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Scientists have a atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic but simple way to deal with carbon dioxide emissions – to turn atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic back into stone. Researchers in Iceland pumped 220 atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic of CO2 deep underground into atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic rock. It reacted with the rock and relatively atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic, it transformed into a solid atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic similar to limestone. The team were surprised at how atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic the conversion happened. Lead scientist Juerg Matter said: "Of our 220 tons of injected CO2, 95 per cent was converted to limestone in atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic than two years….It was a huge atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic to all the scientists involved in the atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic, and we thought, 'Wow!'"

The scientists hope their experiment now moves to a atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic scale. It could help the atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic of CO2 emissions entering the atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic and warming the atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic. It could also be a key technique in carbon capture and atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic (CCS) solutions. Many other CCS techniques have involved injecting CO2 atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic, but there was always the problem of the emissions leaking back above atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic and into the atmosphere. Dr Matter was atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic about the experiments. He said: "We need to deal with atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic carbon emissions and this is the ultimate atmosphereenthusiasticfastgroundlargerlesspermanentplanetproblemprojectquicklyrisingsmartstoragesubstancesurprisethemtonsundergroundvolcanic storage – turn them back to stone."