Octopus Project Combines Direct Air Capture With Water Recovery
A new direct air capture system deploys salty wastewater to transform airborne carbon into solid carbonates and produce fresh water, too.
A new direct air capture system deploys salty wastewater to transform airborne carbon into solid carbonates and produce fresh water, too.
If all goes according to plan, one wastewater treatment plant in California will demonstrate a solar power and energy efficiency model for others to follow.
A hydrokinetic turbine company, Hydrovolts, has been getting into the news recently for innovative new hydrokinetic turbines that will go where no hydrokinetic turbine has gone before. “Clean technology innovator Hydrovolts is using software from Autodesk, Inc. (NASDAQ: ADSK) to create unique hydrokinetic turbines that are more easily installed … [continued]
Today is world water day. We’ve written quite a number of posts on different ways water is connected to cleantech and clean energy. Rather than write a whole new post on one or two aspects of this, I’ve decided to do a compilation piece. The following are articles on CleanTechnica (and a few from our sister site Planetsave) on some of the connections between cleantech and water.
A team of scientists from Columbia University has found evidence that emissions of nitrous oxide from some wastewater treatment plants may be significantly higher than previous estimates. Nitrous oxide is a powerful greenhouse gas that is almost 300 times stronger than carbon dioxide. As for the good news, the team … [continued]