How land use changes could boost China's carbon sequestration potential
A team of researchers led by Professor Piao Shilong at the Institute of Carbon Neutrality of Peking University (PKU) has made ...
Interesting Engineering on MSN13d
New 3D printing technique traps CO2 in concrete, boosts strength by 45%
The process works by integrating CO₂ and steam—byproducts of industrial processes—into the concrete mix during 3D printing.
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Climate scientists argue that 1000-year sequestration strategies must be used to meet climate goals
Such methods are expected to prevent the carbon ... This is because much of the carbon that is sequestered in such a way would be released before carbon already in the atmosphere returns naturally ...
‘Marine Snow’ Could Help Drown Our Carbon Crisis—A Biologist Explains
With carbon emissions continuing to grow exponentially, the key to unlocking a greener world could lie in the feeding (and ...
NationofChange11d
Scientists develop carbon-capturing 3D printing method to revolutionize construction
NTU Singapore researchers unveil a breakthrough that reduces the carbon footprint of concrete while enhancing its strength and efficiency for 3D-printed buildings. • Scientists at NTU Singapore ...
Solving the carbon puzzle for grain growers
There is no longer an excuse for grain farmers to not get onboard with the many wins to be had with carbon farming.
technologynetworks12d
3D Concrete Printing Method Helps Capture Carbon Dioxide
The innovative method, detailed in the scientific journal Carbon ... Reference: Lim SG, Tay YWD, Paul SC, et al. Carbon ...
Interesting Engineering on MSN20d
Power of poop: Trillions of zooplankton help trap carbon deep in the ocean
In an innovative effort to combat climate change, a Dartmouth-led study has proposed a method that employs trillions of ...
inceptivemind13d
A 3D concrete printing method to captures carbon
Researchers at NTU have created a method for 3D concrete printing that sequesters carbon, presenting a new approach to lessen ...
Tiny Poops in the Ocean Could Help Fight Climate Change
Utilizing zooplankton's feeding habits, researchers aim to boost oceanic carbon sequestration by introducing clay particles to their diet, significantly speeding up the biological carbon pump. A study ...
Portland Press Herald20d
UNE professor part of groundbreaking study on wetland carbon storage
The recently published research utilized a novel method involving tea leaves to study carbon sequestration in wetland ecosystems across 28 countries. A University of New England professor of ...