kai bio energy_cleantechtahiti
TRANSCRIPT
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A multi-faceted clean-tech & renewable energy technology enabler
Tahiti Sustainability Summit May 22
Mario Larach
Chairman, Kai BioEnergy Corp.
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Food Feedstock FuelsFuels from Food Feedstocks are not the Answer
Food commodity prices are soaring
Insufficient arable land and water to meet requirement, accelerating deforestation
Nutrient loading to water and atmosphere
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Microalgae FeedstockMicroalgae is a highly efficient, environmentally sound, and potentially economic biomass fuel feedstock
Oil Yield = 50X better than Corn Ethanol
Uses underutilized land
Uses salt, brackish, or reclaimed water
Recycles CO2
Just needs Sun, Water, Nutrients, CO2
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Closed Reactor Designs
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Open Pond Designs
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Economically ViableAlgae has been grown for decades – as feedstock for aquaculture and for health food supplements like Spirulina, Dunaliella, Chlorella, but can biofuels be economically viable?
100 Yen per capsule
($4,000 per Kg)
Needs to be < $2 per gallon
($1 per Kg)
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KAI is Economically Viable
1x40x
$1.32$53.12Operating Costs ($ per gallon)
1x10x
$40.5K$405.7KCapital Costs ($ per acre)
Others Kai BioEnergy
KAI's proven, highly efficient, and fully integrated open production system has a 40X operating and 10X capital cost advantage
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Waste-to-Energy SynergySynergistic Relationship with Waste-to-Energy Deployment:Waste-to-Energy CO2 emissions used to grow algae, and after lipids are extracted algae biomass fed to back to Waste-to-Energy
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Not all Algae is GoodPotentially toxic Blue-Green-Algae is becoming a world-wide issue
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Environmental ApplicationsA technology that can remediate blue-green-algae issues, and has many other environmental beneficial applications
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New Wind TechnologiesNew technologies make deployment in Tahiti a reality: much smaller, more power, lower cost, better materials, 2-250 mph range!
Wind Community Farms with 150 Kw -800 Kw Turbines
Large Scale 1+ Mw Turbines
Old, limiting technology