Evaluation of the Potential for Dissolved Oxygen Ingress into Deep Sedimentary Basins during a Glaciation Event
Table 3
Kinetic parameters and solid properties for the redox-buffering minerals used in base case simulation.
Redox-buffering mineral
mol l−1
Density g dm3 mineral
Reactive surface area m2 g−1
Pyrite (diss.)
10−9
-
5,020
(6)5 × 10−5
Biotite (diss.)
(4)10−12.25
10−7
2,930
(6)5 × 10−5
Chlorite (diss.)
(4)10−12.25
10−7
2,600
(6)5 × 10−5
Organic matter (diss.)
(5,6)5 × 10−12
5 × 10−5
-
-
derived from Weaver et al. [12]; following Spiessl et al. [2] and references therein; in [mol0.5 l0.5 m−2 minerals s−1]; in [mol m−2 mineral s−1]; in [mol dm−3 SOM s−1]; set for base case.
