Radio Frequency Heating and Solvent Injection Technology
Radio Frequency Heating
Similar to the way microwaves heat food, the Enhanced Solvent Extraction Incorporating Electromagnetic Heating (ESEIEH®) process utilizes HeatWave® to heat a reservoir in situ by transmitting radio waves. This eliminates the need for steam, associated water, and related capital expenses. L3Harris’ HeatWave® RF heating systems are based on decades of industry-leading RF development experience. The technology is designed to economically recover hydrocarbon resources while reducing the environmental impact when implemented as a part of the ESEIEH® process.
Enabling Efficient Extraction
The ESEIEH® process applies L3Harris’ patented HeatWave® antenna technology to heat a reservoir in situ with radio waves. A solvent is then injected to further mobilize the heavy oil by reducing viscosity. By significantly decreasing the energy required and largely eliminating the need for water, the ESEIEH® process will reduce environmental impact, while providing greater efficiency and versatility in oil recovery operations.
The HeatWave® design benefits from decades of L3Harris radio technology expertise and extensive laboratory and field testing. With a modular design, easy integration, and essentially no need for water, HeatWave® is the key to improving the economics of heavy oil recovery.
- Reduces greenhouse gas emissions by using less energy to produce oil
- Minimizes capital outlay and enables incremental expansion
- Minimizes facility footprint by largely eliminating the need for water and reducing produced water
- Integrates into standard oilfield drilling services and completions
- Accesses resource-rich pay zones previously inaccessible through mining or steam-based processes
Contact us to begin a field trial of HeatWave® in your heavy oil or oil sands reservoir.
Available HeatWave® and ESEIEH® services include: RF reservoir modeling and analysis; core sample analysis with RF dielectric characterization; technical consulting throughout project life, including production phase; and in situ RF heating systems design, installation, repair, and maintenance, including well monitoring and data resource management.