Molecular characterization of potentially interfering materials when studying “Black Carbon” forms. The combined use of analytical pyrolysis, solid state- 13C nuclear magnetic resonance and thermogravimetric techniques

Rosa Arranz, José M. de la; González-Vila, Francisco Javier; López Capel, E.; Manning, David A.C.; Knicker, Heike; Verdejo Robles, Trinidad; González-Pérez, José Antonio

Molecular characterization of potentially interfering materials when studying “Black Carbon” forms. The combined use of analytical pyrolysis, solid state- 13C nuclear magnetic resonance and thermogravimetric techniques

2008

Póster 150 presentado al citado congreso, ccelebrado del 18-23 de mayo 2008, en Lanzarote, Canarias, España.

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Due to geochemical and environmental implications, there is an increased interest in the study of the different forms of refractory organic matter (ROM) widely widespread in soils, water and sediments. Included in the refractory OM pool are kerogens, humic-like materials as well as the so-called “black carbon“(BC). These materials might remain sequestered in soils and sediments (slow geological C cycle) from thousand to million of years, being considered as an important sink for atmospheric CO2 (fast C cycle) and part of the “missing C” in the global C budget.

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Peer reviewed

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