Geothermal Exploration
On the earth’s volcanic “ring of fire”, New Zealand has long been a world leader in geothermal research. But at the Institute of Earth Science and Engineering (IESE) we are taking this expertise one step further with technology that is transforming the way industry can access new sources of power around the world.
In Iceland, our Joint Geophysical Imaging (JGI) technology helped quickly find a top producing well in the Krafla geothermal field. And at Olkaria, in Kenya, it delivered over 100% productivity gains on previous methods for discovery and drilling - with savings estimated by the United Nations Environmental Program as worth $75 million for a 70MW power plant.
IESE provides turn-key geothermal exploration surveys and specialised services for the geothermal industry.
Exploration and Monitoring Services
Consulting & Project Management
- Data integration & processing
- Well targeting
- Seismic tomography
- Geological and geochemical surveying
- Reservoir complexity and modeling
- Electromagnetic TEM and MT interpretation
Electromagnetic Profiling
- MT, TEM, and CSAMT profiling
- Leading equipment - Phoenix Geophysics
- Over 1000 soundings conducted world-wide
- Joint interpretation
Geological Mapping & Geochemical Analysis
- Field mapping and sample collection
- Fluid inclusion analysis
- Petrographic microscopy
- Scanning electron microscopy
- X-Ray Powder Diffraction
- General Area Diffraction Detection System
Microseismic Monitoring Networks
- Permanent and temporary installations
- Borehole and surface
- Radio telemetry and automatic event detection
- Mobile rental network for fast deployments
- Advanced and basic data analysis
Custom Borehole Instrumentation
- For scientific and commercial applications
- High pressure and high temperature
- High sensitivity and long life, all instrumentation is passive
Seismology
- Seismic array optimization
- Borehole seismology
- Fracture distribution analysis
Geothermal Engineering
- Reservoir modeling
- Geothermal well-test analysis software
- Subsidence modeling