NEWS RELEASE

Experimental proof of a new way to achieve breakdown of complex molecules with less required energy into a wide range of products (oil, gas and carbon) resulting in renewable energy which can be properly assessed as the second-generation of liquid and solid Biofuels. Our Bio-oils have demonstrated excellent thermal oxidative stability and low freezing point properties.

The Discoveries resulting from the conducted experiments revealed

  • The designed composite substance provides special side effects of heat conduction via the substance. This side effect changes the parameters of chemical reactions adjacent to the heat conductor volume of thermally treated biomass.

  • This special side effect is expressed in acceleration of chemical reactions of pyrolysis and lower activation energies observed for these reactions.

  • It provides a technology with far more energy efficiency and environment friendly pyrolysis.

  • Formulation of theoretical basics for development of new non-nuclear technology of transmutation, to be applied for energy generation purposes.

Abstract

If one considers the well known analogy between the electric current and heat conduction referenced in almost every textbook describing heat conduction one may note that the textbook authors do not pay attention to the fact, that the analogy is not complete. The analogy does not consider such side effects of electric current passing via some resistance, such as electromagnetic waves and heat. In case of the heat conduction we have resistance to the heat flux and the flux itself, but no side effects, as the energy is not lost during the process of heat transfer. It may be partially converted to the chemical energy inside the heated biomass, and to its entropy increase.

I suspect that during these two latter processes the hidden side effect of heat transfer in the conductor may take place. The necessary conditions for this side effect to take place are the special composition of the heat conductor and presence of the hydrogen-carbon bonds in the heated substance. This side effect is provided by the field, which is created in the same way as the fields observed during conduction of electric current.

Experimental proof of this action on intermolecular scale is provided by this experiment. I have created solid, verifiable and tangible evidence which confirm and verify my claims.