A.I. startup Hypergiant Industries has developed a prototype algae bioreactor which promises to be 400 times more efficient than trees at sucking carbon dioxide out of the air. Here's why it could ...

Hypergiant, an AI company, has developed a bioreactor that uses algae to capture carbon dioxide. Afterward, the algae is harvested to be turned into animal feed or as an ingredient in consumer ...

EOS Algae AI Bioreactor. Hypergiant. The bio-reactor then creates algae outputs in the form of “carbon hockey pucks”, which can be used as fuel, food, bio-plastic products and more.

A Cornell research team has received a $910,000 grant from the U.S. Department of Energy (DOE) to work toward revolutionizing how biofuels are produced from algae.

Now, Cambridge, Mass.-based GreenFuel Technologies has launched a beta test site for an algae-based emission control system that it claims represents a middle path between the divergent designs of ...

This algae “bioreactor” is designed to capture as much carbon as an acre of trees. The Eos Bioreactor connects with an HVAC system to reduce carbon dioxide levels, grow algae, and release ...

Nevertheless, growing algae in bioreactors makes no sense unless it uses less energy than skimming scum from ponds. ... Lee Teschler served as Editor-in-Chief of Machine Design until 2014.

Future food production may depend on genetic engineering, 3D printing, and dozens of other new technologies. This new exhibit at Berlin's Kunstgewerbemuseum explores hypotheticals with design ...

The bioreactor's benefits extends beyond just sucking up carbon dioxide. The algae itself can be harvested and processed for multiple purposes like producing animal feed, cosmetics, fertilizers ...