Lean & Six Sigma
Messages I Take From Operational
Excellence Mathematics
OUTPUT
• Output is the most important thing, (for the rate determining equipment), measured by OEE (Overall equipment effectiveness)
EQUIPMENT
• What happens when the equipment is not producing is more important (and more variable between companies/sites) than when it is.
INVENTORY
• Inventory is a huge ‘hidden’ cost, you need to justify why you need 12 months inventory and not 3 or 6 months. Times and procurement systems have changed, take advantage of this.
IMPROVEMENTS
• Small improvements to the existing plant, or in the design of a new plants can lead to surprisingly large margin gains. The extra 3-5% output is worth chasing
The project delivery specialists
Factory of the Future
How is the Industry Doing?
experienced. The project delivery specialists
Facility of the Future Attributes
Flexible
Cost Effective
(OPEX)
Adaptable
Configurable Scalable
Responsive
Mobile
Facility of
the Future
All Plants Are Not Equal
Quote ‘Good sites produce twice as much as poor sites’
Factors Affecting Plant Efficiency
•Manufacturing procedures incl. Changeover/clean
•Management procedures (Delays due to permissions)
•Equipment Breakdown
•Fundamental Design
Operational Excellence Verlag 2006, >100 plants
Plants Worldwide Are Becoming More Efficient
Operational Excellence Verlag 2012
Pharmaceutical Production and Packaging
Friedl 2013
Low hanging fruit , operational inefficiencies are being dealt with,
Standing Still is not an option! -
A site that wants to compete must keep up, salaries are increasing in China
it is important to stay ahead.
HOW TO DO - Games Changers 1
16
• German Industry 4.0 initiative
• Internet of Things
• Reduced manpower levels, to compete with low cost
manufacturing centers
• Continuous OSD Production (and PAT)
• Continuous mixers
• Continuous granulators/melt extrusion devices GEA Consigma,
Bohle & Others, new granulation technologies
• Roller compactors….we have had these for a long time…
• Tablet Presses… we have had these for a long time
• Continuous Fill Finish – Are we far away?
• New modularities, Cell therapy, fusion protein.
• Modular ‘Off the shelf’ Buildings (The holy grail)
• GE Kubio
• New product release technologies
• Disposables standardization
• Dance floor vs. Ballroom
Internet of Things
Reduced manpower levels, to compete with low cost manufacturing centers
Continuous OSD Production (and PAT)
Continuous mixers
Continuous granulators/melt extrusion devices GEA Consigma, Bohle & Others, new granulation technologies
Roller compactors….we have had these for a long time…
Tablet Presses… we have had these for a long time
Continuous Fill Finish – Are we far away?
New modularities, Cell therapy, fusion protein.
Modular ‘Off the shelf’ Buildings (The holy grail)
GE Kubio
New product release technologies
German Industry 4.0 initiative / Internet of Things
Continuous Production
New modularity, Cell therapy, fusion protein
New product release technologies
Disposables standardization
New Design Concept – Dance floor vs. Ballroom
HOW TO DO - Games Changers 2
17
• On line measurement technologies
• Disposable instruments
• Increased speed of global process transfer, increased
corporate reliance on site KPI’s.(driving standardization
of process equipment)
• OpEx drivers e.g. Inventory, time on plant
(Procurement monitoring technologies)
• PAT
On line measurement technologies
Disposable instruments
Vial in tub filling technologies… A quiet revolution
Increased speed of global process transfer
OpEx drivers e.g. Inventory, time on plant (Procurement monitoring technologies)
Are We In The Fourth Industrial Revolution?
Industry 4.0
19 Graphic From Christoph Roser at http://www.allaboutlean.com
The project delivery specialists
Factory of the Future
Enabling Technologies – Game Changers
master.. The project delivery specialists
GEA ConsiGma Continuous Tablet Line (CTL)
Wet Granulation (10 to 40 Kg/hr)
23
Blender for compression blend Granule Milling Raw materials feed
Screw
Granulation &
Segemented
Drying
Multi-function tablet press
Pilot Plant Mezzanine Single Room Stack-Up
(Circa 8m)
Option for vacuum transfer or
Mueller type 100l bins
Option for contained API transfer using
flexibiles and Ezidock/Buck Hycoflex or
SBV technology
Ktron Feeder
(Note next size up significantly taller height)
Note low ceiling height below mezanine,
2.6m (Care needed for lights, spinklers,
instruments and HVAC)
Press may be replaced with other unit
operations, roller compactor, capsule filler
or IBC for blending trials
Fette ‘Direct To Press’ Magnesium Stearate Additions
Unit (Removes a final blending step)
Fette PKB2
Fette PKB3
Note uses compressed air for fluidised MS
transport and hasn’t been used for a
contained/isolated press
Uses volume or weight & double screw feeding
Typical Cell Culture Manufacturing Schematic
VENT
Innoculum Scale-UpProduction
Bioreactors
Media Hold Vessels
0.2 micron filtersDepth FiltersCentrifuge
CHROM 1 CHROM 2 CHROM 3
UF/DF
VIRAL FILTRATION
SKID
FINAL
FILTRATION
FINAL PRODUCT
LAMINAR FLOW HOODUF/DF 4
F
Harvest
Tank
Media Preparation Vessels
NutrientAntifoam
Buffer Hold Vessels
Buffer Preparation Vessels
UPSTREAM
DOWNSTREAM
pH ADJUST
Initial Disposables Implementation
VENT
Innoculum Scale-UpProduction
Bioreactors
Media Hold Vessels
0.2 micron filtersDepth FiltersCentrifuge
CHROM 1 CHROM 2 CHROM 3
UF/DF
VIRAL FILTRATION
SKID
FINAL
FILTRATION
FINAL PRODUCT
LAMINAR FLOW HOODUF/DF 4
F
Harvest
Tank
Media Preparation Vessels
NutrientAntifoam
Buffer Hold Vessels
Buffer Preparation Vessels
UPSTREAM
DOWNSTREAM
pH ADJUST
Significant Disposables Implementation
VENT
Innoculum Scale-UpProduction
Bioreactors
Media Hold Vessels
0.2 micron filtersDepth FiltersCentrifuge
CHROM 1 CHROM 2 CHROM 3
UF/DF
VIRAL FILTRATION
SKID
FINAL
FILTRATION
FINAL PRODUCT
LAMINAR FLOW HOODUF/DF 4
F
Harvest
Tank
Media Preparation Vessels
NutrientAntifoam
Buffer Hold Vessels
Buffer Preparation Vessels
UPSTREAM
DOWNSTREAM
pH ADJUST
Liquid Storage and Mixing Systems
Scale of Operations
10L
100L
1,000L
10,000L
10Kg 100Kg 1,000Kg
25,000L
100,000L
3,000Kg
2,000L
Fully Dedicated Facilites
(500Kg to 3,000Kg)
Concurrent Multi-Product
Facilites (10Kg to 1000Kg)
Clinical Production Facilites(2Kg to 30Kg)
Stainless Steel Envelope
Disposables Envelope
Source: Based upon initial concept by Jagschies, GE Healthcare, Bioprocess International 2007
In Line Dilution
Make Vessels Smaller - Dilute when you need it
Source: Based upon initial concept by Jagschies, GE Healthcare, Bioprocess International 2007
Ready Packed Disposable Chromatography
Columns – Remove Column Packing Room
Source: Based upon initial concept by Jagschies, GE Healthcare, Bioprocess International 2007
Client view – Often want to take out operations from the plant to ‘lower cost facilities’
Client Blind Spot - Just because it is done somewhere else it doesn’t means it magically
100% correct
E.g. 1 - Merck Millipore do final assembly in D or C on a table, laminar flow would be
better to remove bio-burden
E.g. 2 West do washing of stoppers in CNC, clients always do it in D or C
E.g. 3 Hyclone has had cross contamination issues in US for powder filling
Components – Nested & Bulk
35
Schott (SyriQ/AdaptiQ) Nuova Ompi (EZ-Fill) BD (HYPAK SCF)
Vanrx SA25 Aseptic Workcell
36
Capabilities:
< 1 tub/min
Multiple Formats
Vial 2 to 50ml
Syringe 0.5 to 20ml
Cartridge up to 5ml
Modules for integrated
VHP Decontamination
Chamber
Automatic Delid / Deliner
Capping https://vanrx.com/technology/
Modular Technology - Pfizer working with GEA
and G-Con to development deployment PODS
38
Status
• FAT process skid
was Sept 2014
• Delivery to Groton
Dec ‘14
• Commission Q1 ‘15
• Operational Q2 ‘15
Ref: ISPE Annual Meeting 2014 – presentation by Rick Mitzner, Senior Director, Engineering Technology
Modular Beigene – Kubio Modules
Modular Just Bio
The project delivery specialists
Factory of the Future
Test Case - Single Use Factory Of Future Requirements
expertise. The project delivery specialists
Example: Single-Use Facility
Factory of the future Impact
Current designs E
ne
rgy c
osts
Wa
ter
Co
sts
Co
nsu
ma
ble
co
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He
ad
co
un
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Bu
ild c
osts
Inte
gra
tion
co
sts
En
erg
y c
osts
Headcount
Wa
ter c
osts
Factory of the future
Example: Single-Use Facility
Factory of the future Impact
En
erg
y c
osts
Wa
ter
Co
sts
Co
nsu
ma
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co
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He
ad
co
un
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Bu
ild c
osts
Inte
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co
sts
The ability for plug and play will
become critical. This means
that suppliers will need to
generate ‘standardised‘
automation that allows easy
integration of skids into an
overarching control system
Factory of the future
Real-time Release
Interchangeable
Skids
SID Standard Interface Design
Autonomous sampling
Marvin
Integration Of Equipment Connection
Automation & Integration Of Equipment Connection Big Problems Solved By Small Things
Disorder is not good engineering
practice
& 1st Impressions count
Falcon Tubing & Artison Valves
For Changing over the media bag
in the middle of the night
Example: Single-Use Facility
Factory of the future Impact
En
erg
y c
osts
Wa
ter
Co
sts
Co
nsu
ma
ble
co
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He
ad
co
un
t
Bu
ild c
osts
Inte
gra
tion
co
sts
• Smaller facility
• Lower air changes
• Off the shelf skids
• Conc. Buffer = smaller
tanks
• Less utilities
• No Autoclave
• Generic designs
• Smaller warehouse
Factory of the future
-vs-
Ballroom
Dancefloor
Static Totes.
Defined Tubing Paths.
The 3 metre rule.
No trip Hazards.
Ability to Automate.
Facility engineered to be lean.
Smaller footprint.
Less HVAC costs.
Example: Single-Use Facility
Ballroom –vs- ‘PM Initiative’ Dancefloor
Example: Single-Use Facility
Factory of the future Impact
En
erg
y c
osts
Wa
ter
Co
sts
Co
nsu
ma
ble
co
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He
ad
co
un
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Bu
ild c
osts
Inte
gra
tion
co
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• Less steam usage
• Less HVAC
• Less People
• Less space to heat
Factory of the future
Example: Single-Use Facility
Factory of the future Impact
En
erg
y c
osts
Wa
ter
Co
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Co
nsu
ma
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co
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He
ad
co
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Bu
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osts
Inte
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co
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• Less Clean in Place
• Less steam
Factory of the future
Factory of the future
Example: Single-Use Facility
Factory of the future Impact
En
erg
y c
osts
Wa
ter
Co
sts
Co
nsu
ma
ble
co
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He
ad
co
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Bu
ild c
osts
Inte
gra
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co
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• Standardisation
• Lower cost
• Faster lead times
• Mass production
• More reliability
Standardising Disposables - Defining the problem
• Time spent designing parts
• Connectivity between multiple
suppliers parts
• Always reinventing wheel
• Supply chain is often last to
know
• Long design times
• Large warehouses
• Long lead times
Standardising Disposables
How does this benefit The end user?
• Faster delivery times
• Smaller warehouse
• Like for like comparisons for
multiple options
• Faster design
• Prices gained early in the
project
Example: Single-Use Facility
Connected Processing
56
• Optimizing Space and Production Throughput
• Multiple Unit Operations connected together without collecting
the entire batch and holding from prior step
• Use of small surge bags
• A part of the solution towards Continuous Processing
• Utilization of PAT for Feed Forward-Feed Back control
50L Bag
Chrom Skid3000L Bag
Viral Reduction Step
50L Bag
3000L BagChrom Skid
Example: Single-Use Facility
Factory of the future Impact
En
erg
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osts
Wa
ter
Co
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Co
nsu
ma
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co
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He
ad
co
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Bu
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osts
Inte
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co
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• Current trend
• Facilities designed to
operate with mainly day
staff
Factory of the future
Example: Single-Use Facility Challenges
Resistance to change from end users
• Suppliers will buy-in if end users start changing their buying
habits.
• Reliability of equipment to run overnight
• Introduction of the ballroom environment to allow unhindered
access
• Introduction of pinch valves
• Powder containment
• QC & QA need to be reduced as well
• Normalization of room grades to level the playing field (Need more
open/closed risk analysis to be done, see ISPE baseline Guide)
The future plants are here now! Standing still is not an option
Two Paths
Both Need Well Designed Operational Practices & Well Designed Plants