Ignis Energy (Ignis) has reported progress in its geothermal exploration efforts in the Bingöl region of Türkiye, focusing on the collection and analysis of water samples from its geothermal sites. Following the completion of surface geology and geochemistry studies, the company is now transitioning to geophysical measurements.
This marks the second Magnetotelluric (MT) survey campaign for Ignis in the Bingöl region. The MT survey is critical for mapping subsurface conductivity, aiding in the identification of potential geothermal reservoirs and enhancing the understanding of the area's geological structure. The insights gained from this survey will significantly inform Ignis's exploration and development strategies, moving the company closer to its goal of providing sustainable and innovative energy solutions.
The MT survey will involve data collection at 400 points to evaluate the geothermal reservoir's structural and hydrogeological characteristics. By analyzing subsurface electrical conductivity, the survey aims to delineate geothermal potential and fault zones. This process is essential for identifying deep hot water and steam reservoirs, which will guide future drilling operations and provide a more accurate assessment of the region's geothermal capabilities.
The Bingöl region is particularly significant due to its location at the intersection of the North Anatolian Fault Zone (NAF) and the East Anatolian Fault Zone (EAF). This area, characterized by intense tectonism, features numerous natural hot springs with temperatures ranging from 30 °C to 68 °C, along with various geothermal manifestations that suggest the presence of a robust geothermal energy source. Ignis was awarded three geothermal resource exploration licenses for this region in 2023.
To carry out the MT surveys, Ignis is collaborating with FNC Petrol Madencilik Sanayi ve Ticaret A.S., a company that specializes in conducting Magnetotelluric surveys.
