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Algae could play a surprising role in the fight against climate change.
On Tuesday, A.I.-focused technology firm Hypergiant Industries announced a machine that uses the aquatic organisms to sequester carbon dioxide. Algae, the company claims, is “one of nature’s most efficient machines.” By pairing it with a machine learning system, its developers hope to make these talents even more effective.
That’s not all. The team claims the device, which measures three feet on each side and seven feet tall, can sequester as much carbon as a whole acre of trees — estimated somewhere around two tons.
“We’ve been thinking about climate change solutions in only a very narrow scope,” Ben Lamm, CEO of the Austin-based firm, tells Inverse. “Trees are part of the solution but there are so many other biological solutions that are useful. Algae is much more effective than trees at reducing carbon in the atmosphere, and can be used to create carbon negative fuels, plastics, textiles, food, fertilizer and much more.”
On Tuesday, A.I.-focused technology firm Hypergiant Industries announced a machine that uses the aquatic organisms to sequester carbon dioxide. Algae, the company claims, is “one of nature’s most efficient machines.” By pairing it with a machine learning system, its developers hope to make these talents even more effective.
That’s not all. The team claims the device, which measures three feet on each side and seven feet tall, can sequester as much carbon as a whole acre of trees — estimated somewhere around two tons.
“We’ve been thinking about climate change solutions in only a very narrow scope,” Ben Lamm, CEO of the Austin-based firm, tells Inverse. “Trees are part of the solution but there are so many other biological solutions that are useful. Algae is much more effective than trees at reducing carbon in the atmosphere, and can be used to create carbon negative fuels, plastics, textiles, food, fertilizer and much more.”
This algae bioreactor can remove as much carbon dioxide as an acre of trees
Hypergiant Industries has a possible solution.
www.inverse.com
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