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Carbon Capture

300: Organic-inorganic hybrid material for separating CO²

Welcome to 366solutions.com and the 300th Solution from our one-a-day leap year’s worth of ideas, inventions and tips to take up and share for cleaning, up repairing and protecting our Planet.

There are solutions for new types of low carbon, recyclable and other Materials, ideas for Carbon Capture, as well as solutions we have categorized in Planet Care, Energy, Mobility and those that rely on just a little bit of collective Human Effort as well as things you can do immediately to help heal our world in the category Your Home.

There are still 66 to come, and we hope you will join us by following on facebookInstagram or twitter to find out about a new one each day.

Because there is something you can do, that your family and friends can do, that we all can do to clean up, repair and protect our planet. All it takes is the right solutions!

Read on for Solution 300!

Problem:

Removing CO2 from gas mixtures without chemically binding CO2.

Solution:

Chemists at the Inorganic Chemistry I research group of the University of Bayreuth in northern Bavaria, Germany have developed a material that could well make an important contribution to climate protection and sustainable industrial production.

With this material, the greenhouse gas carbon dioxide (CO2) can be specifically separated from industrial waste gases, natural gas, or biogas, and thereby made available for recycling. The separation process is both energy efficient and cost-effective. In the journal Cell Reports Physical Science the researchers present the structure and function of the material.


The chemical basis is clay minerals consisting of hundreds of individual glass platelets. These are only one nanometre thick each, and arranged precisely one above the other. Between the individual glass plates there are organic molecules that act as spacers. Their shape and chemical properties have been selected so that the pore spaces created are optimally tailored to accumulate CO2.

Discover Solution 301: Pedelec, electric-assisted bicycle

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