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Scientists say the geological formations in one of China's most industrialized regions are ideal for permanently sealing carbon dioxide gas in rocks deep underground
.
New approach! China's carbon dioxide can be sequestered in underground rocks
Scottish carbon capture and storage (SCCS) researchers say implementing the new method could drastically reduce carbon dioxide emissions and improve air quality
in the Pearl River Estuary Basin.
Although the region cannot enclose carbon sequestration devices in rock with single-layer sealed caps as Europe and North America typically do, the researchers say that by dispersing the gas into microscopic droplets, depositing it in the rock pores and staying there
.
Geologists say three depleted oil fields in the Huizhou region could provide decades of safe gas storage for carbon capture and storage
projects in the region.
Stuart Haszeldine, professor at the University of Edinburgh and director of SCCS, said: "It's a bit like a damp carbon dioxide sponge scattered in
the rock.
Even without a single-layer seal, CO2 does not escape
.
This approach is applicable to many storage facilities in China and around the world, and can upgrade storage resources
that are currently unavailable.
”
，
Scientists say the geological formations in one of China's most industrialized regions are ideal for permanently sealing carbon dioxide gas in rocks deep underground
.
New approach! China's carbon dioxide can be sequestered in underground rocks
New approach! China's carbon dioxide can be sequestered in underground rocksScottish carbon capture and storage (SCCS) researchers say implementing the new method could drastically reduce carbon dioxide emissions and improve air quality
in the Pearl River Estuary Basin.
Although the region cannot enclose carbon sequestration devices in rock with single-layer sealed caps as Europe and North America typically do, the researchers say that by dispersing the gas into microscopic droplets, depositing it in the rock pores and staying there
.
Geologists say three depleted oil fields in the Huizhou region could provide decades of safe gas storage for carbon capture and storage
projects in the region.
Stuart Haszeldine, professor at the University of Edinburgh and director of SCCS, said: "It's a bit like a damp carbon dioxide sponge scattered in
the rock.
Even without a single-layer seal, CO2 does not escape
.
This approach is applicable to many storage facilities in China and around the world, and can upgrade storage resources
that are currently unavailable.
”
，
