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To the global fight against climate change. the hellisheidi power station s emissions are being used by carbon capture and storage company carbfix, that s turning co2 to stone. it comes in directly from the power station and it enters that tower from the bottom here. then we inject cold water at the top and the co2 becomes dissolved in water. crucial to the process is this giant oversized sodastream like tower. it makes sparkling water, then it s ready to be transported to our injection site. these metal igloos or giant christmas puddings, depending how hungry you are is where we start to get subterranean. here, the carbonated liquid is forced a kilometre underground, where it meets the volcanic basalt rock. basalt has a lot of the metal that is required to permanently bind the c02. so once it gets in contact with the basalt, it s gonna form stable carbonate minerals, where it will be permanently ....
These metal igloos or giant christmas puddings, depending how hungry you are is where we start to get subterranean. here, the carbonated liquid is forced a kilometre underground, where it meets the volcanic basalt rock. basalt has a lot of the metal that is required to permanently bind the c02. so once it gets in contact with the basalt, it s gonna form stable carbonate minerals, where it will be permanently stored. so it is an ideal rock. so this is the basalt rock in its naturalform. incredibly porous for all of the carbonated water to get in and fill every nook and cranny. and this, 2a months later, it crystallises and forms calcite inside the basalt rock and now, it s pretty rock solid. so you are looking to inject a lot of water into a lot of rock. do you have enough rock to manage it? ....
Against climate change. the hellisheidi power station s emissions are being used by carbon capture and storage company carbfix, that s turning c02 to stone. it comes in directly from the power station and it enters that tower from the bottom here. then we inject cold water at the top and the c02 becomes dissolved in water. crucial to the process is this giant oversized sodastream like tower. it makes sparkling water, then it s ready to be transported to our injection site. these metal igloos or giant christmas puddings, depending how hungry you are is where we start to get subterranean. here, the carbonated liquid is forced a kilometre underground, where it meets the volcanic basalt rock. basalt has a lot of the metal that is required to permanently bind the c02. so once it gets in contact with the basalt, it s gonna form stable carbonate minerals, where it will be permanently stored. ....
It comes in directly from the power station and it enters that tower from the bottom here. then we inject cold water at the top and the c02 becomes dissolved in water. crucial to the process is this giant oversized sodastream like tower. it makes sparkling water, then it s ready to be transported to our injection site. these metal igloos or giant christmas puddings, depending how hungry you are is where we start to get subterranean. here, the carbonated liquid is forced a kilometre underground, where it meets the volcanic basalt rock. basalt has a lot of the metal that is required to permanently bind the c02. so once it gets in contact with the basalt, it s gonna form stable carbonate minerals, where it will be permanently stored. so it is an ideal rock. so this is the basalt rock in its naturalform. incredibly porous for all of the carbonated water to get in and fill every nook and cranny. and this, 2a months later, ....
The hellisheidi power station s emissions are being used by carbon capture and storage company carbfix, that s turning c02 to stone. it comes in directly from the power station and it enters that tower from the bottom here. then we inject cold water at the top and the c02 becomes dissolved in water. crucial to the process is this giant oversized sodastream like tower. it makes sparkling water, then it s ready to be transported to our injection site. these metal igloos or giant christmas puddings, depending how hungry you are is where we start to get subterranean. here, the carbonated liquid is forced a kilometre underground, where it meets the volcanic basalt rock. basalt has a lot of the metal that is required to permanently bind the c02. so once it gets in contact with the basalt, it s gonna form stable carbonate minerals, where it will be permanently stored. so it is an ideal rock. ....