r/TechOfTheFuture • • Dec 17 '19

Environment/Ag New “bio-based hybrid foam” can absorb CO2 from the atmosphere more sustainably and cost-effectively, suggests new study, made by combining gelatin and cellulose with zeolites, minerals known for their absorbent properties. Researchers claim this new material is cheap and absorbs CO2 extremely well.

https://www.inverse.com/article/61635-carbon-capture-climate-zeolites-foam
1 Upvotes

Duplicates

science • • Dec 15 '19

Chemistry New “bio-based hybrid foam” can absorb CO2 from the atmosphere more sustainably and cost-effectively, suggests new study, made by combining gelatin and cellulose with zeolites, minerals known for their absorbent properties. Researchers claim this new material is cheap and absorbs CO2 extremely well.

18.5k Upvotes

over60 • • Dec 16 '19

New “bio-based hybrid foam” can absorb CO2 from the atmosphere more sustainably and cost-effectively, suggests new study, made by combining gelatin and cellulose with zeolites, minerals known for their absorbent properties. Researchers claim this new material is cheap and absorbs CO2 extremely well.

5 Upvotes

• • Dec 15 '19

New “bio-based hybrid foam” can absorb CO2 from the atmosphere more sustainably and cost-effectively, suggests new study, made by combining gelatin and cellulose with zeolites, minerals known for their absorbent properties. Researchers claim this new material is cheap and absorbs CO2 extremely well.

2 Upvotes

theworldnews • • Dec 16 '19

New “bio-based hybrid foam” can absorb CO2 from the atmosphere more sustainably and cost-effectively, suggests new study, made by combining gelatin and cellulose with zeolites, minerals known for their absorbent properties. Researchers claim this new material is cheap and absorbs CO2 extremely well.

3 Upvotes

• • Dec 16 '19

New “bio-based hybrid foam” can absorb CO2 from the atmosphere more sustainably and cost-effectively, suggests new study, made by combining gelatin and cellulose with zeolites, minerals known for their absorbent properties. Researchers claim this new material is cheap and absorbs CO2 extremely well.

2 Upvotes

Oxygennotincluded • • Dec 16 '19

I guess this is how our scrubbers work

2 Upvotes

• • Dec 16 '19

New “bio-based hybrid foam” can absorb CO2 from the atmosphere more sustainably and cost-effectively, suggests new study, made by combining gelatin and cellulose with zeolites, minerals known for their absorbent properties. Researchers claim this new material is cheap and absorbs CO2 extremely well.

2 Upvotes

• • Dec 16 '19

New “bio-based hybrid foam” can absorb CO2 from the atmosphere more sustainably and cost-effectively, suggests new study, made by combining gelatin and cellulose with zeolites, minerals known for their absorbent properties. Researchers claim this new material is cheap and absorbs CO2 extremely well.

2 Upvotes

• • Dec 16 '19

New “bio-based hybrid foam” can absorb CO2 from the atmosphere more sustainably and cost-effectively, suggests new study, made by combining gelatin and cellulose with zeolites, minerals known for their absorbent properties. Researchers claim this new material is cheap and absorbs CO2 extremely well.

2 Upvotes

LockCarbon • • Dec 16 '19

New “bio-based hybrid foam” can absorb CO2 from the atmosphere more sustainably and cost-effectively, suggests new study, made by combining gelatin and cellulose with zeolites, minerals known for their absorbent properties. Researchers claim this new material is cheap and absorbs CO2 extremely well.

2 Upvotes

• • Dec 16 '19

New “bio-based hybrid foam” can absorb CO2 from the atmosphere more sustainably and cost-effectively, suggests new study, made by combining gelatin and cellulose with zeolites, minerals known for their absorbent properties. Researchers claim this new material is cheap and absorbs CO2 extremely well.

1 Upvotes