Simulation of Fractionation of 13C During Nonequilibrium Reactive Solute Transport in Geologic Systems: Formulation and Example Calculation

Authors

J. Noorishad, Lawrence Berkeley Laboratory
C.L. Carnahan, Lawrence Berkeley Laboratory
Larry Benson, University of Colorado at BoulderFollow

Date of this Version

4-1989

Citation

Water Resources Research, Vol. 25, No. 4, Pages 754-756, April 1989

Abstract

Equations of transport for the fractionating stable carbon isotope ¹³C have been formulated and implemented in a non-equilibrium reactive chemical transport code. Application is demonstrated by solution of a generic problem. The new modeling capability adds a new dimension to investigation of groundwater evolution.