人物儿童画
二氧化碳的捕集和地质埋存
二氧化碳的捕集和地质埋存( carbon capture and geological storage)是利用吸附、吸收、 低温及膜系统等技术将废气中的 C02捕集下来，并将从发电厂、炼油厂、玻璃厂、水泥厂
能大型排放源的源头捕集的 C02巨蟹座女生性格特点液化压缩，用管道输送到地下深处长期或永久性“填埋”
在地质体中。
怎么群发信息
Disperd CO
am亡门drm亡nt匚
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Coal bed methane formations
仁10年后的我arbon dioxide uptake by forests, biornass plants tons and degraded mine land^ that are r
estored
Carbon-bad production t皀国际旅游岛.g. fuels, power, wood・ plEit引
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早读励志的句子
Deep aquifer
Capture and
paration
Pond with
bact 亡「ia
Pipelines
Geological forrnationE
Depleted oil
gas rervoirs
5.1.1 Geological storage technology and mechanisms
The source docume nt for this Digest states:
Geological storage of CO2
This ct ion exam ines three types of geological formatio ns that have received exte nsive con siderati on for the geological storage oCO2小组介绍： oil and gas rervoirs,deep sali ne formati ons and unmin able coal beds (Figure TS.7). In each ca, geological storage of CO2 is accomplished by injecting it in den form into a rock formation below the earth?ssurface. Porous rock formations that hold or (as in the ca of depleted oil and gas rervoirs) have previously held fluids, such as n atural gas, oil or brin es, are pote ntial can didates foCO2 storage. Suitable storage formatio ns can occur in both on shore and offshore dime ntary bas ins (n atural large-scale depressi onsin the earth?scrust th
at are filled with diments). Coal beds also may be ud for storage of CO2 (e Figure TS.7) where it is unlikely that the coal will later be mined and provided that permeability is sufficient. The option of storing CO2 in coal beds and enhancing metha ne producti on is still in the dem on strati on pha (e Table TS.1).
水晶梨
