5. Instruments driving project development

Blue Tech – Enhancing the Blue Bioresources Niche of Excellence

Undefined
Summary: 

The project has contributed to develop the marine bio-resources sector at the Atlantic level. Gathering economic and innovation development agencies, local authorities and scientific organisations, it has capitalized on projects previously developed under this theme. Based on these projects, partners have identified the main obstacles, but also the drivers to the development of the Blue Biotech sector. The project has also prepared the future of the marine biotech sector, it gained in visibility among economic players and the general public through notably the creation of the video, but also the organization of public event (ex. 100 EU participants during the final conference in Cadiz).Finally, through the identification of transnational structuring projects, the project has represented an essential link to the 2014-2020 programming period. It also contributed to the operational implementation of the Action Plan recently adopted in the framework of the EU Maritime Strategy for the Atlantic region.

Background: 

In a context of global crisis of the economy, the blue economy represents an essential stake for the future development of our maritime territories.  The ocean is a source of innovation, growth and jobs. Marine bio-resources constitute a sector with high growth potential but still largely unexploited by businesses. These latter have to face many constraints and barriers (legal, environmental, economic and social).

Objectives: 

The main objective of the Atlantic Blue Tech project was to enhance the blue biotechnologies niche of excellence, factor of growth for the Atlantic area, with a specific focus on innovation and small to medium-sized companies. The project has also contributed to the implementation of the Atlantic Action Plan Priority 1 “Promote entrepreneurship and innovation”.

Results and Transferability: 

Atlantic Blue Tech partners not only worked on obstacles as it is often the case in EU projects, but went further with the identification of drivers to the development of blue biotech SMEs. Thanks to the creation of LAG and TAG, the partners successfully managed to make people work together at both regional and European levels, which is a guarantee of lasting effects of the project. The deliverables of the project are still available on the www.atlanticbluetech.eu website for policy makers, SMEs or any interested actor intending to develop the marine biotech sector.  As the lead partner, Technopôle Brest-Iroise (TBI) also continues to speak about the project in different meetings it is involved in, to provide its experience to other regions and member States.  The best practice demonstrated within ABT are the local & transnational action groups. The project partners really wanted to involve their local communities. They thus set up 5 LAG which assessed the project results, and gave their views on the orientation of ABT. 2 TAG meetings were organized to favor collaborations at the Atlantic level and to support the emergence of new project ideas.

Project/Activity location and area of focus: 

The project has been implemented in the framework of the Interreg IVB Atlantic area programme gathering 8 partners from 5 countries. It was divided into 3 steps: Study of the existing local, national and EU projects related to marine bioresources; Identification of drivers and barriers to the development of blue biotech SME; Imagine the future of the marine biotech market, and promote the sector.

Funding instrument used: 

ERDF

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Project or best practice title: 
Blue Tech – Enhancing the Blue Bioresources Niche of Excellence
Country: 
France
Region: 
Brittany / Bretagne
Funding contribution (€): 
736,155.77
Private contribution (€): 
396.392,47

EcoPonics

Undefined
Summary: 
The company name SAMRÆKT means TO GROW TOGETHER. We strive to join aquaculture and plant production in hydroponics together into one sustainable production process optimizing the use of natural resources and minimizing waste. Iceland is the ideal place for development of the innovative food production system aquaponics with access to clean water and abundant geothermal resources providing stable conditions all year around in a sustainable and economic way. Furthermore, all electricity in Iceland is produced from renewable energy – geothermal and hydro power.
Background: 
Contribution to the reduction of the pollution of the coastal environment, by using the nutrients from fish farming as valuable resources for other production systems; Development of a decoupled aquaponics technology to maintain optimum environment for both the fish and the plants; Establishment of a collaboration platform for SMEs in Europe for the future development of this sustainable circular food production technology.
Objectives: 
The objectives of the EcoPonics project was to develop commercial aquaponics systems in Spain, Denmark and Iceland and to establish a collaboration platform for SMEs in Europe for the future development of this sustainable circular food production technology.
Results and Transferability: 
Results achieved to date: The results to date include the decoupled technology, mass and energy balance results and other design parameters. A commercial unit has been built in Spain and the pilot units in Iceland and Denmark are developing to commercial size production systems. - Transferability of project results to other organisations/subregions, regions, member states: The results have been disseminated through our booklet "Aquaponics Guidelines", several articles and presentations, as well as meetings with stakeholders in many countries. The Association of Commercial Aquaponics Producers was established last year and now include 27 SMEs from 14 European countries and the group is growing.
Project/Activity location and area of focus: 
The project has resulted in the implementation of an aquaponics startup in Hondarribia Spain with 6,000 m2 production area, being the largest aquaponics farm in Europe. A pilot has been run in Denmark and plans are ongoing for a rooftop farm in Copenhagen. In Iceland pilots have been run in collaboration with greenhouse farmers and expansion is ongoing. In Iceland a commercial aquaponics farm is under construction at the greenhouse farm Laugarmyri in Skagafjordur, North Iceland. Moreover, a large "Samraekt" (aquaponics) system has been planned in connection with the geothermal power plant Hellisheidi nearby the capital Reykjavik.
Funding instrument used: 
EC - EASME (EcoInnovation) and national funding
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Project or best practice title: 
EcoPonics
Country: 
Iceland
Region: 
Reykjavík
Funding contribution (€): 
860 000
Private contribution (€): 
820 000
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