捕碳究竟如何进行呢？
By 2030, the world will need 850 carbon capture plants.
到2030年，全球将需要850家碳捕获工厂。
The system is called carbon capture and storage (CCS).
这个系统就被叫做碳捕获和埋存(CCS)。
But carbon capture must also be applied to gas power plants.
但是碳捕获技术必须应用到天然气发电厂上。
Without carbon capture and storage, coal cannot be green.
如果不进行碳集合封存，煤炭不可能成为绿色能源。
Keen on a deal that would advance use of carbon capture and storage.
热衷于推动碳捕获与储存的方面的协定。
However, carbon capture technology is still far from being commercial.
然而，碳回收技术仍然远未被商业化。
The approach could be an important advance in carbon capture and sequestration (CCS).
该方法是碳捕获和封存(CCS)的重要进展。
Norway, which is investing heavily to test the technology, calls carbon capture its "moon landing."
挪威在测试这项技术上投入了大量资金，并称该技术是其“登月”工程。
But it will take time to learn how to capture carbon.
但我们需要时间来学习如何进行碳捕获。
It also runs two of the world's four big carbon-capture schemes.
该公司还执行着全球四大碳捕捉方案中的两项。
So there seems little doubt that air capture would indeed be carbon-negative overall.
这样看起来就没有什么麻烦事了，因为这样的话我们的空气捕捉器是负碳生产率的。
But let's get some things straight about carbon-capture technology.
好了，现在再让我们从以下几点来更为直观地了解碳捕捉技术吧。
The more you eat, the more carbon you capture, and you save the world.
你吃的越多，你固定的二氧化碳就越多，然后你就拯救世界了…
The more you eat, the more carbon you capture, and you save the world.
你吃的越多，你固定的二氧化碳就越多，然后你就拯救世界了…
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