Development of more sustainable microalgae products through more efficient heterotrophic cultivation
Description GreenFerm aims to transform the sustainability of microalgae production…
Joining the Pieces in
Algal Biotechnology
A collaborative platform to bridge the transfer of knowledge from academia, industry, stakeholders, and consumers.
Discover GreenCoLab!ServicesNewsAlgae Vertical Docuseries
Joining the Pieces in
Algal Biotechnology
A collaborative platform to bridge the transfer of knowledge from academia, industry, stakeholders, and consumers.
Join us at this algae conference!
About GreenCoLab
GreenCoLab is a non-profit private organization, a collaborative platform between research and industry, whose research & innovation agenda is based on the exploration of macro- and microalgae as an essential component for different industries.
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Why Algae
Algae are one of the largest biomass producers in the aquatic environment, with a rich nutritional composition and the capacity to produce a wide variety of chemically active metabolites with limitless potential.
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Why Algae
Algae are one of the largest biomass producers in the aquatic environment, with a rich nutritional composition and the capacity to produce a wide variety of chemically active metabolites with limitless potential.
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Services
Using frontier technology allied with years of consolidated knowledge of our partners GreenCoLab provides an extensive range of services to assist you in the topics related with algae cultivation, processing and much more.
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Services
Using frontier technology allied with years of consolidated knowledge of our partners GreenCoLab provides an extensive range of services to assist you in the topics related with algae cultivation, processing and much more.
Learn More
Our Partners
GreenCoLab is composed of two research centers (CCMAR and CIIMAR), one state laboratory (LNEG), one university (UA) and six companies, namely Allmicroalgae, Necton, Algaplus, Sparos, Iberagar and Gopsis, with the common goal of advancing the RDI on algae biotechnology.
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Our Partners
GreenCoLab is composed of two research centers (CCMAR and CIIMAR), one state laboratory (LNEG), one university (UA) and six companies, namely Allmicroalgae, Necton, Algaplus, Sparos, Iberagar and Gopsis, with the common goal of advancing the RDI on algae biotechnology.
Learn More
Microalgae as a sustainable food ingredient: innovation in nutrition, functionality and flavour
Microalgae as a sustainable food ingredient: innovation in nutrition, functionality and flavour
Description ALGAELICIOUS aims to optimise the nutritional, techno-functional and sensory…
Advancing Sampling and screening of Extremophile Microorganisms for biodiscovery of Bioactive Compounds from Volcanic, Desert, and Polar Ecosystems
Advancing Sampling and screening of Extremophile Microorganisms for biodiscovery of Bioactive Compounds from Volcanic, Desert, and Polar Ecosystems
Description XTREMOLIFE will accelerate the bioprospection & biodiscovery of novel…
Premium Microalgae Ingredients for Cosmetics, Nutraceuticals, and Aquaculture
Premium Microalgae Ingredients for Cosmetics, Nutraceuticals, and Aquaculture
Description PREMIUMALGAE aims to develop new processes for valorising supernatants…
Chlorella vulgaris-enriched plant-based meat analogue: nutritional, vitamin B12 and techno-functional properties
Chlorella vulgaris-enriched plant-based meat analogue: nutritional, vitamin B12 and techno-functional properties
TITLE Chlorella vulgaris-enriched plant-based meat analogue: nutritional, vitamin B12 and…
Drying method matters: differential preservation of lipids, pigments, and carbohydrates in edible macroalgae Fucus vesiculosus, Gracilaria sp., and Ulva sp.
Drying method matters: differential preservation of lipids, pigments, and carbohydrates in edible macroalgae Fucus vesiculosus, Gracilaria sp., and Ulva sp.
TITLE Drying method matters: differential preservation of lipids, pigments, and…
A two-stage cultivation strategy for the industrial production of the novel microalga Chlorococcum amblystomatis
A two-stage cultivation strategy for the industrial production of the novel microalga Chlorococcum amblystomatis
TITLE A two-stage cultivation strategy for the industrial production of…
Assessment of Cell Disruption Methods in an Integrated Multi-Product Biorefinery for Nannochloropsis oceanica: From Process Design to Economic Analysis
Assessment of Cell Disruption Methods in an Integrated Multi-Product Biorefinery for Nannochloropsis oceanica: From Process Design to Economic Analysis
TITLE Assessment of Cell Disruption Methods in an Integrated Multi-Product…
