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The Combined Power of Academia and Industry

Foodimar: Sustainable, Climate-Friendly Quality Food Ingredients Derived from Marine By-Products

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FOODIMAR is an innovation project that aims to provide sustainable solutions in climate-friendly, high-quality food markets by increasing the value of by-products from fishing and aquaculture.

 

The growth of aquaculture and forced landing (LO) policies in fisheries indicate a large potential for marine biomass that can be exploited in the future. It is estimated that by-products such as fish heads, skins, skeletons and internal organs, which are not usually used for primary consumption but contain high-value nutrients, reach approximately 1.5 million tonnes in Europe each year. The increase in jellyfish populations observed in recent years due to climate change and anthropogenic impacts has important environmental and socio-economic consequences. However, jellyfish offer economic opportunities as a valuable bioresource that can be used in many areas such as food, cosmetics, nutraceuticals, pharmaceuticals and biotechnology.

 

Our Goals: Creating a Value Chain: Increasing the resilience of the seafood industry by utilizing by-products from aquaculture fish (e.g. whitefish and sea bass) and jellyfish species.

 

Green Technology Applications: To produce and characterize bioactive compounds obtained from marine organisms using environmentally friendly methods.

 

Blue Economy Support: Turning environmental problems into economic opportunities by transforming marine resources into high value-added consumer products.

 

Tetis Biotechnology plays an important role in this project as FOODIMAR's Turkey partner. The company's R&D studies in previous years provide the project with a unique experience, especially in the field of biocompound production with green technology. With FOODIMAR, marine resources are coming back to life and the boundaries of the blue economy are expanding! 🌊

WASTE2TASTE: Investigating Innovative Food Applications from Postharvest Fish Losses

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WASTE2TASTE offers environmentally friendly, socially impactful, and industrially tailored eco-innovative solutions!

By utilizing food industry waste, we develop cost-effective and green bioprocesses that reduce solvent use in the production of collagen, chitin/chitosan, and fish oil. This pioneering initiative aims to enhance the industrial competitiveness of European SMEs by creating valuable products for growing food markets.

WASTE2TASTE focuses on understanding market trends and customer needs through sector-oriented surveys and collaborations.

Our Goals:

  • Turning Waste into Value: Producing commercially valuable and marketable products from unused marine biomass.

  • Sustainable Production Processes: Developing environmentally friendly and scalable bioprocesses for collagen, chitin/chitosan, and oil production from invasive marine species.

  • Bioactive Components: Producing bioactive hydrolysates with health and functional properties.

  • Functional Foods: Creating consumer-preferred functional foods that offer health benefits.

  • Safety and Quality: Ensuring food safety and health benefits through suitability tests for human consumption.

 

With a sustainable business model, WASTE2TASTE is reshaping the industrial future by smartly utilizing natural resources for economic gains. Are you ready to join this transformation that benefits both nature and society? 🌿

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Por-BioSorb; Innovative and Environmentally Friendly Porous Polymer Structures: Sustainable Future with Circular Biotechnology!

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Porous functional polymer networks have diverse applications, from liquid-absorbing materials to greenhouse gas encapsulation. However, the majority of these networks are produced from fossil-derived synthetic polymers, contributing to microplastic pollution. At Tetis Biotechnology, we aim to provide a sustainable solution to this issue.

 

Our Objective:
Through a circular biotechnology approach, we aim to transform biomass derived from fisheries and aquaculture byproducts into fully biodegradable, chemical-free porous polymer structures.

 

Our Mission:

  • Innovative Materials from Fish Collagen Waste: Tetis Biotechnology brings its expertise in producing highly porous structures from fish collagen waste to this project. These structures will be developed as natural alternatives for liquid and gas absorbing materials.

  • Continuous Processing Techniques: We aim to industrialize biomass-based materials using techniques such as reactive extrusion and 3D printing.

 

Our Goal:
To validate the efficiency of biomass-based materials as liquid and greenhouse gas absorbers and to contribute to a sustainable future by offering eco-friendly alternatives to fossil-based plastic materials.

Tetis Biotechnology’s Role: By collaborating with international partners, we address challenges such as reducing energy consumption, ensuring scalability, and optimizing processes. The biopolymer foam structures derived from marine biomass are designed to deliver both environmental and economic benefits.

Tetis Biotechnology is committed to supporting the circular economy and developing sustainable technologies through environmentally friendly solutions! 🌍

Contact

+90 5333840155

Üniversite Mahallesi, İstanbul Üniversitesi Avcılar Kampüsü No:2, 34320 Avcılar/İstanbul - TURKEY

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