Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
6333801 | Science of The Total Environment | 2012 | 10 Pages |
Abstract
⺠Urban soils potentially capture 12.5 kgCO2 Mgâ 1 yrâ 1 (value £51,843-£77,765 haâ 1). ⺠Formation of carbonate may be significant and exploitable storage route for soil C. ⺠Urban soil C sequestration can be engineered using Ca/Mg-rich material. ⺠Soil engineering is a tool in urban ecosystems service provision (carbon capture). ⺠Conditions for 100% in situ carbonation of Ca/Mg-rich material must be determined.
Keywords
CCSIRMSTOCSiCTICC&DStable isotopeCarbonate precipitationCarbon sequestrationCarbon capture and storagecarbon dioxide removalUrban soilConstruction and demolitionSOCIsotope ratio mass spectrometryXRFX-ray fluorescenceXRDX-ray diffractionSoil organic carboninorganic carbonSoil inorganic carbontotal carbonTotal organic carbonTotal Inorganic Carbon
Related Topics
Life Sciences
Environmental Science
Environmental Chemistry
Authors
C.-L. Washbourne, P. Renforth, D.A.C. Manning,