Advanced Technology Platform

Full Waveform Inversion is a cutting-edge seismic imaging technique that uses the full information content of seismic waveforms to create highly detailed models of the Earth's subsurface.

Unlike traditional seismic methods, FWI iteratively compares observed seismic data with synthetic data generated from a subsurface model, adjusting the model until the best match is achieved. This process provides:

• Higher resolution velocity models with unprecedented detail
• Better imaging of complex geological structures
• Improved identification of hydrocarbon-bearing formations
• Reduced exploration risk through more accurate prospect evaluation

At Juneau Exploration India, we leverage state-of-the-art FWI algorithms to generate subsurface models that enable more confident drilling decisions and optimize our exploration success rate. The technology allows us to process seismic data with minimal preprocessing, reducing the time and cost associated with traditional seismic imaging methods.

Our FWI implementation utilizes advanced computational techniques to handle complex geological environments that challenge conventional imaging approaches. By extracting quantitative rock properties directly from seismic data, we can make more informed decisions about prospect viability and drilling locations.

The continuous improvement of our FWI models through integration with well data ensures that our subsurface understanding evolves with each new well drilled, building a comprehensive knowledge base that enhances future exploration success.