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 ...

Algae-fueled bioreactor soaks up CO2 400x more effectively than trees. Hypergiant Industries plans to share further details about bringing its bioreactor to market in 2020.

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 ...

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 ...

Inside the bioreactor, algae does the work. “What’s amazing about algae is it’s really cheap and it’s easy to grow—the core things it needs are sunlight, CO2, and water,” says Ben Lamm ...

Build this DIY algae bioreactor using recycled water bottles and household objects to harness algae as biofuel and reduce your carbon footprint. In this Instructable, we describe how to build a ...

Algae bioreactor: how to supercharge natural processes. Algae, Hypergiant Industries explains, needs three elements for growth: light, water, and carbon dioxide.

A blob of algae scooped from a fountain on South Street almost two years ago, has seeded a crop of the green stuff that Drexel University researchers claim is more effective at treating wastewater ...

An algae-powered bioreactor, called the Photobioreactor, arrived at the International Space Station on May 6 and represents a major step toward so-called closed-loop life-support systems, which ...

A new algae bioreactor can suck as much carbon dioxide out of the atmosphere as roughly an acre of forest — potentially giving dense cities a new weapon in the fight against catastrophic climate ...

The algae-powered bioreactor, called the Photobioreactor, represents a major step toward creating a closed-loop life-support system, which could one day sustain astronauts without cargo resupply ...