Geothermal Resource Assessment And Site Selection
We assist in identifying and evaluating potential geothermal sites by analyzing geological, hydrological, and thermal data to ensure viable and sustainable energy extraction.
- Conducting geological surveys to locate heat sources and permeable rock formations.
- Utilizing geophysical and geochemical techniques to assess reservoir temperature and size.
- Evaluating land use and accessibility for minimal initial environmental disruption.
Advanced Drilling And Extraction Techniques
We implement and optimize drilling methods to efficiently access geothermal reservoirs while minimizing surface impact and resource depletion.
- Employing directional and enhanced geothermal system (EGS) drilling to reach deep heat sources.
- Utilizing closed-loop systems to circulate fluid without direct reservoir contact, reducing water use and contamination risk.
- Monitoring and managing extraction rates to ensure long-term reservoir sustainability and pressure maintenance.
Environmental Impact Mitigation And Monitoring
We provide strategies to address and reduce the environmental effects of geothermal operations, focusing on emissions, water use, and seismic activity.
- Implementing systems to capture and reinject non-condensable gases like hydrogen sulfide to reduce air emissions.
- Managing water resources through reinjection of geothermal fluids to prevent depletion and surface contamination.
- Conducting seismic monitoring and modeling to mitigate induced seismicity risks from fluid injection and extraction.
Waste Management And Fluid Reinjection
We design systems for handling geothermal by-products, such as brines and solids, to prevent pollution and enhance reservoir longevity.
- Treating and reinjecting spent geothermal fluids to maintain reservoir pressure and reduce surface disposal.
- Extracting valuable minerals from geothermal brines for resource recovery and waste reduction.
- Designing containment systems to prevent leakage of fluids containing heavy metals or salts into surrounding ecosystems.
Land Use And Ecosystem Protection
We help plan geothermal projects to coexist with local ecosystems and communities, minimizing habitat disruption and visual impact.
- Developing compact well pad designs and using existing infrastructure to reduce land footprint.
- Implementing reclamation plans to restore vegetation and land post-construction.
- Assessing and protecting nearby water bodies and sensitive habitats from thermal or chemical pollution.