Smart Exploration at Your Fingertips
ARAD 4.0
At Delphi, our flagship technology, ARAD, represents a revolutionary approach to subsurface hydrocarbon exploration. ARAD utilizes advanced radiometric data analysis combined with a suite of proprietary algorithms powered by Machine Learning (ML) and Big Data Analytics (BDA). This unique integration enables precise identification of hydrocarbon accumulations with unmatched accuracy.
Our latest iteration, ARAD 4.0, has demonstrated exceptional performance in multiple exploration projects across Australia and the USA. Its predictive capabilities have been validated through pre-spud well predictions, consistently aligning with actual drilling results. By transforming complex geological data into actionable insights, ARAD 4.0 enables more efficient, data-driven exploration while reducing operational risks and environmental impact.
With a proven track record of success, ARAD continues to redefine what is possible in hydrocarbon exploration, setting new industry standards for accuracy, efficiency, and sustainability.
NAFLV EM
At Delphi, we pioneered the use of Natural Audio Occurred Very Low Frequency Electromagnetics (NAVLF EM) to redefine subsurface hydrocarbon exploration. This cutting-edge technology leverages naturally occurring electromagnetic signals emitted by the Earth to generate the equivalent of a well log—without the need for physical drilling.
NAVLF EM measures ultra-low frequency electromagnetic waves that penetrate deep into the subsurface. By analyzing the electromagnetic responses across different geological layers, our proprietary algorithms can accurately map subsurface formations and identify potential hydrocarbon reservoirs in depth sections. This process generates well log-equivalent data that is precise, continuous, and highly reliable.
The non-invasive nature of NAVLF EM reduces environmental impact, operational costs, and exploration time. It provides a powerful alternative to conventional drilling methods, enabling efficient resource evaluation with minimal ecological disruption.
With NAVLF EM technology, Delphi delivers advanced exploration capabilities that push the boundaries of geophysical data interpretation, setting new standards for sustainability and technological innovation in the energy industry.
Spectral Analysis for Advanced Exploration
At Delphi, we harness cutting-edge satellite technologies, including Synthetic Aperture Radar (SAR) and multispectral imaging, to conduct precise spectral analysis. This approach enables the identification of complex geological anomalies, structural variations, vegetation patterns, and ground movement over extensive areas—quickly and effectively.
By integrating satellite-derived data with geological, geochemical, and geophysical datasets, our multivariate exploration techniques reveal new hydrocarbon targets, enabling better decision-making and increased returns on investment.