Aydın, Türkiye
As a Geothermal Production & Reservoir Engineer, I specialize in operational troubleshooting and well interventions. My primary focus is on diagnosing wellbore issues and executing technical solutions to maintain energy generation. Rather than just routine monitoring, I take active roles in planning and supervising field operations. From interpreting well tests (Static/Dynamic PT, Fall-off, Build-up) to managing stimulation campaigns (Acidizing via Coiled Tubing & Wellhead), I step in to resolve performance bottlenecks and restore productivity. I also have a keen interest in modernizing engineering workflows. I am currently exploring ways to visualize well data through digital mapping tools, aiming to support decision-making processes by providing more accessible interfaces. With an international background and proficiency in English, German, and Turkish, I bring a practical and problem-solving approach to geothermal energy operations.
• Coordinate static/dynamic PT, Fall-off, and Build-up tests; analyze well testing data to evaluate wellbore dynamics and reservoir behaviour. • Execute well stimulation operations (acidizing, fracturing, and chemical treatments) using various application methods—including coiled tubing and direct wellhead injection—to mitigate formation damage and restore injectivity. • Monitor reservoir performance and analyze production and injection data to support operational optimization, injectivity management, and long-term geothermal reservoir sustainability. • Prepare technical reports and operational documentation for field operations and reservoir performance, enabling data-driven decision-making and maintaining operational records. • Collaborate with mechanical, drilling, and cross-functional teams during workover operations and well interventions to maintain system integrity and operational efficiency.
• Performed drilling fluid operations for geothermal and Tuz Gölü projects, ensuring borehole stability in complex formations. • Maintained saturated salt mud (NaCl) systems to prevent salt leaching and ensure gauge holes. •Prepared high-temperature mud systems (lignosulfonate, polymer, and/or specific formulations) for hydrostatic control under extreme heat. • Conducted periodic mud checks (viscosity, density, pH, and other rheological/chemical properties) and applied chemical treatments to minimize Non-Productive Time (NPT).