1. What parameters are analyzed during sample analysis?
The presence of rare metals, especially tungsten and titanium (their micro-quantity) are determined in the oil sample. According to their ratio, oil origin can be determined, that is, one may find out, for example, from which country the tanker is evacuating oil. Same approach is implemented in the NMR survey, i.e., NMR spectra of these elements are recognizable when we search for oil accumulations.
In oil samples, the composition of other metals is analyzed, the content of which differs significantly from the rest of the NMR spectra. They can also be used as additional diagnostic factors of oil in a particular region, i.e., they are the so-called “test” search matrices.
Integral electromagnetic spectra (information and measurement spectra) are recorded from oil samples by exciting metal atoms when oil samples are introduced into the “atomization furnace” (temperature = 2500 °C) using special spectral equipment which is part of Minerals Spectrum Survey FZ-LLC (MSS) facilities complex. Thus, we record the so-called working search diagnostic matrices.
2. Which physical parameters are recorded in analog photographs?
On analog satellite images, characteristic electromagnetic fields (spectra) that exist over each type of “deposits” (oil, water, ore, etc.) are recorded. Characteristic electromagnetic fields (of a specific frequency) are formed over the deposit (anomaly), i.e. on the ground surface due to various chemical, thermal and electrochemical processes in rocks with prolonged migration of oil, gases (other metals in ores) from great depths to the ground surface.
The technology enables to “visualize” on analog satellite images the characteristic electromagnetic fields in the form of “high brightness zones”, after special processing of photo paper using chemical reagents (nanogels), phosphors, sensitizers (layers of mixtures), which are selected for each type of deposits (oil, gas, ore, salt water, fresh water, etc).
Processing of digital satellite images in the visible spectrum provides only the “primary” visible signs (images) of various anomalies or areas of scattering of mineralization of various metals (copper, gold, molybdenum, etc.).
Accuracy of identification and delineation of anomalies of various minerals by processing of analog images (patented) is significantly higher than traditional methods and approaches of geological exploration.
3. How the data processed and interpreted to get the maps and vertical sections?
Satellite images are used as the main source of information on petroleum accumulations or deposits. Characteristic electromagnetic fields are formed over accumulations (or deposits) as anomaly. They are recorded as anomalies on the satellite images.
The technology enables to “visualize” on analog satellite images the characteristic electromagnetic fields in the form of “high brightness zones”, after special processing of satellite images using chemical reagents (nanogels), phosphors, sensitizers (layers of mixtures), which are selected for each type of mineral resources (oil, gas, ore, salt water, fresh water, etc).
The anomalies are mapped on topographic maps provided by customers.
Vertical sections are generated by superimposing two or more satellite images taken at different angles which shift anomaly. Knowing the shooting angles, the depth of the anomaly is calculated tangentially.
4. What is the basis for the following claims:
a. The depth of investigation – 6,000 meters?
To date, the confirmed vertical depth of anomaly detection is 6,000 meters
b. The vertical resolution claim of 100m after Step 2 and 30-50m after Step 3
Accuracy of vertical section generation and depth determination have been proved by numerous successful projects.
c. The horizontal resolution?
The horizontal resolution has no limitation; it depends only on quality analog images and availability of input information from customer (samples, description etc.).
5. During satellite image analogue data acquisition process, what are the possible noises associated with the data and how those been removed?
All “noises” are also recorded on the analog satellite image. But we selectively take only those that of frequency spectral radiations interest, i.e. we identify them with the help of highly sensitive equipment by comparing them with data recorded from samples of the desired substances (oil). All the noises are removed by filtrating.
6. What are the special layers/mixture of gels and how this process works? Please, explain in details.
Gel (nanogels of our own production) is colloid fluid which contains reference elements and rare earth metals which amplify the frequencies of the reference elements when radiated in the small- size nuclear reactor and make the anomalies visible.