The AlgEternal Logo: Nature’s Nanotechnology


AlgEternal Technologies’ Logo represents the idea of using Nature’s micro-factories, microalgae, to produce anything imaginable.  Microalgae are Nature’s Nanotechnology.  We recognize the importance of microalgae on a global scale with local benefits.  Microalgae remain the single largest producer of oxygen on the planet.  They produce the basic energy molecule, glucose, via photosynthesis, needing only water, carbon dioxide, trace nutrients, and sunlight.  The single most important biochemical equation on Earth is the photosynthesis equation.  Without photosynthesis there could be no life as we know it.  And microalgae, specifically, cyanobacteria, were the first organisms to perform photosynthesis.  Consider this, without photosynthesis organisms would still have to scavenge for the energy molecules needed to support life.  Microalgae became the base of every ecosystem in which they occur, aquatic and terrestrial.  They provide the food source needed by non-photosynthetic organisms, also known as “heterotrophs”.  From glucose other organic molecules are made, e.g. lipids (fats/oils), carbohydrates, and proteins.  We use glucose in our energy pathways at a cellular level.  And we use oxygen in respiration as well.  In fact, respiration is simply the reverse of photosynthesis.  AlgEternal’s tagline “Harnessing the Planet’s Primary Producers” says it succinctly: we use these invisible, unrecognized, and underappreciated microorganisms to do what they have been doing for us for over 2.7 billion years.  They are indeed the architects and manufacturers of all that we rely upon for our existence.  They terraformed the planet, converting Earth’s atmosphere from a reducing, oxygen-lacking environment to the oxidizing, oxygen-rich environment we now enjoy.  They built the mineral resources we now use indiscriminately.  They are responsible for the crude oil and natural gas we use…yes, petroleum is a biofuel made by Nature over hundreds of millions of years using dead microalgae. They are the first to colonize bare rock and soils, in a symbiotic relationship with fungi known as “lichens”, which contributed to the weathering of rocks and the formation of soils (pedogenesis).  All land plants derive from a group of green algae.  Microalgae in the oceans still produce more oxygen daily than any other photosynthetic organism.  It would be difficult to write about everything that microalgae can do…it might be easier to figure out what they can’t do.  The potential applications for microalgae as sustainable products combined with their application for ecosystem services such as wastewater treatment, carbon capture and use, nutrient recycling, soil rejuvenation, and bioremediation, are limited only by our understanding and knowledge and imagination of how we can harness their incredible powers.


October 28, 2018

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  • BonniToomey

    Dr. Schonna Manning is a phycologist, molecular biologist, and natural products chemist at the University of Texas at Austin. She is a Research Assistant Professor in the Department of Molecular Biosciences, Director of R D for the UTEX Culture Collection of Algae (UTEX CCA), and a Research Fellow with UT’s Center for Systems and Synthetic Biology. Dr. Manning s research exploits the biochemical diversity of microalgae for the production of materials, fuels, feedstocks, and specialty chemicals.

    • David Ramjohn

      Thanks, Bonni. We know Dr. Manning very well and hold her in high esteem! She has contributed significantly to our early research and testing of our Vertical Growth Modules. And she has taught our CEO!

  • gel

    Recognized by the United States Citizenship and Immigration Service as an “alien with extraordinary ability in science and business, sustainable development, and renewable resource management and applications (science)”, he holds a category O-1A visa , reserved for individuals in the top of their respective fields. David holds a B.Sc. in Marine Biology and an M.Sc. in Environmental Studies (Policy and Law), with over 20 years’ experience in sustainable development and environmental and natural resource management. He was awarded the 2004 Bishop Robert Smith Award from the College of Charleston in South Carolina, USA—the highest award given to any graduate of the College, and the 2002 Betty Spence Conservation Award from the South Carolina Wildlife Federation. David belongs to the Phi Kappa Phi Honor Society, the Golden Key Honor Society, and the National Society of Collegiate Scholars. Mr. Ramjohn also appeared in the 2004 edition of “Who’s Who in American Colleges and Universities”.

  • Jay Janca

    Intriguing fact about how algae produce more oxygen than any other photosynthetic organism in the world. So many wonderful things can benefit from algae and yet, so misunderstood.

  • Brenda

    We truly could not exist without microalgae. Thank you AlgEternal for putting emphasis on the importance of this fascinating organism and educating us all.

  • Shannon Peace

    I am so fascinated with the benefits and importance microalgae has for us. I’m so excited to keep learning about it.

  • Bryn Janca

    Such a significant organism that allows life on this planet to exist the way it does. Cannot wait to see how diverse algae can be and how many countless applications there are for them!

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