merck consumer preferred template version april 2011
TRANSCRIPT
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Note
• This corporate presentation can be used by all MSD Animal Health
employees, and can be used with customers.
• This presentation aims to provide the basic company facts
• The slides of the PowerPoint presentation can be translated,
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• The slides can also be copied into one of the other available MSD
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Merck Animal Health
Our Journey of Continuous Improvement
May 2016
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Merck Animal Health Today
• Pharmaceuticals and vaccines
• Species categories: ruminants, poultry, swine,
aquatic, and companion animals
• Broad product range: vaccines, anti-parasitics, anti-
infectives, reproduction management,
pharmaceutical specialties, and innovative animal
health programs, such as pet recovery
• Offices in more than 50 countries, marketing
activities in more than 140 countries
• Operating dedicated animal health manufacturing
and research & development sites around the world
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Animal Health Specifics
RUMINANTS
• Cattle (dairy & beef),
sheep and goats
• Efficient production
and control of
disease
POULTRY
• Broilers, breeders,
and layers
• Health is mainly
economically driven
SWINE
• Sows and
finishers
• Growth in
respiratory
vaccines segment
COMPANION ANIMAL
• Dogs, cats,
and horses
• Fastest growing
segment over the
past 15 years
AQUATIC
• Emerging
industry, fast
growing
• Diseases vary
with water
temperature
• A leader in
– Cattle segment
– Poultry segment
– Swine segment
– Aquatic segment
– Sheep segment
• Top 4 of Companion
Animal segment
Merck Animal Health
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6
Animal Health Industry Specifics
• Interconnectivity of animal and
human health
• Research & development process
and lead time
– Complexity and planning similar
to human pharmaceutical
business
• Heavily regulated/high compliance
requirements, including food safety
• Partnerships with customers,
providing effective disease
prevention and treatment strategies
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IH Hazards vs. Risks
• Higher Concentration of Highly Active Pharmaceutical Compounds in Final Products
• (77% OEB 3)
• (70% OEB 5)
• (50% OEB 2)
• Powder/granule form of some Final Products
• (50% OEB 2)
• (4.8% OEB 4)
• High number of potent compounds used
• Site A: 5 OEB 5, 8 OEB 4
• Site B: 4 OEB 5, 3 OEB 4
• Site C: 2 OEB 5, 3 OEB 4
• Site D: 2 OEB 5, 2 OEB 4
• Some of the lowest OEL/Highly Actives (OEB 5):
• 0.03 ug/m3 STEL (2 sites)
• 0.01 ug/m3 TWA (1 site)
• 0.01 ug/m3 TWA (1 site)
*OEB = Occupational Exposure Band
*OEL = Occupational Exposure Limit
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Our Journey
1. Animal Health Business
– EHS Programs evolving
2. Prioritize Evaluation – 2 Phases
– Potent Compound Use, Product Presentations, % API
– Phase 1 – Qualitative Assessments
– Phase 2 – Quantitative Assessments
3. RPE/PPE Upgrades & Zoning (Phase 1 & Phase 2, if necessary)
4. Develop prioritized IH target plans (2013 – 2019)
– Share Surrogate data where applicable
5. Evaluate Feasible Engineering Controls
6. Resources obtained: Internal & External containment expertise, Internal &
External IH for containment verification
7. Funding: Central funding for high priority tasks
Sustainability: Build Knowledge within the business through IH
Community of Practice, Best Practice Sharing, HANDS ON Regional IH Support
The Key to Our Journey = Continuous Improvement
1st immediately ensure employee protection & 2nd evaluate/implement feasible
engineering controls
*RPE=Respiratory Protection
*PPE=Personal Protective Equipment 7
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Where Have we Been & Where are we Going?
• 2013 2019
Total Target Actions: 678
Completed to Date: 378
• 23 Prioritized IH Plans
o Contain both simple upgrades & more complicated
engineering projects
• 9 separate consultant projects in 2016 alone
All employees depicted in the following BEFORE &
AFTER photos were adequately protected from
potential workplace exposures.
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• 92% reduction in airborne
concentration (based on 95th%ile
point estimate)
• 98% reduction in surface
contamination
• Faster room cleaning – operation
confined to VBE (estimated saving of
time / year: 26 hours)
In Process Control Testing of OEB 5 compounds (OEL 0.2 ug/m3, 0.05 ug/m3)
*All employees depicted in the BEFORE & AFTER
photos were adequately protected from potential
workplace exposures
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BEFORE
IPC Equipment not in dedicated area
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Dispensing of OEB 5 compounds (OEL 0.2 ug/m3, 0.05 ug/m3)
BEFORE
• Open WIBO for IBC Dispensing & Charging
AFTER
• 1st flexible containment retrofit (1st modification, Solo
Containment)
• Plastic curtain mounted on WIBO with plastic sleeves.
• 70% reduction in Airborne Concentration
*All employees depicted in the BEFORE &
AFTER photos were adequately protected
from potential workplace exposures 10
B
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Dispensing of OEB 5 compounds (cont.) (OEL 0.2 ug/m3, 0.05 ug/m3)
• 2nd flexible containment retrofit (2nd modification, WEISS GWE and Lugaia)
• Frame mounted on WIBO (welded gloves), capable of being opened via a push button.
• Frame fitted so that drums may be placed into WIBO without opening containment.
• A flexible sleeve will be installed for transfer of API into IBC to further reduce exposures
• 71% airborne concentration reduction from 1st modification
• 91% reduction from open WIBO
*All employees depicted in the BEFORE &
AFTER photos were adequately protected
from potential workplace exposures 11
C
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Dispensing of OEB 5 compounds (OEL 0.01 ug/m3)
BEFORE
• Weighing 200g OEB5 & 400g OEB4
preparation of concentrate solution
& addition of concentrate to
compounding
• Ventilated enclosure
AFTER
• Dedicated suite with airlock
• Isolator (adj. height, bag-out port,
remote printing)
• 99.99% reduction in Airborne
Concentration
• Reduce PPE use (~$91K for 15
years). Double coveralls no longer
required.
• Cleaning process optimized.
• Process better accepted by
personnel, because more reliable
due to higher personnel safety.
• Mettler balance integrated into
isolator, with printout externally-
greatly simplifies process. *All employees depicted in the BEFORE &
AFTER photos were adequately protected
from potential workplace exposures 12
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Charging of OEB 5 / OEB 4 compounds (OEL 0.1 ug/m3 / 5 ug/m3)
BEFORE
• Manual charging 600 g OEB5 & 1.125 kg OEB4
(no controls)
AFTER
• ILC Dover EZPak, vessel manway adapted
• Bag rinsed before clamp removed (only for OEB5)
• 99% reduction in Airborne Concentration
• Ergonomic improvement-bag support installed
*All employees depicted in the BEFORE &
AFTER photos were adequately protected
from potential workplace exposures 13
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Charging of OEB 4 compound (OEL 1 ug/m3)
BEFORE
AFTER -57% reduction (charging) Water
consumption
savings with
Clean In Place
(CIP)
implementation
*All employees depicted in the BEFORE &
AFTER photos were adequately protected
from potential workplace exposures 14
API
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Dispensing & Charging of Potent Compounds
In Hormone Facility BEFORE
• Ventilated Balance Enclosure Dispensing & Open Powder Charging OEB 4/5 (1.6 – 360 g)
AFTER
• Ventilated Containment Dispensing, Creation of Slurry, & pumping of slurry into process vessel
• 90% reduction in airborne Potent APIs (OEB4/5)
*All employees depicted in the BEFORE &
AFTER photos were adequately protected
from potential workplace exposures 15
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Weighing & Dispensing of OEB 3 compounds (OEL = 30 mcg/m3)
BEFORE AFTER – Work Practice & Airflow Upgrades
• Table re-orientation directly in front of air grille, all work
occurs in “safe zone”
• HEPA vacuum and cleaning after spillage and/or
dispensing completed.
98% reduction in Airborne Concentration-RPE redundant
AFTER-work practice improvements
• Increase external blower flowrate
• Establish work zone
• Work perpendicular to air grilles at back of
Downflow Booth
• Establish Potent compound zones
• Training: contaminated items in Red zone
• HEPA Vacuum: Clean as you go
• Replace brush piece
*All employees depicted in the
BEFORE & AFTER photos were
adequately protected from potential
workplace exposures
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Charging of OEB 3 Compounds (OEL = 20 mcg/m3)
AFTER
• 55% reduction in Airborne Concentration
BEFORE
• Manual charging 1000 kg API (40 x 25 kg bags)
*All employees depicted in the BEFORE &
AFTER photos were adequately protected
from potential workplace exposures 17
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Charging of OEB 3 Compounds (OEL = 10 mcg/m3)
AFTER
• Flexible barrier made on site to separate
operator from API charge/dissolution and roller
table added to aid in manual handling.
• 64% reduction in Airborne Concentration
BEFORE
• Manual charging 127 kg API with inefficient LEV
*All employees depicted in the BEFORE &
AFTER photos were adequately protected
from potential workplace exposures 18
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Dispensing of OEB 3 Compounds
AFTER
• 98.5% reduction in Airborne Concentration
BEFORE
Manual dispensing in DFB
• PPE + work practice upgrades
*All employees depicted in
the BEFORE & AFTER
photos were adequately
protected from potential
workplace exposures
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Continuous Improvements – OEB2 Formulation
Raw Material Dispensing
Discharging Granulator
Charging Fluid Bed Dryer
*All employees depicted in the BEFORE &
AFTER photos were adequately protected
from potential workplace exposures 20
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Continuous Improvements –
Substitution of Formaldehyde Fumigation
Sanosil
Chlordisys
*All employees depicted in the BEFORE &
AFTER photos were adequately protected
from potential workplace exposures 21
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Key Lessons
1. IH Improvements Production Benefits
• Decrease airborne concentrations
• Decreased cost of RPE/PPE
• Decrease production cost of water consumption, people/hours
• Increased efficiency
2. Operator training crucial / Reiterate proper work practices multiple times
3. Hands-On support is crucial
4. Continuous training of EHS professionals at sites also key for success
5. Effort must be placed on continuous improvement to maintain
• New product / process evaluations – MOC
• Re-evaluation of engineering controls/data
6. Challenges continue…
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Acknowledgements
• Martin Maher
• Terry Lane
• Ed Rauch
• Rich Hampson
• Fred Usbeck - Merck IH Laboratory
• Animal Health IH Coordinators
• Animal Health Site Managers
• Global Safety & Environment (GSE) Leadership Team
• Business Partners
• General IH
• Ed Holmes (Pharma Confinement Strategies)
• Maharshi Mehta (ISS)
• Containment
• Hari Floura (Floura, LLC)
• Justin Mason (SafeBridge)
• Gary Johnson (Workplace Exposure Solutions)
• PPE
• Tim Zeh, David Smith (Fisher Scientific)
• Scott Shin, Eric Rodgers (3M)
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