[en] In this writeup, we present the results of simulations using anomalous thermal transport coefficients for Reversed Field Pinch RFP's derived from saturated resistive interchange (''g-mode'') turbulence. The driving mechanism for the transport coefficient is the pressure gradient. The derivation of the thermal transport coefficients from the energetics of interchange turbulence is described in the references. The code that we use for these simulations is RFPBI, a RFP plasma transport code that includes a coronal non equilibrium treatment of impurities. For these simulations, no impurities are included. 5 refs., 4 tabs