NUM6

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NUM6, or Neutron Utilizing Mineralogy, is a technology developed by NUMicon. It was developed to provide the ability to detect and analyze the mineralogy of gas in a geothermal project. NUM6 works by using neutrons to identify the mineralogical composition of the gas which is then analyzed by NUMicon’s proprietary algorithms. The purpose of this technology is to provide a more accurate and reliable representation of the mineralogical composition of the gas and to provide an understanding of the gas composition in order to optimize the design of the project.

The application field of NUM6 covers reservoir engineering, hydrocarbon exploration, and geothermal energy production. With the aid of NUM6, it can accurately locate low-permeability formation boundaries, detect hydrocarbon-containing strata to improve hydrocarbon recovery efficiency, and accurately identify the geothermal resource capacity of the target area.

In reservoir engineering, NUM6 can be used to quickly and accurately detect the boundaries between high- and low-permeability formations. This is done by sending out neutrons and using NUMicon’s proprietary algorithms to detect the attenuation and detectability of the neutrons. The data collected is used to create a response matrix which gives a clear vision of the subsurface permittivity of the formation.

In hydrocarbon exploration, NUM6 can be used to detect hydrocarbon-containing strata and identify the degree of oil saturation. It sends out neutrons and uses proprietary algorithms to calculate the average permeability of the area and the average oil shale distribution by analyzing the attenuation and reactivity of the neutrons. This information can then be used to assess the oil and gas reserves in the area and to identify areas with high hydrocarbon potential.

In geothermal energy production, NUM6 can be used to identify the geothermal energized area. By sending out neutrons and using NUMicon’s proprietary algorithms, it can accurately calculate the temperature and thermal properties of the target area. This information can be used to identify the areas that are most suitable for the development of geothermal energy.

NUM6 works through the utilization of neutrons, which are particles that can travel through the subsurface without being scattered. Neutrons are generated by either radioactive sources in boreholes or neutron guns placed near the surface. When these neutrons are sent to the subsurface, they are captured, absorbed, and scattered by different materials in its way. The properties of the scattered neutrons are then calculated by NUMicon’s proprietary algorithms to generate a response matrix. The response matrix is then used to identify the mineralogical composition of the gas in the target area and provide an understanding of the gas composition.

NUM6 is a great technology that provides the ability to detect and analyze the mineralogy of gas in geothermal projects. This technology is used in a variety of fields, including reservoir engineering, hydrocarbon exploration, and geothermal energy production. With its ability to accurately detect the boundaries between high- and low-permeability formations and identify hydrocarbon-containing strata, NUM6 can be used to optimize geothermal projects and provide important information for locating new areas of potential geothermal exploration.

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