38,000 km²
Statewide Area Assessed
Comprehensive regional reconnaissance deliberately avoiding existing active fields to target genuine frontier possibilities
12,000+
Anomalies Detected
Significant micro-seepage signatures captured over multiple spectral passes, correlating directly with subsurface hydrocarbon potential
< 30%
Target Field Reduction
Narrowed exploration corridors to less than a third of the original scope, drastically saving downstream capital
Direct Subsurface Mapping
DDT Hydrocarbon Reconnaissance Study
Spectryon performed a statewide DDT reconnaissance survey across approximately 38,000 km² in Oklahoma, deliberately excluding known oil and gas fields to focus on unexplored territories, including Indigenous lands. Primary intrinsic hydrocarbon radiation was detected throughout the study area
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01
Subsequent large-scale anomaly ranking enabled localization of three priority zones (SS, SS-E, SE), reducing the effective target area to less than 30% of the original territory. The project confirms the immense power of non-invasive geophysical scanning
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02
Given the large extent of the selected territories, a reconnaissance-scale DDT survey was conducted to identify priority zones and narrow the scope of further work. Results revealed multiple primary large-scale hydrocarbon anomalies across sectors S, S-E, and E. Several anomalies extended beyond the initial visualization boundary, prompting continued analysis to verify spatial convergence
The reconnaissance stage confirmed widespread hydrocarbon potential while enabling structure analysis
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03
To assess geological consistency, primary large-scale DDT anomalies were overlaid with maps of known oil and gas fields
The composite analysis demonstrates clear spatial correlation between detected anomalies and established petroleum accumulations. The S-E sector, in particular, shows strong alignment with existing productive trends, reinforcing the geological validity of the DDT results and highlighting this area as especially prospective for further investigation
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04
Based on large-scale anomaly ranking, three concentrated prospective zones were delineated: SS, SS-E, and SE
Although anomaly intensity varies between them, each zone represents a focused cluster of significant primary hydrocarbon anomalies requiring detailed follow-up investigation
Importantly, the delineated prospective zones occupy less than 30% of the original 38,000 km² study area, representing an excellent localization result and a substantial reduction of exploration
Fly-over
Fly-over of site # 1
In the survey area in the state of Oklahoma, fly around the three points shown below – №1, Etalon-I, Etalon-II
The total length of the tracks will be approximately 430 km (~270 mi), and the duration will be approximately 3 hours.
It is necessary to fly around three points with the following coordinates:
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In Fig. 2., a spiral track is shown. The movement is carried out as follows. First, it approaches point # 1, then spirals (yellow track with a blue outline), and then, several straight segments (yellow track with a green outline) along the arrow. The table gives the coordinates of points 1, 2, 3, 4; this is for anchoring the spiral track
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Figures 3 and 4 show small spiral tracks for the points Etalon-I and Etalon-II.
The movement along the tracks in the area of points No. 1, Etalon-I, and Etalon-II, as shown in Figures 2 – 4, is carried out at a speed of max 20 km / h (~12.5 mi / h) at an altitude of 100 m (~330 ft). The rest of the track is at the discretion of the pilot