NASA’s New Algae Production System may Cut Down Biofuel Production Costs
Have you seen Oilgae’s comprehensive report on the attractive product and business opportunities from algae?
The only report anywhere in the world that scientifically analyses every possible non-fuel product opportunity from algae - in nutrition, animal/fish feed, medicine and pharma, specialty chemicals such as agrochemicals and lubricants, plastics, environmental remediation and more.
Know more about the Comprehensive Algae Business Opportunities report from here .
After a $ 10 million project that took two years, NASA has now come up with a new system of growing algae in floating plastic bags. The system is designed with the aim of reducing the costs of biofuel production from algae, since the system can be coupled with wastewater treatment facilities.
In a prototype plant they used four nine-meter long plastic bags to cultivate algae at a wastewater treatment plant near San Francisco. The researchers hope that they can produce around 2000 gallons of oil per acre per year.
According to Jonathan Trent, the lead algae researcher in NASA, pumping wastewater from the sewage treatment plants and CO2 from the powerplants into the common polyethylene algae growth system will be economically viable methods of algae cultivation. He is of the opinion that San Francisco produces enough wastewater to feed a floating algae farm that covers 1,200 acres.
NASA’s Prototype Algae Production System
Source: NASA
But the system has to face many implementation challenges, one of which is the huge requirement of plastic. According to one estimate, around 5 square kilometres of plastic may be required to produce 2.4 million gallons of oil, and the bags need to be replaced every year.
Trent feels that by recycling or reusing the plastic used in the cultivation system, the problems associated with plastic disposal could be addressed. This system doesn’t require the space that is needed for constructing artificial ponds in the wastewater treatment facilities.
Questions have also arisen about the ability of the plastic bags to withstand the corrosive salt water and storms. The researcers are not sure about the cost that would be required for replacing the damaged plastic bags and how expensive the system would be at a large scale.
They have they started a detailed economic analysis based on their results so far. The project also received $800,000 from the California Energy Commission.
If the associated challenges are addressed, the system would definitely be an alternative for the expensive algae growth systems and will dramatically reduce the costs associated with biofuel production form algae.
Source: http://www.technologyreview.in/energy/40120/
Some interesting links
Some Innovative & Unique Solar Power
Share and Enjoy
Have you seen Oilgae’s comprehensive report on the attractive product and business opportunities from algae?
The only report anywhere in the world that scientifically analyses every possible non-fuel product opportunity from algae - in nutrition, animal/fish feed, medicine and pharma, specialty chemicals such as agrochemicals and lubricants, plastics, environmental remediation and more.
Know more about the Comprehensive Algae Business Opportunities report from here .
- NASA Grows Algae for Wastewater Treatment in Ocean
- New Mexico State University Expands Production Capacity to Accomplish Algae Biofuel Research
- NASA Envisions "Clean Energy" From Algae Grown in Waste Water
- NAA Forming Buying Consortium to Help Drive Down Algae Production Costs
- Algal Proteins Will Contribute to Biofuel Production
- 70,000 Liters of Spirulina Produced at GNE Algae Production Facility
- Biofuel pilot plant in Florida
- Algae-Covered Buildings Boost Biofuel Production
- U.S. University consortium for algae biofuel production
- U.S DoE sanctions $30m for biofuel research
