Today’s Solutions: June 25, 2026

Solar power is a major component in the global strategy to cut greenhouse gas emissions, but the issue is it can’t continuously produce electricity. The solution? The “hydricity” concept, which aims to create a sustainable economy by not only generating electricity with solar power but also producing and storing hydrogen from superheated water for round-the-clock power production that emits no greenhouse gasses. Scientists from Purdue University say hydricity uses solar concentrators to focus sunlight, producing high temperatures and superheating water to operate a series of electricity-generating steam turbines and reactors for splitting water into hydrogen and oxygen. The hydrogen would be stored for use overnight to superheat water and run the steam turbines, or it could be used for other applications like producing fertilizers, food or fuel. With its ability to produce electricity and other human needs without emissions, hydricity represents an exciting opportunity for the world to enter into the sustainable economy.

Solutions News Source Print this article
More of Today's Solutions

Period tax scrapped in Pakistan: what the ruling means for women

BY THE OPTIMIST DAILY EDITORIAL TEAM Two lawyers filed a court case. Thousands signed a petition. Pakistan just agreed to scrap its sales tax ...

Read More

How to reset your gut in 30 days, according to a gastroenterologist

BY THE OPTIMIST DAILY EDITORIAL TEAM You’ve probably spent more time than you’d like to admit wondering if something is off with your gut. ...

Read More

Thousands of people in the UK to receive landmark trials for dementia blood t...

In an effort to revolutionize dementia diagnosis, two large studies are planned to take place across the UK, offering thousands of concerned individuals blood ...

Read More

How to use borax spray safely and effectively around your home

BY THE OPTIMIST DAILY EDITORIAL TEAM If you’re looking to cut back on harsh chemicals at home, you’re not alone. More and more people ...

Read More