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PATENTED TECHNOLOGY FOR PRODUCING NANOPOWDERS AND ISOTOPES REACHING THE STAGE OF CONSTRUCTING A SEMI-INDUSTRIAL PILOT PLANT
Our company is creating and developing environmentally friendly technological innovations, starting from registering the intellectual property with European Patent Office/World Intellectual Property Organization and pursuing the transfer of said technologies into commercial use by building semi-industrial pilot plants in order to prove the efficiency and industrial application of said technologies at an industrial scale.
The project currently under development refers to an economical and efficient METHOD FOR PRODUCING NANOPOWDERS AND VARIOUS ELEMENT ISOTOPES AT NANOPOWDER LEVEL.
Please follow the link bellow to discover the publication of referred patented technology by World Intellectual Property Organization:
The referred technology was created to be an industrially applicable and economical method for producing nanopowders and various element isotopes at nanopowder level, allowing for high production rate and output results with lower costs than when using existing conventional technologies.
Unlike existing technologies the technology does not require complex and energy and time consuming devices in order to achieve high efficiency results; it can process different materials (metal or nonmetal elements base) and alloys in different combinations and it has numerous applications. The present method allows achieving efficient results in a short processing time in producing nanopowders and/or their isotopes.
The production of nanopowders and the production of various element isotopes at nanopowder level take place using the same reactor where the nanopowder is being produced first by using reactive metal catalysts and high frequency field action; followed by the production of various element isotopes at nanopowder level by using multiple physical processes like magnetic and electrostatic field action, high frequency field action and sources of elementary particles.
Research and experiments have shown that the quantity of nanopowder produced corresponds to almost 100% of the input material. Similarly, the quantity of isotopes produced corresponds to almost 100% of the input material in a shorter time and with a simpler processing than with existing conventional technologies.
The present method for producing nanopowders and various element isotopes at nanopowder level requires devices which are simple and energy efficient in order to achieve highly efficient results with costs reduced by more than 50% over existing conventional technologies.
· Strong Partnerships with company interested in joining the process of taking this technological innovation to market with benefits both for commercial use and for public good.
· Partners to invest in building a functional semi-industrial pilot plant to further transfer into practice at industrial level the efficiency of the referred technological innovation;
· Still, partners interested in joining the process of taking the referred technological innovation to market with benefits both for commercial use and for public good.