Alphaxioms Geothermal News and Related Research Globally

Turkish Renewables Company Margün Energy Targets Lithium in Geothermal Waters Location: Seferihisar, İzmir Province, Western Turkey By :  Robert Buluma 🚀 Margün Energy Enters the Lithium Game Margün Energy, a Turkish renewables company, has announced plans to explore lithium extraction from geothermal brine at its newly acquired 12 MW geothermal facility in Kavakdere, Seferihisar. The site lies within a vast 3,125-hectare exploration concession in İzmir that the company intends to analyze for lithium mineral content and other valuable elements. While Margün Energy clarified that it is not a mining company and has not applied for mining licenses, it emphasized that direct extraction from geothermal fluid is fundamentally different from conventional mining. If sufficient lithium concentrations are confirmed, Margün plans to build an on-site extraction plant integrated with its geothermal operations. 🌞 Hybrid Power Boost In tandem with its geothermal initiative, Margün is pursuing a...

Itanagar, Arunachal Pradesh — In a landmark initiative for renewable energy innovation, India is set to commission its first fully indigenous 50 kW geothermal power plant in the Himalayan state of Arunachal Pradesh. By:  Robert Buluma Why it matters Operating at an unusually low geothermal temperature of just 68 °C , the project showcases India’s capability to harness Earth’s heat even at smaller scales. Designed to benefit about 5,000 residents in remote communities of Tawang district—Mago, Thingbu, and Damteng—it represents a decentralized model for clean energy supply. Who’s behind it The Centre for Earth Sciences and Himalayan Studies (CESHS) and Shriram Institute for Industrial Research (SIIR) have formalized their collaboration to carry the project forward. Their earlier work includes a 20 kW pilot using the same indigenous bipolar-process technology, preceded by trials with a 5 kW lab-scale model. Tech innovation at the core According to project insiders, trial campaigns ...

Stanford  Engineers Unveil a Game-Changer: Smart Cement for Geothermal Wells By:  Robert Buluma In the ever-evolving journey toward a cleaner, more sustainable energy future, geothermal energy continues to rise as a powerful ally. But while the heat beneath our feet is abundant, safely and efficiently tapping into it isn’t always straightforward. Now,  Stanford University researchers may have just cracked a key challenge—with a material innovation that could transform the geothermal industry forever. 💡 The Problem: Cement Cracks and the Risk It Poses In geothermal wells, cement is used to seal and stabilize boreholes. But here’s the catch: high underground temperatures and pressures can cause traditional cement to crack over time. These micro-cracks can lead to serious risks—fluid leaks, well failure, environmental hazards, and even safety concerns for workers and communities. 🧠 The Solution: Stanford’s “Smart Cement” A team of  Stanford engineers, led by res...