Novel biorefinery supply chains for wastewater valorization and production of high market value bio products using microalgae

Aquaculture technologies for the production of innovative feeds for improved fish stocks

Formulate novel fish feed from alternative proteinaceous biomass sources, such as algae, duckweed, insects and microbiomes (bioflocs) in order to improve fish production and product quality.

AquaTech4Feed

AquaTech4Feed will develop a novel sustainable aquaculture production process based on the production of proteinaceous feed utilizing aquaculture wastewater and wastes.

Closed recirculation system for recycling of nutrients and water for improved biosafety

New technologies and methods will be applied in order to ensure that the novel feeds are safe to be utilized in the feeding process

Feeding trials with lumpfish, salmon and sea bream in order to assess fish production and to define production and quality benchmarks

SuMaFood

SuMaFood addresses techniques for separation and fractioning of fish residues and preservation techniques of marine biomasses in terms of energy efficiency, product quality and stability, and shelf-life prolongation. Three novel drying technologies will be applied to marine biomasses in the project and compared for cost efficiency and product quality.

Downstream stages of the blue biomass value chain by investigating novel techniques of active packing and formulation using antioxidants

Preservation methods tailored to prolong shelf-lives and promote enhanced consumer acceptance

Sustainable preservation of marine biomasses for an enhanced food value chain

SuMaFood intends to reduce food waste and increase the productive use of marine biomass by devising innovative methods of processing and preservation, and developing ingredients that will serve as the basis for new food products.

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