How to place the ED

Our process accelerator, the Empowering Device, can be placed, according to the process needs, at the entrance, in recirculation or at the exit of a tank.

in recirculation (loop): a pump sucks the liquid matrix from the treatment tank, sends it to the Empowering Device for treatment and returns it to the treatment tank through a second access pipe. With this configuration, it is possible to treat and improve the functioning of an existing plant, reducing any accumulations of fibrous fractions of the non-degraded matrix quickly enough.

PRO: Implementation costs are reduced to a minimum and existing plants can process significantly higher quantities of matrices before being scaled down or supported by further plants. This location has the disadvantage that part of the fluid will be treated several times.

at the exit of the primary treatment tank: configuration similar to the previous one, the main difference consists in treating the product only once and discharge it into a second tank where it shall receive a subsequent treatment.

PRO: In addition to maximizing the efficiency of the second tank where the matrix will receive a subsequent treatment, this location allows the inertization of the microbial charges of the matrix. This location has the disadvantage that the time used to treat the fluid in the first tank still be the same.

for the input matrix treatment: the matrix at the load can be mixed with a hydraulic vector and sent to the cavitator for disintegration before loading. Depending on the type of plants, the type of matrices used and the intensity of the treatment to be obtained, the technology can be applied on the whole loaded matrix or only on a part (EXAMPLE: in biomasses typically those characterized by fibrous matrices and particularly complex to degrade).

PRO: In this configuration, the efficiency of the cavitator is maximized if cavitation is applied to the whole matrix. This location can bring the greatest advantages.

Facebook Twitter Pinterest LinkedIn VK
  • Empowering Device
    • Cavitation

      Water has the ability to convey many substances thanks to its particular chemical and physical properties: very high solvent power, high chemical reactivity and considerable specific heat. Moreover, its molecular capacity, two hydrogen atoms bound to an oxygen atom, allows it to behave like a crystal: not only in the solid state (ice) but also in the liquid state.

    • Cavitation effects

      If in the liquid the absolute pressure becomes equal to or lower than the vapor pressure of the liquid at a certain temperature, in a few microseconds, microscopic vapor bubbles are formed. This is because liquids normally carry air dissolved in them and when there is a drop-in pressure down to the vapor pressure value, the air dissolved in the liquid is released and, therefore, the vaporization of the...

    • Field of application

      The enormous forces brought into play during the cavitation phenomenon allow extremely effective mixing and far better than that obtained with conventional technologies since the reduction in microscopic parts of what is present inside the fluid subjected to cavitation increases the area of surface contact. Furthermore, the forces released by the cavitation process are far superior to those...

    • How to place the ED

      Our process accelerator, the Empowering Device, can be placed, according to the process needs, at the entrance, in recirculation or at the exit of a tank.

    • Known application and advantages

      Through special geometries of the hydraulic circuit, it is possible to significantly increase the production of heat, up to exceeding any autonomous heating system in energy efficiency.

  • Products
    • Biodigestion

      The preparation of the substrate consists in obtaining the physical-chemical characteristics considered optimal for introduction into the biodigester.


      We are talking about an atypical industrial plant which, instead of polluting, will proceed to remove pollution and improve people’s lives.

    • Gasification

      In nature there is no "waste", everything is recovered and put back into circulation in a virtuous cycle.

    • Mining

      The current evolution of mining passes thorough the abandonment of methods that are dangerous for man and the environment, such as the use of mercury and cyanides, to get to Borax, a modern and harmless method, which also allows a better yield in recovered gold.

    • Plasma

      For Plasma refers to a conductive gas, highly ionized. The torch or the non-transferred arc electrodes are capable of producing plasma at very high temperatures (the highest achieved in controlled industrial processes) and such as to cause thermochemical dissociation of what is being treated.

    • Soil washing

      Most of our specialists and technicians come from the Oil & Gas sector and, therefore, has been taught to everyone of them, since the early beginning, that any spillage in the soil must be avoided. This is not only for obvious environmental problems but also to avoid costly and annoying protests by environmental movements.

Smartly sustainability lovers