Carbon dioxide capture through the use of calcium-polyphosphate to deprotonate bicarbonate, and form calcium carbonate minerals

随着我们大气中二氧化碳浓度的上升及其对我们星球的快速影响，例如海洋酸化，高能效的二氧化碳捕获和安全存储变得越来越重要。虽然没有立即显而易见的单一技术可以捕获和安全存储当前大规模人为产生的二氧化碳，但可能会有许多规模较小、种类繁多的利基化学过程来捕获和存储二氧化碳，这些过程可能共同对我们的排放产生重大影响。

The energy-efficient capture and secure storage of carbon dioxide is of increasing importance, with the rising concentrations of carbon dioxide in our atmosphere, and its rapid effects on our planet, such as ocean acidification. While no immediately obvious, single technology will capture and securely store the current, large-scale anthropogenic production of carbon dioxide with a net-negative carbon footprint, it is possible that many, smaller, varied, niche chemical processes for capturing and storing carbon dioxide may collectively make a significant impact on our emissions.