Microalgae Plant-IROST 2009 Microalgae Pilot Plant-Qeshm Islamd 2002 Microalgae plant-IROST 2009 Microalgae pilot plant-IROST 2009 6.1.7. IROST Open Ponds Design IROST cultivation process was developed in an open pond, with sea water and direct Open ponds are the oldest and simplest systems for mass cultivation of sunlight. microalgae. In this system, the shallow pond is usually with about 1 foot deep; algae are cultured under conditions identical to the natural environment. The pond is usually designed in a or configuration, in which a “raceway” “track” paddlewheel provides circulation and mixing of the algal cells and nutrients. Cultivation processes are broken up into blocks called fields. Each field is almost 100 hectare contains the reactor beds, algae inoculation and nutrient source, CO2 source, circulation pumps, and harvest sumps. Each field contains 300 x 3000 m² reactor bed. 6.1.8. The process of Microalgae Conversion into Biofuel
Microalgae Plant-IROST 2009 Microalgae Pilot Plant-Qeshm Islamd 2002 Microalgae plant-IROST 2009 Microalgae pilot plant-IROST 2009 6.1.7. IROST Open Ponds Design IROST cultivation process was developed in an open pond, with sea water and direct sunlight. Open ponds are the oldest and simplest systems for mass cultivation of microalgae. In this system, the shallow pond is usually with about 1 foot deep; algae are cultured under conditions identical to the natural environment. The pond is usually designed in a “raceway” or “track” configuration, in which a paddlewheel provides circulation and mixing of the algal cells and nutrients. Cultivation processes are broken up into blocks called fields. Each field is almost 100 hectare contains the reactor beds, algae inoculation and nutrient source, CO2 source, circulation pumps, and harvest sumps. Each field contains 300 x 3000 m² reactor bed. 6.1.8. The process of Microalgae Conversion into Biofuel
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