The Implementation Pathway for Environments that Accelerate Sustainable Growth project develops cooperation between businesses, educational institutes and research organisations, and creates concrete development environments to promote the green transition and digitalisation. The project will implement quickly-adoptable solutions and work on building the foundation for future jobs and competitive advantages. The project is implemented in cooperation with VTT, Aalto University, Omnia and partner companies. The Implementation Pathway for Environments that Accelerate Sustainable Growth project develops cooperation between businesses, educational institutes and research organisations, and creates concrete development environments to promote the green transition and digitalisation. The project is implemented in cooperation with VTT, Aalto University, Omnia and partner companies. The project is a two-year project funded by European Union’s REACT-EU ERDF and is part of the European Union’s response to the covid-19 pandemic.

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Oona Haapakorpi
Senior Lecturer in Food Production
Project Manager for The Implementation
Pathway for Environments that Accelerate
Sustainable Growth (KETO) Project
Guild Schools Coordinator in Lakelankatu
MaFEA project: project worker

4. The Implementation Pathway for
Environments that Accelerate Sustainable
Growth (KETO)
 Theproject develops cooperation between businesses, educational institutes and researchorganisations, and creates concrete
development environments to promote the green transition and digitalisation (1.6.2021-31.8.2023).
 Theproject will implement quickly-adoptable solutions and work on building the foundation for future jobs and competitive
advantages.
 Theproject is implemented in cooperation with VTT,Aalto University, Omnia and partner companies.
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The project is funded by European Union’s REACT-EU ERDF and is part of the
European Union’s response to the covid-19 pandemic.

5. The Implementation Pathway for
Environments that Accelerate Sustainable
Growth (KETO)
 Theproject will create threedevelopment environments inwhich different actors can jointly develop, implement and test new
sustainable solutions for challenges related to urban development, digitalization, traffic,energy and the circular economy.
 Theco-creation indevelopment environments aims for newservices and products as well as diversified forms of business and
employment. Thesolutions created can then be sharedand used inother parts of Finland and abroad.
 Ourdevelopment environmentsis
 Kiviruukkiagile test environmentdemonstrations related to the food systemand the circular economy
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6. CLEANTECH GARDEN – Our location
Kuva: Suunnittelutoimisto Amerikka
We are in
Kirkkokatu
Kiviruukki/
Cleantech Garden
Upcoming
subway line
Cleantech Garden is a circular bioeconomy cluster bringing together education, research
and business under one roof.

7. The future of Kiviruukki and Kivenlahti area
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The Cleantech Garden under development in Kiviruukki, Kivenlahti area of Espoo, will
become a prominent centre for global business, research and learning. The Cleantech
Garden campus offers multifunctional spaces to support innovation in the immediate
vicinity of Kivenlahti metro station.

8. Education meets business at Cleantech Garden
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The campus area includes a wide range of research and office spaces designed for the clean tech
industry. In the heart of the campus rises the Garden, an open venue for all to explore innovations in
clean tech.
The leading themes of Cleantech Garden are mobile solutions, circular bioeconomy, sustainable
food system and carbon-neutral energy economy.
Photo::Suunnittelutoimisto Amerikka

9. Developing Kiviruukki as a test
environment for a sustainable food
system and the utilization of materials
and by-products in the Helsinki
metropolitan area
Kiviruukki is an old industrial area developing into a versatile city
center for 9 000 residents and 3 000 jobs. Kiviruukki's component
master plan aims for 2040. Kiviruukki will have a nationally and
internationally unique Cleantech Garden innovation center for the
bio and circular economy. VTT Bioruukki, the largest bio- and
circular economy research institute in the Nordic countries,
already operates in the area.
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10. The KETO-project- Clean tech demonstrations (Omnia)
 Designing and concepting the circular economy concept
 Creating a resource-wise and carbon-neutral society approach
to restaurant and food services
 Utilizing Living lab concept to engage stakeholders into the
project and to test real life products and services
 Creating a sustainable partnership with working life
 Creating positive climate effects, then we can reduce the carbon
footprint
The Bio- and Circular Economy Center brings together research
and training actors as well as pioneers specializing in these areas
 UN Sustainable development goals
 No:4 Ensure inclusive and Equitable quality education and promote Lifelong
learning opportunities for all
 No:10 Reduce inequality within and among countries
 No:11 Make cities and human settlements inclusive, safe, resilient and sustainable
 No:12 Ensure sustainable consumption and production patterns 10

11. Experiments planned during the project
Survey
Networks
Diagrams
Modelling
Conceptualization
The launch
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 Develop / Testing plant-based diets in
different operating environments
 Bio waste and production scales to
reduce bio-waste
Creating deferent case models i.e.
 3D food printing
 research and development of
opportunities to increase the self-
sufficiency of our own production
 aeroponic cultivation
 vertical cultivation

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13. No:11, Sustainable cities and communities
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• This seaside suburb located in West
Espoo with about 8,000 inhabitants is
expected to grow to 25,000 by 2050. West
Metro will connect Kivenlahti to other parts
of Espoo and Helsinki in 2023.
• Kivenlahti developments are served by
good public transport facilities (including the
metro by 2023) and also easy access by
car. Ferry connections to nearby islands are
operated during summer for recreational
activities.
• Distance from Helsinki centre to
Kivenlahti is 30 minutes by metro.

14. Living labs
• KETO-project approach to Living Labs its
a open innovation ecosystems, in which
the role of Omnia Living Lab Networks is
to integrate education, R&D and regional
development.
• We also defines its Living Labs as real-
life environments, both inside Omnia
(such as campuses, or Restaurat
Henricus), and outside, such as public
libraries, hospitals and urban districts.
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Living
Labs
Users
Target
groups &
behavioural
Private
actors
Practical
know-how &
recourses
Knowle
dge
instituti
ons
Expertise &
scietfic
substantiation
Public
action
Long term
perspective &
regulatory
role
REAL-LIFE
CONTEXT

15. Oona Haapakorpi, Omnia 2022
Living lab experimental environments

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17. No:12 Responsible
consumption and productions
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Bio waste

18. The Future Role of
Mushrooms
• Growing mushrooms in used coffee
grounds
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19. Vegetarian food competition
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20. Vertical cultivation and
aeroponic cultivation
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22. No:10 Reduce
inequalities
• We provide laptops
• We provide fee learning material
• We create virtual learning materials
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23. TRANSPARENCY AND OPEN MATERIALS
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YouTube @kokkikilta Instagram @kokkikilta original espoo

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26. Teaching material
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Google Classroom
Closed FB platform
Students' own professional portfolios

27. No:4 Quality Education
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28. No:4 Quality Education
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29. No:4 Quality Education
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30. No:4 Quality Education
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31. Read More:
https://www.omnia.fi/en/projects/implementation-pathway-environments-accelerate-
sustainable-growth-keto
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