Corporate research and innovation through public-private ... · Lead Research & Development in...
Transcript of Corporate research and innovation through public-private ... · Lead Research & Development in...
Corporate research and innovation through public-private partnershipMagnus Bergkvist, PhD
Head of Science & ResearchOpen Innovation LeadGlobal Innovation Center, Thai Union Group PCL.
Who is Thai
Union?
• Established in 1977 as a canned
tuna processor and exporter
• A global seafood leader
committed to seafood expertise
and innovation
• Ambitious growth plans rooted
in commitment to sustainability
and innovation
• Well-known brands that have
produced nutritious and tasty
seafood for consumers for over
a century
Geographical Sales
Ambientapproximately
45%of total Group Sales
Frozenapproximately
42%of total Group Sales
Pet Care&
Value-Addedapproximately
13%of total Group Sales
Thai Union Group Business
Thai Union is the Principal Tuna Processor in the World (by volume)
~450 million kg of whole fish/year (~15% of global production)
Thai Union Global Footprint
OUR VISIONTO BE THE WORLD’S MOST TRUSTED SEAFOOD LEADER, CARING FOR OUR RESOURCES TO NURTURE GENERATIONS TO COME.
OUR MISSIONTO BE THE SEAFOOD INDUSTRY’S LEADING AGENT OF CHANGE, MAKING A REAL POSITIVE DIFFERENCE TO OUR CONSUMERS, OUR CUSTOMERS AND THE WAY THE CATEGORY IS MANAGED.
Thai Union Moving Towards The Future
Becoming a Global Seafood Leader
• Assuming the “Mantel of Leadership”, Utilizing Scope of Operations to Improve the State of the Industry, Environment, and Consumer Experience
• A Leading Global Seafood Company with a Vision Driven by 6 Strategic Imperatives
• Dedicated to Creating ‘Differentiated Capabilities’
STRATEGIC
SOURCINGINNOVATION M&A OPERATIONAL
EXCELLENCESUSTAINABILITY
GLOBAL
TALENT
DEVELOPMENT
Goals for R&D Innovation Unit
Driving Revenue Growth
Lead Research & Development in Strategic Areas Relevant to TU
Challenges
• Birth of a new type of operation (research & innovation)
• Need the right capabilities, resources, and expertise
• Time critical
Traditionally Industry R&D units have developed in-houseThis take time, and a lot of capital & human resources
An “open innovation” partnership model offer unique opportunities
“Combining internal and external ideas and internal and external paths to market to advance the development of new technologies”
Closed Innovation System Open Innovation System
Chesbrough, H. (2003), “Open Innovation: The New Imperative for Creating and Profiting from Technology“, Harvard Business School Press.
Open Innovation – Concepts & Ideas
Open Innovation – Principle Ideas
Closed Innovation Principles Open Innovation Principles
The smart people in the field work for us. Not all the smart people work for us.Find and tap into expertise outside the company
To profit from R&D, we must discover it, develop it, and ship it ourselves.
External R&D can create significant value: internal R&D is needed to claim some portion of that value.
If we discover it, we will get it to the market first. We don’t have to originate the research to gain from it.
The company that gets an innovation to the market first will win.
Building a better business model is better than getting to the market first.
If we create the most and the best ideas in the industry, we will win
If we make the best use of internal & external ideas, we will win.
We should control our intellectual property (IP) so that our competitors don’t profit from our ideas
We can profit from others’ use of our IP (spin-offs etc.), and we should buy others’ IP if it advances our business.
http://www.openinnovation.eu/open-innovation/
Open Innovation – Principles
https://www.wazoku.com/blog/open-innovation-vs-crowdsourcing-vs-co-creation/
Outsourcing of projects to the public (could be idea generation)
Active collaboration between different organizations
An active process with collaboration between firm and users, initiated by the
firm to generate value for customers
Open Innovation
Co-creation
User innovation
Crowdsourcing
Open Innovation – Broader Scope
29-Oct-18 12
Anybody can suggest and review new ideas for LEGO products and services.
Crowd sourcing -“User-driven creative production”
Cisco vs. Bell LabsWorked with university labs and SMEs to rapidly innovate and get to market. Could compete with ideas from one of the most
renowned R&D labs in the world
Co-Creation
Membership-driven R&D Consortia
Intel, IBM, Samsung + others.Engage the best university researchers to solve
problems and help educate workforce
Open Innovation Network
Open Innovation – Examples
Industry/Academic/Government synergies: Ensuring the best thinking from every angleGlobal Innovation Incubator
• Aim to engage with industry, government, & academia in creative partnerships.
• Combine in-house expertise & resources, with partners knowledge & capabilities.
• Enable use of internal & external ideas for innovative projects with global impact
Partnership with Several Universities and Institutions
Established 2015
Investment by TU with BOI
• A research facility designed to
enhance new areas of food
research and technology
• Explore new product, processing, and packaging technologies to
develop critical innovations in the food industry
• Providing innovative opportunities for integration and
collaboration among talented research professionals
King Mongkut’s
University of Technology
Collaborators Sought!
Suranaree
University of Technology
Mahidol University
Kasertsart University
Chulalongkorn University
~15 projects with university PI/Co-PI participation
Industry/Academic/Government synergies: Ensuring the best thinking from every angleAcademic Network
Thai Union’s Innovation Center engage globally with governments,
research institutes, suppliers and SME’s across the value chain
Industry/Academic/Government synergies: Ensuring the best thinking from every angleGlobal Team Collaborations
• Material & Packaging
• Automation Technology
• Process Technology
• Molecular & Biotechnology
People TalentInnovation from the young generation
Giving experience together with science background
• Sensory
• Product Development Scientists
• Chemistry
• Biochemistry
• Packaging Science
• Engineering
• Nanotechnology
113 Scientists & Engineers from over 15 Universities
39 PhDs (35%) & 52 Masters (46%)
Roadmap & FocusInnovation Framework
Coproduct Valorization Automated Environment (Smart Factory)
Sensory Modification Nutrition Wellness Packaging
Challenges1. Utilization of rest-raw materials 2. Manual production → shift toward I 4.03. Meeting consumer needs
Consumer Insights → Customer want food centered on their life quality and lifestyle.Improved Taste, Convenience , Freshness, Modern & Functional Packaging, Healthy
Structure & WorkforceInnovation driving through clear structure and mechanic wheel
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Product Categories
Structure & WorkforceInnovation process and portfolio management
Full Proposal Preliminary Research Main Research Culmination
• Preliminary prototype
• Initial process feasibilityDefined goal and
target business impact
• Prototype
• Condition and key
technology summary
• Scaled prototype
• Core process &
conditions
• Clinical StudyDeliverable
ScopingTechnical
Assessment
Detail
Investigation
• Potential technologies and
consumer solution
• Best technology selected
from assessment
•Market viability check
• Confirmed innovative
technology including condition
• Patent (if applicable)Deliverable
Innovation technology
Structure & WorkforceInnovation process and portfolio management
Fundamentals• DNA methodology for food fraud and tracking
Co-products / Health and Wellness• BioMarine Calcium for Bone Health
Processing Technology• High pressure processing for new product formats
Project Examples
DNA analysis – species identification (technology/capability)
DNA-barcoding to identify specific tuna species from raw materials
DNA-barcoding to identify main fish species in can❑ Identify minor (contaminating) fish species in a can (current work)
Relevance (examples)❖ Possible future
regulation
❖ Food fraud prevention
❖ Food contamination tests
❖ Customer claims ?
Rapid kits for tuna identification
Lap-On-Chip kit Consumer kit
Potential development
Prof. S. Thitamadee, Prof. N. Punyasuk . Dept. of Biotech, MUSC
DNA analysis – Tuna Trace
▪ Skipjack populations (at this point in time)
▪ Based on genetic markers ▪ Enable DNA verification of catch certificate
Potential next steps
▪ Need to establish a Genetic baseline of Tuna from verified locations
Identify catch location (FAO) of skipjack lots
▪ Can leverage similar forensic DNA methods used to track cod, salmon, and herring populations
• Tracking stock population
• Links to behavior
Where did we get the tuna?
Identify origin of fish based on genetic profile (links to new regulation and consumer wants)
• Tracing “Origin of Catch” for Salmon (courtesy of Matis)
Effect of marine tuna calcium supplements on bone health
Department of Physiology, Center of Calcium and Bone Research MUSCInstitute of Molecular Biosciences, Mahidol University
J Sci Food Agric 2018; 98: 2027–2034
Co-Products \ Ingredients \ Health & Wellness
• Fundamental research into high pressure processing (HPP) of tuna meat
• Results show impact on muscle microfiber structure + antibacterial properties
Process Research \ Technology & Product Development
Prof. S Devahastin, Dept of Food Eng.
King Mongkut’s University of Technology Thonburi
Raw material
Thermal process
Finish product
HPP Technology
Raw material
HPP process Finish product
Breakable fish meat No sliceability
• Non-thermal technology• Pressure is instantly transmitted• Same in every point of products• No changes in food chemical
composition
✓ Sliceable tuna✓ Less impact on nutrients
• Use heat to preserve the food• Slow transmission• Temperature gradient• Due to thermal action →
formation of new compounds
Traditional Method
Process Research \ Technology & Product Development
• Maintain natural fish characteristic without binding agent
All natural product without food additives (not reformed meat)
• Fish natural nutrients are preserved.
2017 Asia Innovation Award
2018 Seafood Excellence Award“Best New Foodservice Product”
Process Research \ Technology & Product Development
Impact
• Patent filings and technology disclosures
• Scientific publications
• Collaborative research grants with academic and industrial partners
• Implementation of new processing technologies in the tuna industry.
• New business opportunities in marine-derived ingredients
• Novel product concept developments
Moving Forward
✓ Continued engagement with external partners in Academia and Industry
✓ Interest in closer relationships with start-ups and SME’s in food technology sector
✓ Accelerator/Incubator activities aimed for 2019
✓ Grant Opportunities:
• BOI Competitive Fund Program
• TRF, NIA + other.
• Program run max 5 years
• BOI co-funding can be up to 50% (project dependent)
• Invest in activities to make businesses (and Thailand) stay and become more competitive
• Have elements of inclusiveness, potential for broader impact, and HRD
BOI Competitive Fund Program
Key Points
Coproduct Valorization
Automated Environment (Smart Factory)
Sensory Modification
Probable Activity Areas (for TU)
Theme program structure
Knowledge baseWhat knowledge (Sci/Eng) is not available to realize the desired enabling technology. What research is needed to expand/gain the knowledge?
Technology baseWhat technologies do we need to realize our larger scale “Systems”
Technology IntegrationHow to utilize technologies and knowledge to build integrated “systems”
Evaluate on “Test Bed Models” with specific application.
These can be chosen to demonstrate system functionality, but can(should) be possible to extend to other areas
Coproduct Valorization
Automated Environment (Smart Factory)
Sensory Modification
Project area 1
Project AProject BProject C
Projects should be justified and identify:
• Objectives, Deliverables, Project Team
• Project Impact/Relevance for core business
• Potential Broader External Impact (stakeholders, companies, knowledge, etc.)
• Potential Broader National Impact (if possible)
Project area 2
Project AProject BProject C
Project area 3
Project AProject BProject C
Project area 1
Project AProject BProject C
Project area 2
Project AProject BProject C
Project area 3
Project AProject BProject C
Project area 1
Project AProject BProject C
Project area 2
Project AProject BProject C
Project area 3
Project AProject BProject C
Thank You!