ENVIRONMENT & CLIMATENewly discovered ocean viruses hold promise in combating climate change by improving carbon capture processes in the world's oceans. Continue reading to learn more.
Texas has already been practicing the CCS method since 1972; and since then, it has already stored over 200 million tons of CO2 underground. Read to learn more.
Scientists developed 2D nanosheets made of modified mica with shows potential in sustainable carbon capture needed to fight climate change. Learn more about it in this article.
A new approach in fighting climate change has been developed by experts where enzyme is used for capturing and storing carbon emission in a more sustainable way. Read the article to learn more.
Experts from Tokyo Metropolitan University developed a new direct air capture (DAC) technology that performs twice as the carbon capture systems available today. Learn more about the innovation and how it works.
A new study made carbon capture technology better by inducing the model with magnesium, forming crystalized hydrates that could be burried under the sea for more than centuries.
Experts say that it's more cost-effective and efficient to maintain trees where they stand rather than exhaust resources on tree-planting initiatives and other forms of carbon-capturing technologies.
The US Department of Energy has recently awarded a grant to RTI International, CEMEX -- leading cement, concrete, and aggregates supplier on developing a CO2 capture system and commercially available carbon utilization solution.
Carbon spheres - small spherical structures that have found large applications in carbon capture and energy storage - can now be created faster and more sustainably in a novel technique developed by researchers.
Despite repeated warnings from the experts, people have gone out of their way to contribute to the increase in the amount of carbon emissions in the atmosphere and the adverse effects are just starting to be felt.