The Time Domain IP Method In Geothermal Exploration: Balikesir(Gure) In Turkey

Abstract

Geothermal energy is heat derived from the earth. It is the thermal energy contained in the rock and fluid (that fills the fractures and pores within the rock) in the earths crust. These resources are always at a temperature higher than 20°C. Geothermal energy requires no fuel, and is therefore virtually emission free and independent of fluctuations in fuel cost. Since a geothermal power plant doesnt rely on transient sources of energy, unlike, for example, wind turbines or solar panels, its capacity factor can be quite large.
Induced polarization (IP) results at geothermal regions show prominent, extended low resistivity zones. Environmental - IP methods can assist in the assessment of the acid generating potential of waste rock and tailings from mine operations. Resistivity can be used to map contamination plumes.
Resistivity and chargeability values were determined using the IP method on geothermal resources in Balikesir Güre (Turkey). In this study we found low resistance values and high chargeability values at the geothermal resource. Finally drilling and IP results were correlated to verify our findings.