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A European project supported through the Seven Framework Programme for Research and Technological Development BIOFAT – BIOfuel From Algae Technologies Name and LOGO of the partner Name of the speaker Presents Name and LOGO of the event Date and Place
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A European project supported through the Seven Framework Programme for Research and Technological Development BIOFAT – BIOfuel From Algae Technologies Project nr.268211 Call identifierFP7-ENERGY-2010-2 Funding schemeCollaborative project BIOFAT is part of the Algae Cluster together with two more projects
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BIOFAT – BIOfuel From Algae Technologies Objective “To demonstrate at industrial scale (10 ha) the feasibility of biofuel production from microalgae” BIOFAT will demonstrate at 10-ha scale proven and tested technologies developed by Consortium members at small scale. The three main targets are: energy efficiency economic positive result environmental sustainability BIOFAT will develop the Algorefinery concept through sustainability. A European project supported through the Seven Framework Programme for Research and Technological Development
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BIOFAT – BIOfuel From Algae Technologies A European project supported through the Seven Framework Programme for Research and Technological Development The project will integrate all the processes from single cell to biofuel production. The production stage will be based on photobioreactors for inocula production, and raceways for production of bulk biomass and induction of oil/starch accumulation, necessary to obtain the biofuel (biodiesel and bioethanol). Carbon dioxide derived from fermentation will be used. Technological Approach
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BIOFAT – BIOfuel From Algae Technologies A European project supported through the Seven Framework Programme for Research and Technological Development Microalgae to biofuel Demonstration project includes: farming area of 10-ha for microalgae cultivation annual productivity target of 100 tons dry biomass per ha Industrial carbon dioxide derived from fermentation to be used as raw material Production based on different technologies: low-energy consuming photobioreactors for inocula production o High productivity technology raceway ponds for production of bulk biomass and oil/starch accumulation o Cell oil and carbohydrate accumulation obtained by nutrient stress. Project description
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BIOFAT – BIOfuel From Algae Technologies A European project supported through the Seven Framework Programme for Research and Technological Development SITE FOR THE PILOT IMPLEMENTATION EE ethanol plant in Cartagena (Spain)
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BIOFAT – BIOfuel From Algae Technologies A European project supported through the Seven Framework Programme for Research and Technological Development Work description
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9 PARTNERS 2 THIRD PARTIES 9 PARTNERS 2 THIRD PARTIES BIOFAT – BIOfuel From Algae Technologies A European project supported through the Seven Framework Programme for Research and Technological Development ACADEMIA (2) SMES (6) LARGE ENTERPRIESES (1 + 2 THIRD PARTIES) ACADEMIA (2) SMES (6) LARGE ENTERPRIESES (1 + 2 THIRD PARTIES) SPAIN (1+1 THIRD PARTY); ITALY (3); PORTUGAL (1); ISRAEL (1); THE NETHERLANDS (1); FRANCE (1+1 THIRD PARTY); UNITED STATES (1). SPAIN (1+1 THIRD PARTY); ITALY (3); PORTUGAL (1); ISRAEL (1); THE NETHERLANDS (1); FRANCE (1+1 THIRD PARTY); UNITED STATES (1). The Project Consortium The Project Consortium
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BIOFAT – BIOfuel From Algae Technologies A European project supported through the Seven Framework Programme for Research and Technological Development
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A European project supported through the Seven Framework Programme for Research and Technological Development PHOTOBIOREACTO RS (high productivity) PHOTOBIOREACTO RS (high productivity) HARVESTING DISINTEGRATION (Cell disruption) DISINTEGRATION (Cell disruption) FRACTIONATION (Pre-Purification) FRACTIONATION (Pre-Purification) PURIFICATION STRAIN Selection ALGAE Biomass ALGAE Biomass High value added products OTHER Starch (Biomass ) Starch (Biomass ) Oil from Algae STRAIN Optimization STRAIN Optimization Raceways (Bulk Biomass Production Oil / Starch accumulation) Raceways (Bulk Biomass Production Oil / Starch accumulation) Nutrients DOWNSTREAM Industrial Fermentation CO2 SUSTAINABILITY ALGOREFINERY
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