The Promise of Algae

This year has witnessed the U.S. Navy debut their “Great Green Fleet,” the first aircraft carrier strike group powered largely by alternative, nonpetroleum-based fuels, the British Ministry of Defence launch a competition to reduce its equipment energy spend and the Pentagon increase its investment in clean-energy technologies, including biofuels development.  Could we be witnessing the start of the end of our reliance on “fossil fuel” petroleum?

In 2010, the MOD spent £628m on equipment energy and, for every 1p per litre rise in the price of fuel, the MOD’s annual equipment energy bill increases by £13m. These rising oil prices have once again positioned biofuels centre stage as a potential substitute to fulfil our global thirst for fuel.

With so many biofuel crops needing to compete for space and freshwater supplies with agriculture, algae are being seen as an ideal, sustainable alternative.  Algae can be grown in areas where crops cannot, but until now, it’s been difficult to achieve the scale needed for commercial  algal production.

Leading international authority on algal biotechnology and head of the Culture Collection of Algae and Protozoa (, Dr John Day, thinks it’s a major step forward.  Dr Day has over 25 years’ experience in biotechnology and applied algal research and comments “Commercial confidence in the scalability of algal biofuel production is an exciting step forward in the journey towards sustainable, economic biofuel production using microalgae.


Algae Cultures at the Scottish Association for Marine Science

“A major driver for the development of algal biofuels has been fuel security and the US Navy has successfully tested nearly all of its ships and aircraft on biofuel blends containing algal oils — including an F-18 fighter flying at twice the speed of sound and a ship moving at 50 knots.”

“Scientists at SAMS and elsewhere have been contributing to the global development of knowledge on algal biofuel. It is this understanding of the biology of these enigmatic microbes and our capacity to successfully cultivate them that will be the key to producing algal biofuels and other products.”

Driven by the desire to reduce reliance on foreign countries for petroleum, and the constant pressure to reduce costs, Governments are taking sustainable fuels very seriously.  (A recent report highlighted that Pentagon investment in green technologies rose to $1.2 billion, up from $400 million, and is projected to reach $10 billion annually by 2030.)  The Pentagon’s Defence Advanced Research Projects Agency (which finances and monitors research into algae fuels,) says it has now managed to produce algafuel for $2 per gallon and that it will produce jet aircraft quality algafuel for $3 per gallon by 2013. Unsurprisingly, commercial aviation companies around the world are also taking an interest in algae biofuels to reduce their own costs and carbon footprints.

As interest grows and more funding becomes available, the industry is blossoming and more skilled people are needed. Could we witness a global shift to sustainable fuels in our lifetime?  We certainly hope so.

About Dr. John Day

Dr John Day is the Head of the Culture Collection of Algae and Protozoa (; an internationally important Biological Resource Centre. He has over 25 years’ experience in biotechnology and applied algal research. John is currently involved in two large biofuels projects; BioMara and EnAlgae. He has previously developed an algal-based aquaculture product from inception to market, including up-scaling from the lab to 50,000 bioreactors. The author of 80 papers/ chapters (47 in ISI listed journals); John has edited 3 books and was previously Editor in Chief of the European Journal of Phycology. He is a member of the International Committee on Culture Collections of Algal (ICCCA). To find out more about Dr John Day visit
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3 Responses to The Promise of Algae

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  3. For the production of algae in volume necessary to supply an attractive market, it is essential to obtain them in huge quantities in greenhouses of more than 100 hectares since each liter of water produces 1 gram of algae daily. Or 6 grams of CO2 absorbed from the chimneys.
    If possible, these can be made hermetic by matching the characteristics of the laboratories.
    In relation to these volumes the cover of the greenhouse must be unalterable, allow light to arrive without disturbances and not be possible its destruction by wind or hail or other threats.
    In a patent I have achieved a cover that meets these precepts and applies as it prevents the evaporation of water, such as deserts, where it would be possible to inject C02 and obtain the precious oil.
    In all climates and geographies it is possible to produce and absorb CO2 from the chimneys
    I do not speak English: +5491144232218
    What is done does not compete, it collaborates with very advanced studies on this subject.

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