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Business Models for Flexible and Sustainable Manufacturing
• Reference of the call: SPIRE-06-2016
• Start/end date: 1/09/2016 – 31/08/2018
• Partners:
ObjectivesINSPIRE analyses how business models in the process industry may change in the upcoming decennia, as a result of several trends:
• Technological innovations (such as process intensification, 3D printing, biotech etc.)
• Increased customer orientation of the process industry
• Need to increase resource efficiency through recycling and industrial symbiosis
INSPIRE in 1 slide
Global competitiveness and reshoring
of the European process industry by:
• increased flexibility (react to volatility)
• resource efficient production
• sustainable solutions
• secure local (EU) sourcing
1. The EU/ SPIRE needs
Develop knowledge and tools that
help managers decide about BMI
Promote and replicate the new
Business Models and tools to multiple
EU industries to:
• > 50 industrial parks
• > 100s of related stakeholders
4. How will this happen?
• More flexible value chains (e.g.
containerized movable production)
• Increased customization of products
(e.g. 3D printing of process equipment)
• Fully circular production (e.g.
industrial symbiosis)
• Local raw material sourcing and
security (e.g. recycling of critical raw
materials, local feedstock sources)
3. Value to Customers4-5 new Business Models for the
manufacturing industry, based on
emerging innovations that:
1. Dramatically increase flexibility in
production & time to market
2. Enable full circularity
3. Attract or retain process industries
in Europe
2. The Project Solution
Trends and Business Model archetypesFive macro forces that impact business models in the production chain
Less waste and CO2 impact
through Industrial Symbiosis and re-use-> cost & LT
sustainability
Better serving local clients (including eco-design and
production)
Combined products and services -> stronger client binding
Extended Producer Responsibility
More efficient and flexible production (less resources) by process intensification +
Less transport by local sourcing
Evaluate 4 archetypes vrs. impact on Business Model Canvas and value chain
© PNO Group
Polfree – model © TNO
1. Decentralised
or modular production
2. (Mass) customisation
3. Servitisation
4.Reuse and sustainability
1. Decentral modular production in fertilizers
E.g. Small Scale Ammonia
4. Mass Customisation in fashion industry
E.g. Consumer designed shoes
2. Servitisation
E.g. Chemical leasing E.g. Neodymium from magnets
3. Re-use of (critical) raw materials
So what’s next … ?
7
1. Decentralised or modular production
covers industries that decentralize their
manufacturing and split their production
processes into various locations or
regions.
2. (Mass) customisation combines the
personalization and flexibility of custom-
made business manufacturing with the
traditional principles of mass production;
3. Servitisation of the process industry
considers deliver functionality, rather than
ownership;
4. Reuse and sustainability focusses on
mechanism for a more sustainable and
competitive industry through
improvements in resource and energy
efficiency;
~ 20 technologies per archetype (TRL)
Factors that determine BMI
Bottlenecks to deployment
Research Roadmap
BMI support tool for managers!
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Reuse
HDES 1EPT 2Remote control 3Digitalisation 43D printing 5BIg data 6COld welding 7Biodegradable material 8Micro and nano manufacturing 9Biosensors 10micro electromech 11Industry 4.0 12Additive manufacturing 13Sensors, monitoring and cotrol 14Multipurpose and hybrid process 15Adaptable and reconfigurable 16Robotics 17Internet of things 18Modelling and simulation 19
Big Data 20Life cycle assessment 21Materials EOL 22Cloud based platforms 23Data mining 24Product configuration 25Smart materials 26VR environment 273Dscanning 28Dynamic supply chain 29Product-aging simulation 30Design for X PLM add-ons 31Well-aging materials 32IoT smart industry 33biodegredable materials 34Chemical markers 353D printing 36Autmated disassembly 37Biomimicry 38Identifiers 39Materials mapping 40
biomass gasification 63biochemical conversion 64process analyrtical technologies 65in situ removal of contaminants 66big data analysis 67automated process control 68HiGee processes 693D printing 70containarised construction 71plastic disposable 72in situ removal of contaminants 73continuous reactors 74membranes 75electrification 76electrically powered process 77skid based designs 78remote control 79process analytical technologies 80energy efficient solvent recovery 81continuous crystallisation 82big data analysis 83automated process control 84
Materials-process matching 41Reverse supply chain simulation 42Business model simulation 43Elderly 44AI 45Robotics 46Automation 47360 medical data 48Big Data 49IoT 50Body Scanner 51e-health 52E H R 53Telemedicine 54Electrolysis low cost 55Chemical looping 56Activation carriers 57carrier to power 58H2 binding 59carrier conversion 60product recovery 61H2 storage 62
Legend
Regional impact: Red = lowYellow = mediumGreen = high
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Technology Clusters Re-use /sustainability TechnologyICT 3D printing
Materials-process matchingSimulation Reverse logistics/supply chain planning/simulation
Process simulation
Business model simulation
Product-aging simulationRecycling Chemical markers
Biodegradable materialsRemanufacturing, refurbishing, repair IoT
Automatised dissassembly
Smart IndustryReuse, longer lifetimes Biomimicry
Identifiers/certification
Well-aging materials
Materials mapping
Input to our research roadmap!(+ non-technological innovation
requirements)
&
CONNECTING AMBITIONS
BMI Support Tool(box)• BMI readiness index based on decision factors per Business Model
Archetype -> Support tool for managers to reason about BMI
• Indications about relevant technologies, impact on flexibility and their general TRL levels (market availability)
• Practical tips and tricks how to improve BMI readiness for these Archetypes -> possibilities for managers to increase BMI Readiness
• Upscaling strategies for new Business Models to manage risk of new BM introduction
• Migration strategies e.g. from Product-Oriented (PO) PSS model, and then move to “User-Oriented (UO) and Result-Oriented (RO)
• Fall back strategies to the previous business model (idem)
• Contract types and models for Servitization, Industrial Symbiosis etc.
• Models for risk and revenue sharing with the customer/partners
• Introduce intermediaries/orchestrators to overcome lack of ownership for introducing new BM in the value chain (e.g. recycling)
• Clarify benefits for the procurement staff at the client to overcome reticence with procurers towards new BMs
• Etc.
End goal
So INSPIRE finally is about creating conditions to:
1. Help industries react to trends and future scenarios with BMI
2. Keep industries and jobs in Europe
3. Bring back industries and jobs to Europe
4. Strengthen competitiveness and resilience of industry in Europe
CONNECTING AMBITIONS
INVITATION!
Are you interested to contribute to the BMI tool(box)?
Ron Weerdmeester
PNO Group
European Innovation Manager
M: +39.3495135491
S: ronweerdmeester
L: https://www.linkedin.com/in/ronweerdmeester/