TUBITAK: 1831 Green Innovation Technology Mentorship Program

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“Türkiye Green Industry Project”, coordinated by the Ministry of Industry and Technology of the Republic of Türkiye, is financed by the World Bank and implemented by TUBITAK and KOSGEB. As one of the solution partners in this project, GTE will support SMEs across Türkiye in their green transformation processes. The project aims to provide mentorship and consulting services to SMEs striving to align with green transformation requirements.

In this context, services such as technology consulting, capacity analysis, situation analysis, problem identification, and solution roadmapping will be offered in line with green innovation principles. These services will enable local businesses to adopt sustainable production practices, helping them reduce environmental impacts and improve resource efficiency. The project seeks to promote circular economy and green transformation practices in Türkiye, enhancing the global competitiveness of SMEs.

MATE4MEAT: Sustainable and Antimicrobial Materials for Meat Packaging

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The project “MATE4MEAT: Innovative Antimicrobial Packaging Solutions for Meat Products,” coordinated by The International University College of Turin (UNITO), is supported under the Horizon 2020 program. In addition to GTE, the consortium also includes Universidad de Córdoba (UCO), Université de Sfax (USS), UM6P – University Mohammed VI Polytechnic, Université de Fribourg (UFR), University of Constantine 1 (UFMC1), Cadi Ayyad University (UCA), and Computomics (COMPU).

The project aims to develop bio-based and biodegradable antimicrobial packaging solutions for meat products in line with circular economy principles. These innovative packaging systems, which work through the synergistic effect of antimicrobial compounds and bio-based polymers, aim to enhance food safety, extend shelf life, and reduce food waste. While promoting sustainability, MATE4MEAT also seeks to reduce reliance on fossil resources.

For more information, you can visit the project’s website:

https://mate4meat.com/

BIOMEDPACK: Shelf-life Enhancing Packaging Systems and Solutions for Mediterranean Food Based on Agri-Food Cascade Biorefinery

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The project “BIOMEDPACK: Shelf-life Enhancing Packaging Systems for Mediterranean Food through Innovative and Circular Solutions,” coordinated by the University of Córdoba (UCO), is supported under the PRIMA (Partnership for Research and Innovation in the Mediterranean Area) program. In addition to GTE, the consortium includes The International University College of Turin (UNITO), Université de Sfax (USS), UM6P – University Mohammed VI Polytechnic, Université de Fribourg (UFR), University of Constantine 1 (UFMC1), Cadi Ayyad University (UCA), and Computomics (COMPU).

The project aims to develop sustainable packaging and bio-preservation solutions through a circular approach specific to Mediterranean food systems, by valorizing lignocellulosic and bioactive components of agricultural by-products. Supported by food microbiome information and computational techniques, these innovative packaging solutions improve the shelf life of Mediterranean food products through the synergistic combination of bio-based polymers and bioprotective agents, while also considering the nutritional value of edible packaging.

CircularPSP: Innovative Solutions for the Circular Economy

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The “CircularPSP: Innovative Solutions for the Circular Economy” project, coordinated by the Istanbul Metropolitan Municipality, is supported under the European Union Horizon 2020 program. The consortium, which includes GTE, also comprises stakeholders such as Circular Berlin, Forum Virium Helsinki, Sandyford Business District, Município de Guimarães, Sveriges Kommuner och Regioner, Skupnost občin Slovenije, ReLondon, empirica Communication and Technology Research, RISE Research Institutes of Sweden, and Energy Efficiency in Industrial Processes – EEIP.

CircularPSP aims to develop innovative circular economy solutions for municipalities and local businesses by embracing the principles of the circular economy. These solutions enable local economies to implement circular practices more effectively while providing information and guidance to support sustainability goals. The project seeks to promote the reduction of environmental impacts and the widespread adoption of the circular economy.

The Technical Feasibility of Izmir Resource Efficiency Center

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“Izmir Resource Efficiency Center” project, initiated by Izmir Development Agency (IZKA) in coordination with the Ministry of Industry and Technology, aims to enhance the productivity and sustainability capacities of businesses in the Izmir Atatürk Organized Industrial Zone by providing guidance on industrial symbiosis, digital transformation, clean energy, and carbon management. GTE plays a crucial role during the technical feasibility phase, offering consultancy in critical areas such as infrastructure setup, human resource planning, cost-benefit analysis, and the development of sustainable business models.

Following the feasibility study outcomes, the center will create shared spaces for the private sector, accelerating production, R&D, and innovation activities while boosting regional competitiveness.

ECO PRODUCTION- Climate Friendly Competitiveness Program

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Increasing environmental sustainability needs all over the world, transition to a low carbon economy, increasing importance of issues such as resource efficiency, circular economy, energy efficiency, and global priorities within the scope of sustainability and climate change and the political, legal and commercial regulations brought by these will bring to the industry, especially export companies, a very important contribution. costs occur. Seeing this need, TTGV is developing the “ECO PRODUCTION – Climate Friendly Competitiveness Programme and contributing to the development of the industry with a focus on sustainable production and climate change; It aims to provide a comprehensive support approach that will create a value chain, from analysis and needs assessment to project design and access to finance, and to create solution-oriented value-creating collaborations by bringing different stakeholders together as an integrator/coordinator platform.

In the project, where GTE is involved as a project consultant, with the project design and feasibility support to the companies selected as a result of the negotiations with the Medium and Large Scale Enterprises in Ankara, Izmir and Manisa, both for the existing resources of TTGV for this purpose and for the sustainable production to be offered by the public and private sectors. It is aimed to provide easier access to appropriate financial resources.

The project report “Creating a Roadmap for the Development of the Wind Turbine Recycling Sector in Izmir” is published

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We have completed the project “Creating a Roadmap for the Development of the Wind Turbine Recycling Sector in Izmir Province”, which we provided technical consultancy as GTE, carried out by Izmir Development Agency.

Within the scope of the project, we evaluated the cyclical management possibilities of wind turbine components, which have started to attract attention in the world in recent years. We hope that the project outputs will be beneficial for all stakeholders in terms of #sustainability in the rapidly developing wind industry in Izmir and Turkey.

You can access the “Izmir Wind Turbine Blade Recycling Roadmap” report via the link below.


IZMIR-RUZGAR-TURBINI-KANADI-GERI-DONUSUMU-YOL-HARITASI

Creation of a Roadmap for the Development of the Wind Turbine Recycling Sector in Izmir

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The “Izmir Wind Turbine Blade Recycling Roadmap” project, led by the Izmir Development Agency (IZKA) with GTE providing technical consultancy, aims to promote environmental sustainability and circular economy principles within the rapidly growing wind turbine sector in Izmir. In this context, methods for the circular management of turbine blades, an increasingly significant issue worldwide, were evaluated, and strategies were developed to advance Izmir’s wind turbine recycling infrastructure.

The project’s outcome, the “Creation of a Roadmap for the Development of the Wind Turbine Recycling Sector in Izmir” addresses topics such as recycling technologies, material reuse, and sectoral partnerships, offering a comprehensive roadmap for the wind industry in Izmir and Turkey. This initiative aims to position Izmir as a wind energy hub aligned with circular economy principles.

The Cross-border Climate Vulnerabilities and Remote Impacts of EU, Turkey and African Food Systems Project (CREATE)

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“Cross-border Climate Vulnerabilities and Remote Effects of EU, Turkey and African Food Systems: Trade, Climate Risk and Adaptation (CREATE)” project, coordinated by Ankara University Water Management Institute (Assoc. Prof. Gökşen Çapar) and GTE is a project partner. H2020 Food Systems and Climate (FOSC) is supported under the ERA-NET Cofund 2019 call.

Works are carried out by a consortium of eight organizations from Turkey, Morocco, the Netherlands and Egypt. CREATE aims to develop a new cross-border climate risk/impact assessment methodology for food value chains based on the concept of established sourcing (e.g. water, soil and carbon) and trade that maps the representative links between socio-economic activities and remote climatic hazards in the EU, Africa and Turkey.

https://www.create4climate.com/

Development of Circular Water Management Possibilities at Multisectoral (Urban, Industrial and Agricultural) Scale: The Case of Küçük Menderes River Basin

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Istanbul Aydın University (Dr. Lecturer Hasan Volkan ORAL) coordinated by Dokuz Eylül University, General Directorate of State Hydraulic Works and GTE as project partners “Development of Circular Water Management Opportunities at Multisectoral (Urban, Industrial and Agricultural) Scale: The Case of Küçük Menderes River Basin” project is supported by COST European Cooperation in Science and Technology and TUBITAK joint programme “Implementing nature-based solutions for creating a resourceful city -CA 17133 – WG 2” action.

The project aims to develop circular water management possibilities at a multispectral scale in the case of the Küçük Menderes River Basin. The issue of water allocation will be partially proposed based on the intended uses that will indirectly come up when analysing different water uses (industry-urban-agriculture), integrating the treatment option when necessary. Therefore, the discussion and evaluation of both the water quality in Küçük Menderes and the water quality that may arise from cyclic processes will emerge as the project develops.