nilendu sarkar hindustan unilever ltd - · pdf filevp personal care supply chain – south...
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MANUFACTURING CENTRIC BUSINESS MODELS FOR COST EFFECTIVENESS
Nilendu Sarkar VP Personal Care Supply Chain – South Asia Hindustan Unilever Ltd
AGENDA
HUL Overview
HUL Approach for Cost Efficiency
Case Studies
- High Speed Technology
- Productivity Improvement
- Continuous Improvement
- Futuristic Sources of Energy
Summary
•75+ year history in India
q Sunlight soap first imported in 1888
q Lever Brothers incorporated in 1933
q Hindustan Lever Ltd formed thru merger in 1956
•Unilever equity diluted in 1977 and 1980 to 51%
•1993 : TOMCO merged with HLL
•1996 : Brooke Bond Lipton & HLL merge
•1998 : Ponds merges with HLL, Lakme acquired
•1999 : Modern Foods acquired
•2006 : Move to one Unilever structure
•2007 : Name change to Hindustan Unilever Ltd
•2010 : Shift to new, integrated Head Office
Deep-rooted history
UNILEVER IN INDIA
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Touches 2 out of every
3 Indians everday*
Reach 80%
Households*
Shelf Availability
84% outlets in India
(6.3 mln)
Direct Coverage
2 mln Outlets
15000 employees
2000+ suppliers & associates
35+ own manufacturing sites
45+ Contract manufacturing
2500+ stockists, 43 Depots
*Based on Hansa Research, Guide to Indian Markets, 2006
** Based on AC Nielsen Market Research
75 YEAR HISTORY & STRONG LEADERSHIP
A Turnover of Rs.20000 crores in 2011
OUR PRODUCTS AND BRANDS:
Home Care Skin Cleansing
OUR PRODUCTS AND BRANDS:
Personal Products Foods & Beverages
~1000 Suppliers ~ 2000 Materials
~ 35 own Factories ~ 10000 Employee ~ Third Parties
~ 43 Distribution Centers ~ 2500 Active Lanes
~ 2500 Customers ~ 150 MT Customers ~ MT, GT, CSD & Rural
Suppliers Factories Distribution Centers
Customers Outlets
• 2.7 mln Tons / Year, 4400 SKU’s ~ 8000 Trucks on Road Everyday • 36 billion Units/ Year ~ 1200 Packs every Second • Distance travelled / Year ~ 100 Trips from ‘Earth to Moon’
HUL SUPPLY CHAIN:
HUL SUPPLY CHAIN:
AGENDA
HUL Overview
HUL Approach for Cost Efficiency
Case Studies
- High Speed Technology
- Productivity Improvement
- Continuous Improvement
- Futuristic Sources of Energy
Summary
HUL APPROACH TOWARDS MANUFACTURING COST EFFICIENCY:
•Use of High Speed, integrated technologies for future expansion
1. High speed Technology
•De-bottlenecking for packing lines
•Re-design of Process for manufacturing
•End-of-Line for speed improvement
•Right Location of the factory to minimize TDC
2. Productivity Improvement & Factory Consolidation
•OEE improvement & loss reduction
•Focus on Changeover
•Focus on RM/PM waste
3. Continuous improvement through AWG
•Energy Generation: Biomass Fuel/ Wind Energy
•Consumption Efficiency: Screw compressor, VAM chillers
4. Use of Futuristic Sources of Energy
HUL APPROACH TOWARDS MANUFACTURING COST EFFICIENCY:
•Use of High Speed, integrated technologies for future expansion
1. High speed Technology
•De-bottlenecking for packing lines
•Re-design of Process for manufacturing
•End-of-Line for speed improvement
2. Productivity improvement & Consolidation
•OEE improvement & loss reduction
•Focus on Changeover
•Focus on RM/PM waste
3. Continuous improvement through AWG
•Energy Generation: Biomass Fuel/ Wind Energy
•Consumption Efficiency: Screw compressor, VAM chillers
4. Use of Futuristic Sources of Energy
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A. HIGH SPEED TECHNOLOGY -PARADIGM SHIFT:
High Speed Technology to Leverage
- Productivity & Cost
- Flexibility & speed to market
- Consumer delight quality
Our Approach:
Don’t add machine ‘Foot-Print’
Replace ‘Low Speed Machines’ with ‘High Speed Machines’
Progressively invest on new technology
High Speed machines – 300-600 UPM Tube Lines, Bottle Lines & Soap Bars
B. DISRUPTIVE TECHNOLOGY AS COST LEVERAGE- BLACK SEA:
Our Approach:
Look at different Approach for material cost through technology leverage
•Duopoly controlling global tube
technology. Alternate identified in STS of
Bulgaria
•Continuous engagement
•Softer prices and exclusivity
•Long term technology collaboration new
technology
Black Sea Technology
DISRUPTIVE TECHNOLOGY APPROACH:
Laminate
Caps
Shoulder
Printing
Tube Integrated
Tube Maker Break It Up
Laminate Pricing
Dedicated Printing
Injection Moulding
Rec
onfi
gure
Assembling
Disruption How ?
HIGH SPEED TECHNOLOGY RESULTS:
• 150- 300% more output per machine
• Speed to Market and Flexibility to change across portfolio
• 50% reduction in RM / PM waste (technical efficiencies)
• Cost Saving of between 2-3% of total Supply chain cost
High Speed Technology
Results:2010-2012
HUL APPROACH TOWARDS MANUFACTURING COST EFFICIENCY:
•Use of High Speed, integrated technologies for future expansion
1. High speed Technology
•De-bottlenecking for packing lines
•Re-design of Process for manufacturing
•End-of-Line for speed improvement
•Factory location strategy
2. Productivity Improvement & Consolidation
•OEE improvement & loss reduction
•Focus on Changeover
•Focus on RM/PM waste
3. Continuous improvement through AWG
•Energy Generation: Biomass Fuel/ Wind Energy
•Consumption Efficiency: Screw compressor, VAM chillers
4. Use of Futuristic Sources of Energy
A. PRODUCTIVITY IMPROVEMENT:
1. Multi-track FFS Machines: Speed Improvement by 33%:
- Re-design of Jaws
- Increase number of tracks -25%
- Strengthening frame & foundation
2. Manufacturing Process optimization for batch cycle time reduction by 40%
- Cold process / Crunch Process
- Re-design of process sequence
- Stabilization and establishing results
Cold Process / Crunch Technology
Multi-track FFS Machines
PRODUCTIVITY IMPROVEMENT:
1. End -of-Line Solutions: To increase upstream speed by 10%
- Auto-packing design
- Customize collator design
- Case packer and Case erector solution
Multi-track FFS Machines
B. FACTORY LOCATION STRATEGY:
Raw
Mate
rial
Co
ncen
trati
on
1)
Market Concentration2)
High
Low
Low High
Slide Rule
Concept
Optimal
size Factory
Factory
Rationalisation
Non Critical ?
RM supplier
Market
Note: 1) RM Supplier based on location of salt, dolomite and soda ash suppliers; 2) Market of at least 30KT in a radius of 200kms
Slide rule: Factory should be between ‘RM Source’ to ‘Market concentration’ in Straight Line for business which are volume driven to minimize total delivered cost
PRODUCTIVITY IMPROVEMENT RESULTS:
•Use of High Speed, integrated technologies for future expansion
1. High speed Technology
• 20% Higher Output without any addition of Manpower
• Conversion cost reduction by 5-8%
• Fixed cost volume leverage
• Environment impact is reduced with same machine delivering 20% more
Productivity Improvement & Consolidation
Results (2010 – 2012)
•OEE improvement & loss reduction
•Focus on Changeover
•Focus on RM/PM waste
3. Continuous improvement through AWG •Energy Generation: Biomass Fuel/ Wind Energy
•Consumption Efficiency: Screw compressor, VAM chillers
4. Use of Futuristic Sources of Energy
BENEFIT OF FACTORY LOCATION STRATEGY:
2011 2012 • 80,00 km less travelled
• 1.4 million liters of fuel less burned
4000 tons of
less CO2
emitted
% Regionalization has gone up from 73% to 80%
HUL APPROACH TOWARDS MANUFACTURING COST EFFICIENCY:
•Use of High Speed, integrated technologies for future expansion
1. High speed Technology
•De-bottlenecking for packing lines
•Re-design of Process for manufacturing
•End-of-Line for speed improvement
2. Productivity improvement & Consolidation
•OEE improvement & loss reduction
•Focus on Changeover
•Focus on RM/PM waste
3. Continuous improvement through AWG
•Energy Generation: Biomass Fuel/ Wind Energy
•Consumption Efficiency: Screw compressor, VAM chillers
4. Use of Futuristic Sources of Energy
CONTINUOUS IMPROVEMENT THROUGH TPM:
TPM Turbo- Charging
Model
Demonstrated Leadership
Commitment.
Strengthen
Core
Basics
Effective Assessment
s
Communicate & Connect Effectively
Lead Initiatives & Replication
KPI Measurement & Process linkage to
results
Strengthening Core Basics: Autonomous Maintenance
Circle Engagement
Loss Analysis
To deliver 25% of capacity increase by 2015 - Achieve Global best OEE (85 % -90%) - Zero Capital Cost and incremental conversion cost
These Losses contribute to 80% of the
Overall Losses
OEE loss tree created for each
sub-family
Operators’ log book data
KK: STRUCTURED OEE APPROACH:
LOSS ANALYSIS: LINES CONTRIBUTING TO TOP LOSSES
The Top Losses are then mapped to lines causing those losses
Example Taken: Measurement and Adjustment Loss in DL 2
Focus Only on lines contributing significantly to OEE loss
CONTINUOUS IMPROVEMENT RESULTS:
•Use of High Speed, integrated technologies for future expansion
1. High speed Technology
• 4% OEE Improvement over 2010- 2012
• Factory conversion cost reduction by 2-5% over 2010- 2012
Continuous improvement through
AWG
Results 2010- 2012
•OEE improvement & loss reduction
•Focus on Changeover
•Focus on RM/PM waste
3. Continuous improvement through AWG •Energy Generation: Biomass Fuel/ Wind Energy
•Consumption Efficiency: Screw compressor, VAM chillers
4. Use of Futuristic Sources of Energy
HUL APPROACH TOWARDS MANUFACTURING COST EFFICIENCY:
•Use of High Speed, integrated technologies for future expansion
1. High speed Technology
•De-bottlenecking for packing lines
•Re-design of Process for manufacturing
•End-of-Line for speed improvement
2. Productivity improvement & Consolidation
•OEE improvement & loss reduction
•Focus on Changeover
•Focus on RM/PM waste
3. Continuous improvement through AWG
•Energy Generation: Biomass Fuel/ Wind Energy
•Consumption Efficiency: Screw compressor, VAM chillers
4. Use of Futuristic Sources of Energy
ENERGY EFFICIENCY: SAVE MONEY WHILE PLANET SMILES:
1. Generation Efficiency:
Energy sourcing to clean & renewable sources
- Agriwaste based steam
- Cogeneration (CHP) from agriwaste
- Solar Thermal/PV/ Windrowers
2. Consumption Efficiency:
- Energy Efficient Motors
- Lighting –CFL, LED lighting
- Variable Frequency Drives (VFD)
- Power factor improvement
- Energy efficiency chillers, compressors
Back Pressure Turbine & Co-generation
Plant (470 kw)
Biomass Boiler
Backck P P Prereressssssurure e TuTurbrbinine e & & CoCo--gegegegenenenenerararatitionPlPlanant t (4(4(47070 k kw)w)w)w)
VAM Chiller Screw Compressor
ENERGY EFFICIENCY: RENEWABLE ENERGY
90%
10%
80%
20%
2008 2012
Renewable Energy contribution increased from 10% to 20% Co2 Reduction: 2008- 2012 - Generation - 293 k tons reduced - Consumption - 33 k tons reduced
Savings – 2010 – 2012 : 9 m €
SUSTAINABILITY RESULTS:
2008 2012
Water (m3/Ton)
2008 2012
C02 (Kg/Ton) 15% redn
22% redn
53% redn
Sustainable Sourcing
60% of Tomato’s sourced through Sustainable sourcing
16 % of Tea sourced from India through Sustainable Sourcing 2008 2012
Waste (kg/Ton)
22% redn
IN SUMMARY:
1. High speed Technology
2. Productivity Improvement & Factory Consolidation
3. Continuous improvement through AWG
4. Use of Futuristic Sources of Energy
2010 2012
Product Cost as % of TO
+60bps
THANK YOU