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Pyramid Photobioreactor |
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COMPACT STYLE PYRAMID PHOTOBIOREACTOR
For High Resolution Video (55Mb) Presentation Click Here (WVM)
For Low Resolution Video (14Mb) Presentation Click Here (WVM)
For Low Resolution Video (44Mb) Presentation Click Here (MOV)
For High Resolution Video (90Mb) Presentation Click Here (MPEG)
For Photo Gallery Please Click Here
*Cukurova University / Adana-Turkey "Pyramid Photobioreactor" Installation for Microalgae Oil Production (YOUTUBE)* New
Watch On Youtube
You can easily watch the video with Flash player:
For Photo Slide Show click here (YouTube)
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FOR 1 M3 WATER MEDIA
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Pyramid Type
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Tubular Type
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Open Pond
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Required Area m2
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1.2
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2.8
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4
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Sterilization
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UV
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UV
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Non
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Solar Photon Feasibilty
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47%
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19%
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4%
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Contamination Risks
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Non
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Non
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High
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Automatic Heating System
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Built in
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Built in
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Non
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Artificial Light
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Built in
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Non
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Non
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Light Level Measurement
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Built in
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Non
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Non
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Automatic Light Control
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Built in
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Non
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Non
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Air pump
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Built in
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Built in
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Built in
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Circulation Pump
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Built in
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Built in
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Built in
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Productivity Meter
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Built in
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Non
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Non
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Turbidity Meter
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Built in
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N/A
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Non
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Air Filter
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Built in
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Non
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Non
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Automatic Micro-Algae Filter
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Built in
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N/A
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Non
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Energy Requirements (Wh) optimum
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120
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440
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590
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FOR 5 M3 WATER MEDIA
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Pyramid Type
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Tubular Type
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Open Pond
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Required Area m2
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3
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7.9
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20
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Sterilization
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UV
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UV
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Non
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Solar Photon Feasibilty
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48%
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19%
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4%
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Contamination Risks
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Non
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Non
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High
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Automatic Heating System
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Built in
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Built in
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Non
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Artificial Light
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Built in
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Non
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Non
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Light Level Measurement
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Built in
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Non
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Non
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Automatic Light Control
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Built in
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Non
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Non
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Air pump
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Built in
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Built in
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Built in
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Circulation Pump
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Built in
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Built in
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Built in
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Productivity Meter
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Built in
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Non
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Non
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Turbidity Meter
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Built in
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N/A
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Non
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Air Filter
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Built in
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Non
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Non
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Automatic Micro-Algae Filter
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Built in
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N/A
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Non
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Energy Requirements (Wh) optimum
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230
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2100
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3900
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FOR 10 M3 WATER MEDIA
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Pyramid Type
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Tubular Type
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Open Pond
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Required Area m2
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7
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27
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40
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Sterilization
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UV
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UV
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Non
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Solar Photon Feasibilty
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49%
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21%
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5%
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Contamination Risks
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Non
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Low
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High
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Automatic Heating System
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Built in
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Built in
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Non
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Artificial Light
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Built in
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Non
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Non
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Light Level Measurement
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Built in
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Non
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Non
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Automatic Light Control
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Built in
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Non
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Non
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Air pump
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Built in
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Built in
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Built in
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Circulation Pump
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Built in
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Built in
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Built in
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Productivity Meter
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Built in
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Non
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Non
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Turbidity Meter
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Built in
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N/A
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Non
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Air Filter
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Built in
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Non
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Non
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Automatic Micro-Algae Filter
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Built in
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N/A
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Non
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Energy Requirements (Wh) optimum
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480
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3090
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5200
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FOR 20 M3 WATER MEDIA
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Pyramid Type
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Tubular Type
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Open Pond
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Required Area m2
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9
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44
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80
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Sterilization
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UV
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UV
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Non
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Solar Photon Feasibilty
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52%
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21%
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5%
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Contamination Risks
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Non
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Low
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High
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Automatic Heating System
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Built in
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Built in
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Non
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Artificial Light
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Built in
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Non
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Non
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Light Level Measurement
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Built in
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Non
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Non
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Automatic Light Control
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Built in
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Non
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Non
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Air pump
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Built in
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Built in
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Built in
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Circulation Pump
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Built in
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Built in
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Built in
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Productivity Meter
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Built in
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Non
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Non
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Turbidity Meter
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Built in
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N/A
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Non
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Air Filter
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Built in
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Non
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Non
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Automatic Micro-Algae Filter
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Built in
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N/A
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Non
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Energy Requirements (Wh) optimum
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540
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4200
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7100
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Optional features:
Manage your Photobioreactor from everywhere.
Over Internet, Bluetooth, GSM, 3G
Manage all Photobioreactor functions
Change Photobioreactor functions
Detect and change microalgae density
Detect and change temperature
Detect and change circulation level, etc
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Soley Institute is a biotechnology research institute, working on microalgae since 2000. Our researches are focused on:
Microalgae against malnutrition,
Seawater farming,
Increasing photosynthetic efficiency,
Photosynthetic energy production from microalgae,
Developing powerful and high-tech photobioreactor systems,
Bio-hydrogen production from microalgae,
Bio-methane production,
Energy conversions,
Increasing microalgal oil content,
Oil extraction from algae,
Microalgae production technologies,
Genetic modifications,
Wastewater treatments with various microalgae and bacteria,
Chlorophyll reduction resulting increasing solar radiation penetrate deeper,
Creating & extracting highly valuable materials and pharmaceuticals from microalgae,
Custom microalgae modifications,
Testing and comparing different cultivation systems including photobioreactor systems,
Organic chemical free growth medium and therefore organic microalgae productions,
CO2 mitigation with various microalgae….
Driven by product innovation and high quality standards, Soley Institute has inherited numerous technologies ranging from Artificially Intelligent Photobioreactors to Phycobiliprotein Purification Processes. Over the period, we have meticulously mastered the behaviour patterns of a range of microalgae; consequently we have successfully cultivated and exploited the algae for various purposes and at all scales.
SOLEY has governmental permissions for working on microalgae, biodiesel, cosmetic, medicine production and production of their systems (machines, equipments, tools and facilities).
"SPIRULINA MICROALGAE STOPS MALNUTRITION"
(click to read)
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