Recycling CO2 to transform our environment

The overall statement is true: CarbonCure’s technology can store CO2. The chemical principle is straightforward: CO2 reacts with calcium oxide to form calcium carbonate, which consolidates the concrete: https://lc.cx/jnSw9a CarbonCure claims they reduce the CO2 footprint of concrete production by consuming more CO2 than conventional processes: https://lc.cx/BHJajW 1 cubic yard of their concrete (0.76 m³) stores 15 lbs of CO2 (6.8 kg): https://lc.cx/obKvs0 Given a concrete density of 2000 kg/m³ (https://lc.cx/MmZyKi), this amounts to a storage ratio of 0.4% (i.e., 100 kg of concrete stores 0.4 kg of CO2). The reduction in CO2 footprint is nothing to write home about. Contrary to the article mentioned in the post (https://lc.cx/AJXg6d), the world produces around 4 billion tons annually, not 35: https://lc.cx/EXZ0bX However, about 35 billion tons of CO2 are emitted globally each year: https://lc.cx/CuLaoC Therefore, if 100% of the world's concrete were produced using CarbonCure’s technology, we'd be storing a mere 0.05% of the total annual CO2 emissions! While the CO2 reduction impact of this technology is tiny, it's still a "positive" contribution. So sure, let’s call it a useful tool to reduce the world's CO2 footprint.