26 & 27 february 2016 automation & enterprise trends - f&b...
TRANSCRIPT
Standards
Certification
Education & Training
Publishing
Conferences & Exhibits
National Symposium on
Automation & Digital Transformation of
Food & Beverage Industry26th & 27th February 2016
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G. Ganapathiraman
GM & VP
India & SE Asia
ARC ADVISORY [email protected]
Automation & Enterprise
Trends -
F&B Industry
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About ARC Advisory Group
Established in 1986 in Boston, USA
Global:
US, Canada, Germany, Belgium, Japan, China, India, Brazil, Argentina,
Singapore
Activities:
Focused on Industry and Infrastructure
Corporate Advisory Services,
Market Research Reports, MIRA, STAR & Guides
Forums,
Custom Projects
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Research Domains
Analytics and Big Data
Asset Lifecycle Management
Energy Management and Sustainability
Governance and Risk Management
Industrial Networks and Cyber Security
Industrial Internet and M2M
Manufacturing IT and Cloud Computing
Machine Control and Safety
Operations Management
PLM and Virtual Manufacturing
Process Automation and Safety
Sensors, Transmitters, and Actuators
Smart Cities and Infrastructure
Supply Chain and Logistics
ARC’s Collaborative Management Model
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Aerospace and Defense
Automotive and Heavy Machinery
Chemical, Cement, and Glass
CPG, Food, and Beverage
Electric Power and Smart Grid
High-Tech and Discrete
Infrastructure and Smart Cities
Life Sciences
Logistics and Transportation
Mining and Metals
Oil and Gas
Pulp and Paper
Water and Wastewater
Key Industries Covered
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Top Ten Business Challenges
Achieving and Sustaining Exceptional Business Performance
Increasing Asset Reliability
Reducing Complexity and Customization
Create a Proactive Culture to Capitalize on Emerging Opportunities
Insulate Businesses from Unprecedented External Challenges
Unify Business and Manufacturing with a Common Business Plan
Utilize Automation to Satisfy HSE Requirements
Protect Operations from Cyber Threats
Provide and Sustain a Skilled Workforce
Predicting and Realizing Value from Automation
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F&B Industry Overview
The global food and beverage manufacturing industries produce over US$ 3.5
trillion worth of product.
Manufacturers operate in highly competitive markets, competing against global,
regional, local and private label manufacturers on the basis of price, quality,
convenience, variety, nutritional value, and distribution.
Innovative new products and packaging remain vital to meeting changing consumer
and retailer demands, changing demographics, and local and cultural preferences.
Continued emphasis on product and packaging innovation, adding value to retailers,
and more effective communication through packaging are the keys to maintaining
brand value.
The food and beverage industries are remarkably diverse with many small to large,
simple to complex manufacturing facilities. To further emphasize the size and
diversity, the top 50 food manufacturers' share of global packaged food retail sales
is less than 20 percent.
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Key Questions F&B Manufacturers
are Trying to Answer
How do I address the fluctuating price and availability of commodities?
How do I reduce my energy and other utility costs and ensure the long term availability of
these resources?
How do I find and evaluate new technology that will support innovation and speed time-to-
market?
How do I find and evaluate technology that will improve my manufacturing efficiency and
effectiveness?
How do I come up with new ideas or equipment that allow multi-tasking and that can reduce
change over time?
How do I reduce my manufacturing cycle time?
What are the best metrics to support future manufacturing requirements?
What are the leading best practices in the food and beverage industries, in manufacturing in
general, and for sustainable manufacturing?
What is my competition doing?
How do I support my ever-expanding manufacturing and business automation systems and
networks?
What are other companies doing to improve the skill sets of their operators and staff?
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Major Trends – Global Scenario
Emerging Markets, Urbanization, Changing Demographics
BRIC and CIVETS countries identified as emerging markets due to actual and growing purchasing
power
Urban population growth explosion
Addressing the needs of each demographic will be the key to future success
Changing Consumer Purchasing Patterns
Consumers becoming more value-conscious, health-conscious, and socially conscious
Manufacturers are responding to rapidly changing consumer purchasing patterns with an even
wider variety of product and packaging innovations
Packaging Becoming a Key Differentiator
In response to escalating productivity and efficiency demands from food and beverage
manufacturers, packaging machinery OEMs have begun to embrace global equipment standards
A growing trend toward integration, automation, and standardization is beginning to take hold in
the packaging machinery manufacturing sectors
The Walmart Effect
Mega-size, “power” retailers, at the forefront of recognizing consumer purchasing patterns, are
driving the demand for more sustainable manufacturing practices among their suppliers since they
recognize that these can help them increase their respective market share and lower their
business costs
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Major Trends – Global Scenario
Rising Food Safety Due Diligence and Cost of Quality
Governments all over the world are intensifying their efforts to improve food safety in
response to an increasing number of food safety problems and rising consumer
concerns.
Regulatory Requirements and Global Standards
The requirements for a food safety plan include several elements, each of which
appear to be more comprehensive than current requirements and are likely to drive
investments in new automation and/or IT assets
Drive Toward More Sustainable Manufacturing
Sustainable manufacturing and supply chains practices that reduce waste, minimize
the use of valuable and limited resources, and minimize impact on the environment,
as well as taking on more social responsibility
The Transparent Enterprise in the Information Age
Manufacturers are being held to unprecedented levels of accountability throughout
their supply chain and manufacturing operations
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Drivers of Automation in the
F&B Industry
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Inhibitors of Automation in the
F&B Industry
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Strategies for Success
Mergers, Acquisitions, Joint Ventures, Divestitures Splits, and Outsourcing
Two of the most common reasons for acquiring a company are to strengthen a product line or
gain a distribution channel
Three important trends include a new focus on vertical integration, manufacturers in emerging
economies acquiring companies in developed economies, and bigger are no longer
necessarily better
Expansion of Distribution Channels and Markets
There is a growing number and type of retail outlets. Consumers are less and less restricted
to shopping at supermarkets and power retailer big box stores, which can be miles away.
Portfolio Rationalization and Optimization
PLM
P&G’s Swiffer, Tata Motors’ Nano, Nestlé’s yogurt manufacturing project in India are all
excellent examples of innovative thinking. Each company determined what the consumer
needed, but didn’t have, developed a product, and created a whole new market.
Productivity, Cost Containment, and Customer Satisfaction
CPM/MES, EAM, RPO, Energy saving hardware products, Process Engineering Tools
According to several ARC surveys, the primary drivers for deploying CPM software are to
help improve plant performance, ensure product quality, and improve product tracking and
tracing
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Strategies for Success
Packaging and Supply Chain Optimization
Packaging remains a largely manual, standalone operation lacking the horizontal and vertical integration
needed to properly manage and monitor operations performance or deliver timely and accurate information
to business operations
Food and beverage manufacturers and their technology and equipment suppliers are responding with
New packaging operations management software
New, more efficient packaging machinery with advanced controls and integral robotics systems
Machines and equipment with modern communications capability
The continued development and deploy-deployment of machine control and information standards
Food Quality and Safety
Companies are actively deploying new electronic product quality risk, and compliance management
systems
These include new electronic product quality, risk, and compliance management systems (QRC) and
subsystems that include:
Document management systems
Laboratory information management systems (LIMS)
Real time electronic hazards analysis and critical control points (HACCP) systems
Corrective and preventative action systems (CAPA)
Real time on-line SQC/SPC
Model-based and multivariate predictive controls
Product genealogy and tracking and tracing systems
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The Connected World is on the Horizon
Processes
Systems
Things/Assets
People Information
Cloud, Virtual
Mobile, IoT
Analytics, 3DCollaboration, Social
Together, These Technologies can
Help You Transform Your Business
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Industrial Internet: The New Frontier
Remote
Monitoring & Services
Connectivity
Platform
Advanced Analytics
Apps
Network
Most Industrial IoT Building Blocks are Already in Place
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Industrial Internet Drivers
Source: ARC Industrial Internet of Things Survey
Reduced Downtime and Faster Service are Top Drivers
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IoT is a Business Opportunity to Improve
Machine Utilization
Reduce Operating time to produce work piece
Improve Machine Production Output
Improve Utilization of Labor
Identify operational issues
Identify poorly operating machines
Increase the performance of the operator
Close the loop with product design
Close the loop with CAM systems
Identifying Problems will Allow the Industry to do More
with Less Machinery
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Increase Utility of Machine Tool by
Enabling Operators
Machine utilization continues to rely on operators, but skill level is
declining
Operators often first to identify processes need attention.
Operators are an Intelligent Sensor
Skill
Level
Time
Operators
Maintenance
Technicians
Process Engineers
Today
Quality
Continued workforce reductions make it necessary to capture the knowledge of
process engineers and maintenance workers to maintain quality.
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Empower the Operator
Judgment based on implicit knowledge
Workers’
senses
Skill
Know-howKnowledge
Operation by
skilled workersInspection
target
Low Skilled Operators Need to be
Connected to an IoT Infrastructure to
Improve Performance
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Knowledge Discovery Through Analytics Embeds
Rules in Machinery & Production Systems
Knowledge-info Control Technologies
Knowledge
Know-how
No skilled workers
Extract InferLearn
Data sensing
From machinery
Quantitative
Characteristics
Consistent quality
Non dependence on skilled workers
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Knowledge Discovery & Analytics –
Summing Up
Analytical tools that rapidly recognize trends in production
Shorten the time from problem identification and corrective action
Rapidly identify startup problems to ensure faster time to market
Create an environment that is data driven instilling a consistency
in corrective actions
Decouple operator ability of providing early detection of machine
degradation from manufacturing performance
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Improving Manufacturing Metrics
Analytics Drives Knowledge
Discovery and Creation
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Let’s Change the Mix of Maintenance
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Smart Products
Connected Products
Smart Metrology
3rd Party Services
Plant Systems and Assets
Enterprise Systems
Connected Enterprise
Self-Planning Systems
Flexible Worker Schedules
Access Control Services
Location/Nav Services
Video Presence (Expert Help)
Augmented Reality
Smart Tools
Connected Worker
Collaboration
Smart Components
Smart Logistics SmartCarriers
RFID
Smart Warehouse
Connected Supply Chain
The Emerging Smart Production
Environment (IIoT, I4.0, etc.)
New or Changing …- Software: Analytics, APS, MES/MOM, EAM/CMMS,
LIMS, PAM, Security, etc.- Mobility and enhanced worker connectivity- Remote services; Product ‘as-a-Service’- Smart sensors, assets, network connectivity, cloud
… All along with traditional automation and enterprise systems
IIoT Smart Module
RemoteMonitoring &
Services
Connectivity Platform
Advanced Analytics
Apps
Smart Machines- Connected- Software-defined- Agents, Apps- Sensors e.g. vibration,
ultrasound, infrared etc.
Connected Machine
Smart Containers
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Physical asset with sensors, actuators
Local IoT Compute and Communicate module
Smart Machine
IoT Smart Module
Emerging Option: Connect Big Assets Using New Technologies
Secure Network
The Connected Plant
Plant Operations
CorporatePurchasingEngineering
XYZ Company XYZ Company XYZ Company
Enterprise
Maintenance
XYZ Company
BusinessSystems
New IoT Analytics and Applications
Private Cloud
Machine Mfr.
Secure Connection
Service Provider
Private Cloud
Share Asset Data with 3rd
Parties
Monitor in-service Products
XYZ Company
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IoT Industry GroupsMany focused on network connectivity for home
AllSeen Alliance (2013) – Qualcomm, LG, Haier, Panasonic, Sharp
Industrial Internet Consortium (2014) AT&T, Cisco, GE, IBM, Intel
IPSO Alliance (2008) ARM, Atmel, Ericsson, Freescale, EDF
Open Interconnect Consortium (2014) – Intel, Broadcom, Dell, Samsung
Thread Group (2014) Google/Nest, ARM, Samsung
ZigBee Alliance (2002) Freescale, TI, Philips, Schneider Electric
Z-Wave Alliance (2005) ADT, Ingersoll Rand, Linear Technologies
Smart Manufacturing Leadership Coalition (SMLC)
Industrie 4.0
DMDII
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Industrie 4.0 in the Process Industries
Industrie 4.0 has been conceived from a discrete industry perspective
The process industry has many concepts of Industrie 4.0 in place
Autonomous optimization, controllers are coordinated via the DCS concept (APC, RTO),
integrated supply chain and production optimization, etc.
The process industries has its own buzzwords and initiatives, also visible
at the ACHEMA fair
Modular automation and production technologies, to build small, flexible, reconfigurable
production units (F3 Factory model)
Predictive maintenance strategies (asset health diagnostics/analytics, useful life
prediction, planning predictive maintenance, life cycle cost management
Remote operation (workforce reduction, reduce night and weekend shifts)
Digitalization (seamless engineering, operations and maintenance)
US initiative SMLC (common IT platform, advanced modeling, and more)
Exception is the German process industry (BASF, ThyssenKrupp) have a process
interpretation of Industrie 4.0
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IIoT Impact on Industrial Companies
More Sensors, More Data, More Automation
More Analytics, More Visibility
More Software Applications
New Product Requirements
New Production Equipment Capabilities
Software defined, autonomous, intelligent
New Architectures
Cloud, Mobility, Virtual, Distributed
New Service Requirements
New Customer/Supplier Relationships
New Ecosystem/Supply Chain
New Business Models
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Enterprise Software Business Is Evolving
New Model: Sell Apps that…
run as a service in a private or public Cloud
require monthly payment
can be implemented in weeks or days
can support diverse user ecosystem
are upgraded by the supplier
provide tools for global collaboration
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Automation Systems are Evolving
Attribute From To
Focus Technology Business
Structure Hierarchical Flattened
Cyber Security After Thought Secure by Design
Data Multiple copies Single Version of Truth
Integration Project-based Standards-based
MOM Applications Separate Integrated
Control & Safety Separate Integration Options
Control & Electrical Separate Integration Options
Engineering Design Tied to Hardware/
Software
Late-Binding for
Hardware/Software
Supported By Users Suppliers
Technology is no longer a barrier
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Automation Products & Software
for the F&B Industry
Products What is included
DCSs Distributed control system hardware, software, and related services.
PLCs PLC hardware, software, and related services.
Machine
Safeguarding
Solutions
Machine safeguarding solutions cover all key product segments used in machine safeguarding
applications.
AC Drives Low and high power variable frequency AC drives (inverters, sensor-less, flux vector), peripheral
hardware, drive systems, bundled software, integration, and other relevant software and services.
General
Motion
Control
(GMC)
Motion controllers (single and multi-axis), intelligent drives, servo and stepper amplifiers, servo
and stepper motors, bundled and unbundled software, integration, and other relevant services
provided by GMC suppliers
Unbundled
Software
EAM, PAM, RPO, PET, CPM for process, HMI, and LIMS
Control
Valves
All Control Valve, Actuator, and Positioner (CVAP) hardware, software, and related services.
Transmitters Pressure and temperature transmitters. Includes hardware, software, and services.
Level
Measurement
Continuous ultrasonic level and radar level devices for continuous level measurement applications.
Includes hardware, software, and services.
Flowmeters Magnetic, Coriolis, ultrasonic, and vortex flowmeters. Includes hardware, software, and services.
Analytical Process electrochemical systems (PES) and process infrared systems (PIRS) analytical products.
Includes hardware, software, and services.Reference: Worldwide F&B Study, ARC Advisory Group
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IIoT and Transformational Change
IIoT increases the value of existing infrastructure
More uptime
Better performance
More responsive
IIoT presents a new set of opportunities - and risks – for Operations:
Leverage data and analytics
Leverage 3rd parties for non-core operating activities
Leverage IT organization and technologies
IIoT enables machine makers to reinvent their relationship with
customers
Connected products enables ongoing relationship
Engineering, marketing and manufacturing must collaborate
Business model morphs to Products and Aftermarket Services
PaaS
Unpredictable disruption is predicted
What is your strategy?Embrace Technology Friendly Culture
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3 Thank You!For more information, contact the author at
[email protected] or visit our web pages atwww.arcweb.com